Daily Current Affairs

The Stark Reality of the Missing Jobs for India’s Gen Z

1. Introduction: A Promise Deferred

India has one of the world’s largest youth populations—371 million, according to United Nations data of 2025—often described as a demographic dividend. But this demographic dividend is only a promise and does not guarantee an automatic outcome. It pays off only when the transition occurs, enabling young people to move from classrooms into decent, productive work with higher skills. Right now, that transition is faltering, and the evidence is visible in Gen Z’s employment patterns .

India’s economy continues to grow—the World Bank has projected growth at 6.6% in the 2026–27 financial year—yet this growth is accompanied by the spectre of jobless growth, like an uninvited ghost at the banquet. The nation has strong macroeconomic fundamentals: low inflation, substantial foreign reserves, and a healthy financial sector. But for the 371 million young people who represent India’s demographic opportunity, the numbers tell a blunt story. The youth challenge is no longer about whether young people are ready for work. It is about whether the economy is ready for them .

2. Gen Z Work Status: A Generation in Transition

According to the 2023-24 Periodic Labour Force Survey (PLFS), India has an estimated 29.94 crore working-age Gen Z individuals (aged 15-26 years), compared with 35 crore Millennials (aged 27-42 years) . A large share of Gen Z remains engaged in education—41.7% of young males and 38.4% of young females are studying . While this partly explains their delayed entry into the labour market, the situation of the remaining youth is a cause for concern.

When young people do enter the labour market, many are absorbed into non-salaried and casual forms of employment. Among young males, 15.8% are engaged as unpaid family workers, 12.3% are in casual work, and only 14.8% are regular wage earners. Among female Gen Z individuals, about 35% are engaged in domestic duties (out of the labour force), 10.7% work as unpaid family workers, and only 4.7% are regular wage earners .

These patterns underline the fact that women bear this burden disproportionately. Among Gen Z females, 27.1% are engaged in domestic duties only, compared with just 0.32% of males. Even where women want paid work, they face higher unemployment and weaker labour market attachment. This is not only a matter of jobs. It also reflects childcare burdens, safety concerns, mobility constraints and social norms, and the design of work itself. India cannot talk seriously about harnessing its demographic advantage while leaving such a large share of young women outside the paid economy .

3. Labour Force Participation: Who Is Working?

The labour force participation rate (LFPR) among Gen Z is 41.7%, against 75% of Millennials. Within Gen Z, rural participation (44.1%) exceeds urban participation (37.2%), suggesting that rural youth tend to enter the labour market earlier, whereas urban youth spend more time in education and training . A sharp gender divide is also evident. Among young males, labour force participation is 59.3% in rural India and 51.3% in urban India, compared to just 28% and 21.1% respectively for young females.

The situation is even more concerning when considering that only 57.4% of working-age Indians are employed. Among youth aged 15 to 29, that number drops to 41.4%. Youth unemployment stands at 9.9% . Even among those who are working, not everyone has a stable salaried job. In urban India, only about 46.5% of men and 50.9% of women are in regular salaried employment. The rest are self-employed or in informal roles, where income is uncertain and savings are difficult .

4. The Unemployment Crisis: An Alarming Reality

The unemployment situation is even more alarming. The overall unemployment rate for Gen Z is 11.9%, compared to only 2% among Millennials . In urban India, the situation deteriorates further, with Gen Z unemployment rising to 17.1%. For urban young women, it reaches a staggering 22.6% . Youth unemployment rose to a four-quarter high of 15% in the January-March 2026 quarter, up from 14.3% in October-December 2025 . Unemployment among females in the age group of 15-29 years rose to 17.7% in January-March from 16.6% in the Oct-Dec quarter.

The overall unemployment rate in India rose to 5.2% in April 2026, the highest in six months . Youth unemployment in urban areas reached 18% in April, with female youth urban unemployment at 24.5% . In June 2026, youth unemployment hit a series-high of 16.2%—driven primarily by urban distress—with urban youth joblessness increasing to 18.2% from 17.5% in May . This is not merely a temporary labour-market friction; it is a serious warning sign that the economy is struggling to absorb young jobseekers, particularly in areas where aspirations and educational qualifications are often higher.

5. The Graduate Trap: Education Without Employment

For most of the youth, education offers a gateway of opportunity: more education leading to better jobs and lower unemployment. Instead, the data shows the opposite at the top end. Among Gen Z males with graduate-level education or above, unemployment stands at 29%. Among Gen Z females, it is even higher at 36.9% . This is the heart of India’s silent jobs crisis. The country is producing educated young people faster than it is producing suitable jobs for them.

The gap between education and employment has been widening across the country, as job creation has failed to keep pace with the rapid expansion of higher education. An annual assessment of the economy by the government for 2024–25 estimated that only 8.25% of graduates are employed in roles aligned with their qualifications, while over 50% are working in “elementary” or “semi-skilled” jobs that do not require their level of education .

This disconnect points to a deeper mismatch between the education system and labour market requirements. While part of the problem relates to skill mismatches, it is also increasingly shaped by automation and the growing adoption of artificial intelligence, both of which are altering the nature of available jobs . That mismatch carries a deeper risk. When higher education no longer improves employment prospects quickly or reliably, frustration rises, family investment in education comes under strain, and confidence in the growth story weakens. A labour market that cannot absorb its educated youth is not just inefficient. It can become socially corrosive and destabilising.

6. The Social Security Mirage: Insecure Work for a Generation

Even for those who do find work, the quality of employment remains deeply concerning. Only 20.1% of Gen Z individuals are covered by social security, and just 14.1% have a formal job contract. Among the remaining 79.9% who lack social security coverage, only 3.2% have a job contract. Overall, only 17.3% of Gen Z workers have any form of contractual employment . This implies that most are entering the workforce without either. The challenge, therefore, is not merely unemployment but the widespread prevalence of informal, insecure, and weakly protected work.

The recent large-scale violent labour protests in Noida, Uttar Pradesh, led by industrial and factory workers demanding higher wages and better working conditions, reflect the frustration that insecure and poorly protected employment can produce .

7. The Cockroach Janta Party: A Generation’s Voice

The scale of the youth jobs crisis has found expression in a remarkable political phenomenon. The Cockroach Janta Party (CJP), a satirical digital movement, exploded onto the scene in June 2026 following a controversial remark by Supreme Court Justice Surya Kant, who compared unemployed youth to “cockroaches” . The slight acted as a historic lightning rod for a generation that demands respect. Within days, the CJP had more followers on Instagram than the ruling BJP, and within weeks, it boasted 22 million followers .

The CJP has demanded the resignation of the education minister and organised protests in central Delhi. The movement is tapping into a vein of youth who are disenchanted with the political elite, using the power of social media to recruit. As one follower put it, “There is no one else who understands our feelings” . While some political watchers suggest the CJP’s support is small by Indian standards, its explosive growth reflects deep-seated frustrations about unemployment, exam scandals, and feeling unheard .

8. The Economy’s Failure: A Structural Crisis

India’s economy is increasingly dominated by a handful of conglomerates. Liberalisation promised competitive markets but produced concentrated economic power. The barriers to entry that once came from bureaucracy now arise from capital, technology, and market dominance . Employment that once offered stability has increasingly given way to contract work, platform labour, and algorithmic management. Delivery workers, ride-hailing drivers, warehouse staff, and freelancers carry the risks while corporations avoid employer responsibilities .

AI threatens to eliminate even these insecure jobs. Autonomous vehicles, warehouse robotics, AI-assisted software development, automated customer service, and intelligent accounting systems are already reducing demand for human labour. The sectors that once absorbed educated young Indians are increasingly vulnerable to automation. Instead of careers, many young people now face algorithmic precarity: decisions made by systems they cannot question and corporations they cannot hold accountable.

9. Conclusion: A Promise Deferred

India’s jobs debate is too often discussed in silos: unemployment, skill, women’s work and labour force participation, and informality. However, these are not separate problems. They are one connected failure of labour market transition. Young people (Gen Z) are staying in education longer, but the bridge from education to work is weak. Women face structural barriers that keep them out or push them into unpaid roles. And even when work is found, it is too often outside the protections of formal employment.

It is time India moves beyond merely celebrating its large demographic dividend and begins treating the issue with greater urgency. Skill programmes have value, but they cannot substitute for actual job creation. The answer lies in expanding labour-intensive sectors, building stronger school-to-work pathways, linking training more closely to employers, and making it easier for women to enter and remain in paid work. Apprenticeships, formal hiring incentives, urban employment expansion, safe transport and childcare support all need to be part of the response .

The numbers tell a blunt story. India’s youth challenge is no longer about whether young people are ready for work. It is about whether the economy is ready for them. Until that changes, the demographic dividend will remain what it has so far been: a promise deferred .

5 Questions & Answers on India’s Gen Z Jobs Crisis

Q1: What is the current unemployment rate for Gen Z (15-29 years) in India?
A: The unemployment rate for Gen Z in India is 11.9%, compared to only 2% among Millennials. In urban India, Gen Z unemployment rises to 17.1%, and for urban young women, it reaches 22.6% . By June 2026, youth unemployment hit a series-high of 16.2%, driven primarily by urban distress.

Q2: Why is unemployment among educated youth in India so high?
A: Among Gen Z males with graduate-level education or above, unemployment stands at 29%. Among Gen Z females, it is even higher at 36.9% . The country is producing educated young people faster than it is producing suitable jobs for them. Only 8.25% of graduates are employed in roles aligned with their qualifications, while over 50% are working in elementary jobs that do not require their level of education.

Q3: How does gender affect employment outcomes for Gen Z?
A: Women bear a disproportionate burden. Among Gen Z females, 27.1% are engaged in domestic duties only, compared with just 0.32% of males. Only 4.7% of Gen Z women are regular wage earners. Urban young women face an unemployment rate of 22.6%. This reflects childcare burdens, safety concerns, mobility constraints, and social norms.

Q4: What is the Cockroach Janta Party and why has it gained such popularity?
A: The Cockroach Janta Party is a satirical digital movement that emerged in June 2026 following a controversial remark by a Supreme Court justice who compared unemployed youth to “cockroaches.” The movement has gained over 22 million Instagram followers and organised protests demanding the education minister’s resignation. It reflects deep-seated frustration among young Indians about unemployment, exam scandals, and feeling unheard.

Q5: What percentage of Gen Z workers have social security coverage or a formal job contract?
A: Only 20.1% of Gen Z individuals are covered by social security, and just 14.1% have a formal job contract. Only 17.3% of Gen Z workers have any form of contractual employment. This means the vast majority are entering the workforce without either, trapped in informal, insecure, and weakly protected work.

The Rock Star and the Roadmap: Modi’s Australian Triumph

In the second week of July, Prime Minister Narendra Modi delivered a performance in Melbourne that rivaled any rock star’s world tour. Addressing a crowd of approximately 25,000 at Marvel Stadium, he captivated the Indian diaspora and the Australian public alike with his characteristic energy and vision . As one attendee recounted, the audience “revelled in Mr. Modi’s energy, and the messages of aspiration for the diaspora and for the Australia-India partnership” [citation:source].

But this visit, spanning July 8 to 10, 2026, was far more than a charismatic display. It was a strategic masterclass that systematically advanced the India-Australia Comprehensive Strategic Partnership across diplomacy, defence, economy, energy, and culture . While the world watched the spectacle, a quiet revolution in bilateral ties was being forged.

2. The Strategic Pivot: Defence and the Indo-Pacific

The most significant developments occurred in defence and security, where India and Australia cemented their role as twin pillars of stability in a volatile Indo-Pacific.

Joint Declaration on Defence and Security Cooperation: A cornerstone of the visit, this declaration advanced the partnership beyond the existing Mutual Logistics Support Agreement (MLSA) . It committed both nations to deeper defence industrial collaboration, enhanced information sharing, and a joint innovation ecosystem .

The Maritime Security Collaboration Roadmap: This roadmap is a blueprint for a more secure Indian Ocean . It details enhanced coordination in maritime domain awareness, joint patrols, undersea surveillance, and humanitarian assistance (HADR) . This is particularly crucial as both nations operate the American-origin P-8 maritime patrol aircraft, significantly boosting their anti-submarine warfare capabilities .

The “Joint” Military Drills: Military interoperability is accelerating. The leaders confirmed India’s participation in key Australian exercises, including Exercise Kakadu (2026), the multinational Exercise Pitch Black (2026), and the largest multilateral exercise, Exercise Talisman Sabre (2027) . In return, Australia will participate in India’s flagship Milan naval exercise . Other bilateral exercises, such as AustraHind (army) and the General Rawat Young Officers’ Exchange Programme, are also expanding . India will also post an instructor to the Australian Defence College in 2028-29, strengthening professional military education .

3. The Economic and Energy Imperative

Australian Uranium for India: A historic breakthrough finalised the administrative arrangements under the 2014 civil nuclear agreement, enabling the long-awaited export of Australian uranium to India for peaceful purposes . This diversifies India’s energy sources and strengthens its energy security .

Critical Minerals and Clean Energy: Both sides are looking beyond fossil fuels. The launch of the Australia-India Partnership on Cyber, Critical Technologies and Supply Chains (PACTS) aims to secure resilient supply chains . They also signed an MoU between Geoscience Australia and the Geological Survey of India for advanced mineral exploration , and the operationalisation of the Rooftop Solar Training Academy to train 2,000 women and youth as solar technicians .

Boosting Trade and Investment: The leaders fast-tracked negotiations for the Comprehensive Economic Cooperation Agreement (CECA) to build on the momentum of the 2022 ECTA . AustralianSuper, the country’s largest pension fund, is doubling down, investing an additional A$500 million in India’s National Investment and Infrastructure Fund (NIIF), bringing its total Indian holdings to A$3.3 billion . This is a resounding vote of confidence in India’s long-term growth story.

4. The Soft Power and Cultural Connection

G’Day – Namaste: Perhaps the most visually exciting outcome was the announcement of a week-long festival of Australian culture and business in India, “G’Day Namaste” . Its flagship event will be the first-ever foreign cricket league match in India: the opening game of the Australian Men’s Big Bash League in Chennai this December . The BBL opener is expected to be the most-watched game in Australian domestic league history .

The Education Revolution: India is becoming a magnet for global education. Australian universities are setting up campuses in India. The University of New South Wales (UNSW Bengaluru) will open in August, becoming the highest-ranked international university in India . Flinders University will establish a campus in Bengaluru, and Victoria University in Gurugram . An MoU was also signed to establish a Centre of Excellence in Mining and Mining Equipment at the National Skill Training Institute in Bhubaneswar .

The Living Bridge: The leaders acknowledged the one-million-strong Indian diaspora in Australia as the “ultimate living bridge” . The visit also saw the repatriation of three Indian antiquities—a sacred bull Nandi, a bronze Trident with Bhadrakali, and a statue of Karthikeya—returned voluntarily by Australian institutions .

5. Conclusion: A Partnership of Alignment

The sheer breadth of outcomes from this visit—spanning 18 major agreements—demonstrates that the India-Australia relationship is not just growing but evolving into a deeply integrated, multi-layered alliance . It is underpinned by three drivers: a shared need for reliable partners in a region in flux, highly complementary economies, and a vibrant diaspora that fuels dynamism [citation:source]. This is a special moment of alignment, driven by leaders with a shared vision. As the source article concludes, the challenge now is to recommit to maximising the opportunities of this unique partnership [citation:source].

5 Questions & Answers on the Modi-Albanese Summit

Q1. What was the most significant outcome of the Modi-Albanese summit?
A. While there were 18 major outcomes , the finalisation of the administrative arrangement enabling Australian uranium exports to India was a historic breakthrough, reviving a 2014 agreement and diversifying India’s energy security . However, the Joint Declaration on Defence and Security Cooperation and the Maritime Security Collaboration Roadmap are arguably more significant, strategically cementing the two nations as key security partners in the Indo-Pacific .

Q2. How did the summit enhance defence and security ties?
A. The summit institutionalised defence cooperation through a Joint Declaration, a Maritime Security Roadmap, and expanded military exercises. Key developments include India’s participation in Australia’s major exercises like Kakadu, Pitch Black, and Talisman Sabre, while Australia joins India’s Milan exercise . The leaders also announced deeper intelligence sharing, joint patrols, and an enhanced defence industrial partnership .

Q3. What was the “G’Day – Namaste” announcement?
A. “G’Day – Namaste” is a week-long festival of Australian culture, business, and sports to be held in India in December 2026 . Its centrepiece is the opening match of the Australian Big Bash League (BBL), which will be played in Chennai on December 12, marking the first time a foreign cricket league has played in India .

Q4. How is the economic partnership deepening?
A. The leaders fast-tracked negotiations for the Comprehensive Economic Cooperation Agreement (CECA) . AustralianSuper, the country’s largest pension fund, committed an additional A$500 million to India’s NIIF, taking its total exposure to A$3.3 billion . There were also significant agreements on critical minerals and the establishment of the Australia-India Partnership on Cyber, Critical Technologies and Supply Chains (PACTS) .

Q5. What progress was made in education and cultural ties?
A. The Indian government approved Australian universities to set up campuses in India. The University of New South Wales (UNSW) will open its Bengaluru campus in August, becoming the highest-ranked international university in India . Flinders University and Victoria University will also establish campuses . Culturally, three Indian antiquities were repatriated from Australia, and the “G’Day – Namaste” festival will showcase Australian arts and business .

India-UK CETA: A Calculated Gambit for Deeper Integration

1. Introduction: A Mature Approach to a Fragmented World

The India-UK Comprehensive Economic and Trade Agreement (CETA), which entered into force on July 15, 2026, marks a significant departure from India’s historical approach to free trade negotiations . Unlike the 2009 ASEAN FTA, which tilted the trade balance against India, New Delhi has approached the UK pact by attempting to balance liberalisation with domestic sensitivities amid an increasingly fragmented global trading system . The pact, signed on July 24, 2025, after 14 rounds of negotiations, is India’s most comprehensive trade deal with a G-7 economy and the UK’s most significant bilateral trade agreement since leaving the European Union .

The CETA covers 30 chapters, extending far beyond tariffs to include services, digital trade, government procurement, intellectual property, investment, labour, environment, and gender . The UK will eliminate duties on 99% of Indian tariff lines immediately, covering nearly the entire value of India’s exports to Britain . This includes existing UK tariffs of up to 70% on processed foods, 21.5% on marine products, 18% on engineering goods and auto components, 16% on leather and footwear, 12% on textiles and clothing, and 8% on chemicals and pharmaceuticals . Labour-intensive sectors such as textiles, leather, footwear, marine products, and processed foods are expected to be among the biggest beneficiaries .

For Indian exporters, this removes a structural handicap. For years, Indian garment exporters faced a duty disadvantage in the UK market compared with Bangladesh, Pakistan, and Cambodia, which enjoyed lower tariff access . The FTA eliminates this gap and could improve the competitiveness of Indian fashion brands and apparel manufacturers, but the advantage will not come automatically . Global retailers increasingly demand compliance with sustainability norms, ethical sourcing standards, product traceability, and faster delivery cycles .

2. The Steel Safeguard Resolution: A Test of Negotiating Credibility

The operationalisation of the steel chapter demonstrates India’s ability to resolve complex disputes. The UK’s steel safeguard regime, introduced in March 2026, had emerged as one of the key hurdles to implementing the trade pact . India engaged extensively with the UK to mitigate the impact on exporters . After “prolonged and intense discussions at all levels,” India secured robust market access through a combination of country-specific quotas (CSQ) and the UK’s Authorised Use Scheme (AUS) .

India’s total country-specific quota under the new framework stands at 1,68,029 tonnes, complemented by an exclusive 9.45 lakh tonnes under the AUS . This means Indian steel exporters can ship over eleven lakh tonnes of steel to the UK each year without paying import duty . India also secured an exclusive 40% share of the quota under the AUS . Overall, 188 steel items accounting for $137 million worth of steel exports from India to Britain were covered by the safeguards, and the resolution paves the way for the agreement’s full implementation .

3. Services and Mobility: The Double Contribution Convention

Beyond goods, the CETA’s services package is where the agreement becomes more than a goods bargain. The Double Contribution Convention (DCC) is a landmark provision that will exempt eligible Indian professionals and employers from paying into Britain’s National Insurance system for stays of up to five years, benefiting about 75,000 workers and over 900 employers . The exemption window was extended during negotiations from 36 to 60 months . For India’s IT and professional services firms, this directly affects project economics by reducing the cost burden on temporary assignments .

The agreement also provides structured, quota-backed access for contractual service suppliers and independent professionals in IT, engineering, and design, including an overall allocation of 20,000 annual UK service-supplier visas for Indian nationals . Post-study work opportunities for Indian graduates, and dedicated slots for chefs, yoga instructors, and classical musicians, signal that India is exporting not just software, but skills, culture, and human capital . The Indian government is planning to create 50,000 industrial apprenticeships in sectors such as automotive, electronics, and aerospace to help meet global demand for high-quality engineers and support emerging opportunities under the pact.

4. The Asymmetry: Protecting Indian Sensitivities

The tariff architecture is asymmetric in speed, if not in coverage. India has opened only 89.5% of its tariff lines, with just 24.5% receiving immediate duty-free treatment; the rest will be phased in over five, seven, or ten years, largely to protect sectors under Production-Linked Incentive schemes . India has kept dairy, cereals, millets, pulses, edible oils, apples, gold, jewellery, and smartphones outside the deal entirely . This is prudence, not caution—India has learned, sometimes painfully, that market opening without domestic adjustment can become political self-harm .

A similar shift was evident in the New Zealand FTA, where India succeeded in protecting its sensitive dairy sector despite dairy products being one of New Zealand’s biggest exports . India also cut car tariffs from over 100% to 10% under an import quota, and Scotch whisky and gin duties from 150% to 75% on day one, tapering to 40% by year ten within a 2-million-litre annual quota . This calibrated opening allows Indian industry to adjust while still improving market access.

5. The MSME Challenge: Turning Market Access into Market Share

India has historically underutilised several trade agreements because of low awareness, cumbersome administration, and high compliance costs. The trade deficit with ASEAN widened from about $10 billion in 2017 to nearly $44 billion in 2023 . The U.K. agreement’s benefits may remain below expectations unless India strengthens regulatory administration, intellectual property protection, and dispute resolution . Smaller firms often lack the documentation and compliance capacity needed to claim duty benefits, and stringent sanitary, phytosanitary, technical, and sustainability standards could prove a bigger hurdle than tariffs .

For MSMEs, the challenge is compounded by competition from China, Bangladesh, and Vietnam, which already have strong supply chains and deep relationships with British buyers . The government has promised training and digital platform support to help small exporters navigate rules of origin and UK certification requirements , but this will require sustained effort. As trade analyst GTRI noted, CETA creates market access, not guaranteed exports; without matching investment in certification, logistics, and buyer relationships, tariff concessions risk remaining benefits on paper .

6. Conclusion: A Statement of Confidence

The India-UK CETA is a statement that India is now willing to negotiate from a position of confidence, accept higher-standard disciplines where they serve its interests, and still protect its core domestic sensitivities . While the UK accounts for only about 3% of India’s merchandise exports and around 1% of its imports , the pact is about integration into global value chains and securing long-term market access in a high-income market where India enjoys a merchandise trade surplus.

The government has created a runway in a high-value market; industry must now take off . Bilateral goods trade stood at about $25 billion in FY26, with total trade near $56 billion; both countries aim to double this by 2030 . If CETA is remembered well, it will not be because it made some goods cheaper at the border, but because it marked India’s arrival as a more confident, selective, and sophisticated trade negotiator .

5 Questions & Answers

Q1: When did the India-UK Comprehensive Economic and Trade Agreement (CETA) come into effect, and what was its significance?

A: The CETA came into effect on July 15, 2026. It is India’s most comprehensive trade agreement with a G-7 economy and the UK’s most significant bilateral trade pact since leaving the EU . The pact covers 30 chapters, extending beyond tariffs to services, digital trade, government procurement, intellectual property, investment, labour, environment, and gender .

Q2: What tariff benefits does India gain under the CETA?

A: The UK will eliminate duties on 99% of Indian tariff lines immediately, covering nearly the entire value of India’s exports to Britain. This includes tariffs of up to 70% on processed foods, 21.5% on marine products, 18% on engineering goods and auto components, 16% on leather and footwear, 12% on textiles, and 8% on chemicals and pharmaceuticals . Labour-intensive sectors such as textiles, leather, footwear, and marine products are expected to be among the biggest beneficiaries .

Q3: What is the Double Contribution Convention (DCC), and who does it benefit?

A: The DCC is a social security agreement that exempts Indian professionals on temporary UK assignments from paying into Britain’s National Insurance system for up to five years . The exemption window was extended from 36 to 60 months during negotiations. It is expected to benefit over 75,000 Indian professionals and more than 900 companies, particularly in the IT and professional services sectors .

Q4: How did India protect its sensitive sectors in the CETA?

A: India has excluded dairy, cereals, millets, pulses, edible oils, apples, gold, jewellery, and smartphones from the agreement entirely . India has opened only 89.5% of its tariff lines, with just 24.5% receiving immediate duty-free treatment; the rest will be phased in over five, seven, or ten years, largely to protect sectors under Production-Linked Incentive schemes . This asymmetric approach reflects India’s prudence in balancing liberalisation with domestic sensitivities .

Q5: What are the main challenges for Indian MSMEs under the new trade pact?

A: MSMEs face challenges in complying with the UK’s stringent sanitary, phytosanitary, technical, and sustainability standards, which could prove a bigger hurdle than tariffs . Smaller firms often lack the documentation and compliance capacity needed to claim duty benefits . They also face intense competition from China, Bangladesh, and Vietnam, which already have strong supply chains and deep relationships with British buyers . The government has promised training and digital platform support to help small exporters navigate these requirements .

India’s Space Milestone: Vikram-1’s Engineering Triumph Seeks Commercial Viability

1. Introduction: The “Arrival” of India’s Private Space Ambitions

On July 18, 2026, at 12:05 PM local time, a 22-metre-tall rocket named Vikram-1 lifted off from the Satish Dhawan Space Centre in Sriharikota, carrying with it the hopes of a nation and the weight of a new era in its space programme . Developed by Hyderabad-based startup Skyroot Aerospace, the rocket successfully injected its payload into a 450 km Low Earth Orbit about 15 minutes later . The mission, aptly named “Aagaman” — Sanskrit for “arrival” — marked a defining moment: India became only the third country in the world, after the United States and China, to achieve orbital launch capability through private enterprise .

This was not merely a technological demonstration but the culmination of a strategic policy shift initiated in 2020 when India opened its space sector to private players . A decade ago, the country had just one space startup; today, there are over 400 . Skyroot Aerospace is now among the first to prove that Indian private enterprise can build, launch, and deliver payloads to orbit, validating the government’s vision of a commercially vibrant space ecosystem. As Prime Minister Narendra Modi described it, this is a “defining moment in India’s space journey” .

2. Engineering a Triumph: The Vikram-1 Rocket

Vikram-1 is a technological achievement, showcasing India’s growing private-sector capabilities in launch vehicle design and manufacturing. The rocket is about 22 metres tall, roughly the height of a seven-storey building, and is designed to carry payloads of up to 350 kg into Low Earth Orbit (LEO) .

A Fully Indigenous Rocket

Skyroot has emphasised that Vikram-1 is entirely designed and manufactured in India, with over 90% of its components sourced domestically . This high level of indigenisation is a significant achievement for a deep-tech startup, reducing import dependence and helping keep costs competitive . The company was founded in 2018 by two former ISRO engineers, Pawan Kumar Chandana and Naga Bharath Daka, who started with a small team and have now built India’s first private space unicorn, reaching a valuation of over $1 billion earlier this year .

Key Technologies and Payloads

The rocket incorporates several advanced technologies that are being flown for the first time in India . Its four-stage configuration uses three solid-fuel stages and a liquid-fuel orbital adjustment module, which is powered by a 3D-printed engine . The use of an all-carbon composite structure for the rocket’s body and stages helps reduce weight and improve performance .

Mission Aagaman carried a diverse range of payloads to validate the rocket’s systems and collect data for future commercial launches . These included satellites from Indian startups Grahaa Space and Cosmoserve Space, and a technology demonstration payload from the German space company Dcubed . The rocket also carried symbolic payloads, including an 18-karat gold micro-rocket featuring microscopic sculptures of Indian scientists C.V. Raman, Vikram Sarabhai, and A.P.J. Abdul Kalam, as well as a robotic arm designed to capture orbital debris . This ability to carry commercial and international payloads on its first attempt is a strong signal of Skyroot’s commercial intent .

3. The Policy Backdrop: Reforms, Regulation, and Growth

The success of Vikram-1 is inseparable from the series of reforms India has implemented since 2020 to open its space sector to private investment and enterprise.

Opening the Space Value Chain

For decades, the Indian Space Research Organisation (ISRO) held a state monopoly over launch activities, with private firms limited to being suppliers . The Indian Space Policy 2023 marked a watershed moment by opening the entire space value chain—from satellite manufacturing and launch services to space applications and downstream services—to non-government entities (NGEs) . This shift aimed to unlock innovation, attract private capital, and allow ISRO to focus on R&D and scientific missions .

The Role of IN-SPACe

A key institutional reform was the creation of the Indian National Space Promotion and Authorisation Centre (IN-SPACe), a single-window agency established to authorise and promote private space activities . As of June 2026, IN-SPACe had registered over 4,500 organisations, issued 133 authorisations, and signed 106 Memoranda of Understanding, providing the regulatory framework and facilitating access to ISRO’s facilities and expertise .

Funding and FDI

To support the nascent private ecosystem, the government introduced several funding mechanisms:

• IN-SPACe Seed Fund Scheme: Provides grants of up to ₹1 crore to eligible space startups and MSMEs .

• ₹1,000-crore Venture Capital (VC) Fund: Aims to accelerate private participation by providing early-stage capital to promising startups over a five-year period .

• ₹500-crore Technology Adoption Fund: Supports the commercial deployment of indigenous space technologies developed by private firms, funding up to 60% of project cost for startups and MSMEs .

The foreign direct investment (FDI) policy was also liberalised: up to 49% automatic FDI is now allowed in launch vehicles and spaceports, up to 74% in satellite manufacturing and operations, and up to 100% in the manufacturing of satellite components and subsystems . These reforms have attracted significant investment; IN-SPACe facilitated $150 million in investments into Indian space startups during CY 2025 alone .

4. The Commercial Challenge: From Cab to a Reliable Service

While Vikram-1 is an engineering triumph, the real national ambition is its commercial viability . The company now faces the challenge of transitioning from a successful test flight to a reliable, repeatable, and profitable launch business .

The “Cab to Space” Model

Skyroot is targeting a specific niche in the global launch market: providing dedicated launch services for small satellites . The company describes this as a “cab to space” model, where customers can choose their specific orbit and launch schedule, rather than accepting the constraints of a rideshare mission on a larger rocket, which is more like a train service . While rideshares are often cheaper per kilogram, Skyroot is betting that there is an underserved market of satellite operators who value flexibility and reliability over cost .

Market and Competition

The global small satellite launch market is becoming increasingly crowded. Skyroot must compete with established players like SpaceX and Rocket Lab, as well as a growing number of Chinese firms and other new entrants . The company has stated that 70-80% of its potential market is global and mostly commercial, meaning it cannot rely solely on the Indian domestic market .

Building Reliability and Scaling Up

For a launch provider, reliability is the most valuable asset. A failed launch can destroy a customer’s satellite and damage the provider’s reputation . Co-founder and CEO Pawan Kumar Chandana acknowledged that the “bigger challenge begins now” and that the company must “repeat this consistently” . Skyroot currently has three factories in Hyderabad with a combined capacity to produce more than one rocket a month, and aims to scale this up to two rockets a month . The company plans to conduct a few more test flights before moving into routine commercial flights, with the goal of achieving a launch cadence of one mission a month by next year .

The Need for Government as an Anchor Customer

Chandana has highlighted that in mature deep-tech markets, governments often act as anchor customers, providing stable demand and de-risking early investments. He noted that SpaceX received significant NASA contracts early on, which helped build confidence and a sustainable business . He suggested that the next step for India’s private space ecosystem is for government agencies to become meaningful customers as well, providing predictable demand and helping create a sustainable commercial space industry .

Regulatory Gaps

India still lacks a Space Activities Act, leaving liability and regulatory matters to be governed by policy, contracts, and existing laws . This creates long-term regulatory uncertainty, particularly in the event of a launch or orbital mishap, and is a gap that needs to be addressed for the sector’s sustained growth .

5. Conclusion: A New Era Begins

The successful launch of Vikram-1 is a landmark achievement that validates India’s bold space sector reforms and signals the arrival of a new commercial era. It demonstrates that Indian private enterprise can design, build, and operate sophisticated space launch vehicles, opening the door to a much larger global market.

However, the journey from this engineering triumph to a thriving commercial business is just beginning. Skyroot must now prove its reliability, scale up its manufacturing and launch cadence, and compete in an increasingly competitive global market. The government’s continued support, through policy, regulatory stability, and acting as a key customer, will be crucial in determining whether this “defining moment” translates into a sustained and prosperous commercial space ecosystem.

India’s F&O Boom Needs Adequate Protections

1. Introduction: The Alarming Truth Behind the Headlines

Headlines continue to highlight the devastating financial ruin of investors who trade in the Futures and Options (F&O) segment, as many of them get caught in a spiral of debt. Mounting financial pressure from these trading losses has recently led to multiple cases of suicide.

At their core, F&O contracts are derivatives. They allow investors to buy, sell, or lock in the price of an underlying asset such as a stock, index, or commodity at a future date without actually owning it. While institutions use these instruments to hedge existing portfolios against market downturns, many retail participants are drawn to them solely to speculate, lured by the promise of quick money [citation:original].

According to SEBI reports, the average investor driving this frenzy is overwhelmingly male (86.3%), hails from small tier-2 and tier-3 cities (over 72%) and earns less than ₹5 lakh per annum (75%). A July 2025 SEBI study revealed that over 90% of individual traders incurred heavy losses over the four-year period from FY22; aggregate retail losses surpassed ₹2.8 lakh crore, with the average net loss per participant pegged above ₹4 lakh. Only 1% of retail traders managed a profit exceeding ₹1 lakh [citation:original].

2. A Rigged Playing Field

Over the last eight years, India has evolved from a marginal player into one of the world’s largest F&O markets. This hyper-growth began during the FY16 to FY19 period, when exchanges introduced weekly-expiring contracts in addition to the traditional month-end expires. Fuelled by a booming bull market, smooth mobile trading apps, instant UPI fund transfers, aggressive ‘how-to-trade’ content via social media, and cheap discount brokerages, entering the market became effortless. However, the psychological thrill of fast cash has blinded users to reality: over 75% of loss-making retail traders continue to trade year after year, even after sustaining heavy losses [citation:original].

Retail traders lose because they are bringing knives to a gunfight. SEBI’s research reveals that 97% of institutional profits and 96% of proprietary trading profits in the Indian F&O market are generated by algorithmic trading. These institutional desks utilise lightning-fast code co-located directly inside exchange servers. Retail investors are competing against highly sophisticated, millisecond-fast automated strategies they cannot access. A July 2025 SEBI interim order banned Jane Street, an American quantitative trading firm, for index manipulation, highlighting how high-frequency traders exploit retail participants in the F&O market [citation:original].

3. The Dismal Numbers: The Extent of Retail Losses

The magnitude of retail losses in India’s F&O market is staggering and continues to grow despite regulatory interventions. A SEBI study published in July 2025 showed that 8.7 million of 9.6 million individual traders lost a combined ₹1.05 trillion in FY25 . In FY26, despite regulatory tightening, losses are likely to have remained elevated at approximately ₹1 trillion, similar to the previous fiscal year .

According to SEBI Chairman Tuhin Kanta Pandey, nearly 92% of retail traders end up losing money in the Futures and Options segment, with the problem concentrated in hyperactive trading in short-dated options, particularly contracts that expire within days . The statistics are even more stark for weekly options: 92% of retail investors lose money, making short-term options trading the primary area of concern .

Aggregate Retail Losses

4. Transaction Costs: The Hidden Drain

The cost structure of F&O trading is a significant contributor to retail losses that many traders fail to fully appreciate. Over 70% of these transaction costs stem from brokerage and exchange fees. In FY24, retail traders incurred a total net loss of ₹74,800 crore. Of this, ₹22,450 crore went entirely toward transaction costs. When you strip away these costs, individual traders suffered a gross trading loss of ₹52,400 crore. Crucially, this wealth was transferred directly to the other side of the aisle: proprietary traders booked ₹33,000 crore in gross profits, while Foreign Portfolio Investors (FPIs) took home ₹28,000 crore [citation:original].

Who Profits from Retail Losses?

The losses of retail traders are not simply vanishing—they are being transferred to other market participants. Proprietary traders booked ₹33,000 crore in gross profits, while Foreign Portfolio Investors (FPIs) took home ₹28,000 crore. This represents a direct wealth transfer from retail investors to institutional and high-frequency traders [citation:original].

5. The Regulatory Response: Measures and Their Limitations

Both SEBI and the Union Government have tried to cool this market. Regulators have hiked minimum contract sizes, limited weekly expires, mandated upfront premiums, enforced a 50% cash collateral rule, introduced stringent intra-day position monitoring and forced brokers to display prominent risk disclosures [citation:original]. The Union Budget 2026 also raised the Securities Transaction Tax (STT) on Futures from 0.02% to 0.05%, and on options premium and exercise of options to 0.15% .

SEBI has also introduced statutory warnings, similar to those on cigarettes, stating that 9 out of 10 traders are losing money in options, with a pop-up message appearing whenever someone wants to trade in options . While these initiatives caused a brief contraction in overall F&O volumes, retail investors are stubbornly staying put. In fact, NSE volumes from May 2026 show that the proportion of individual investors in the Equity Derivatives pool actually rose by 4% year-on-year to hit 31% [citation:original].

NSE data shows that the number of small investors—those trading up to ₹10,000—declined to 450,000 in FY26 from 780,000 a year earlier, while the count of those trading between ₹10,000 and ₹1 lakh also fell . However, the number of investors trading between ₹10 lakh and over ₹10 crore remained the same, suggesting that regulatory measures have primarily deterred small investors while active traders continue to participate .

6. The Way Forward: Global Safeguards

Indian regulators must now look toward global safeguards. Mature derivatives markets do not rely on warnings; they enforce strict entry barriers and suitability systems to limit speculative risks [citation:original]. As SEBI Chairman Pandey has noted, “Market development is not about a sledgehammer approach, but more like using a surgeon’s knife, identifying problem areas precisely and dealing with them” . Key measures that could be considered include:

• Eligibility Criteria for Derivatives Trading: Introducing minimum income or net worth requirements for retail participation in the F&O segment.

• Suitability Assessments: Requiring brokers to assess whether derivatives trading is suitable for a client based on their financial situation, investment objectives, and risk tolerance.

• Limiting Leverage: Imposing stricter limits on the leverage available to retail traders.

• Improved Risk Disclosures: Ensuring that risk disclosures are not just statutory warnings but also educational tools that help retail investors understand the risks before they trade.

7. Conclusion: A Crisis That Demands Action

The Indian F&O market has become a mechanism for wealth transfer from retail investors to institutional traders and high-frequency trading firms. The staggering losses—over ₹1 trillion annually—represent a significant drain on household savings and a source of financial distress for millions of families. While SEBI and the government have taken steps to curb excessive speculation, the scale of retail losses remains alarmingly high. It is time for more robust protections, including eligibility criteria and suitability assessments, to ensure that retail investors are not bringing knives to a gunfight in India’s F&O market.

5 Questions & Answers on India’s F&O Crisis

Q1: What is the scale of retail losses in India’s F&O market?

A: Retail investors have lost over ₹1.05 trillion (over ₹1 lakh crore) in FY25, with FY26 losses expected to be similar. A SEBI study found that 8.7 million of 9.6 million individual traders lost money in FY25. Over four years (FY22-FY25), aggregate retail losses have surpassed ₹2.8 lakh crore [citation:original].

Q2: What percentage of retail traders lose money in F&O trading?

A: According to SEBI Chairman Tuhin Kanta Pandey, nearly 92% of retail traders lose money in the F&O segment. Only 1% of retail traders manage a profit exceeding ₹1 lakh. The problem is particularly acute in weekly index options, where a staggering 92% of retail investors incur losses [citation:original].

Q3: Who profits from retail losses in India’s F&O market?

A: Retail losses are transferred directly to other market participants. In FY24 alone, proprietary traders booked ₹33,000 crore in gross profits, while Foreign Portfolio Investors (FPIs) took home ₹28,000 crore. Retail traders also paid ₹22,450 crore in transaction costs, further eroding their net returns [citation:original].

Q4: What measures has SEBI taken to curb excessive retail speculation?

A: SEBI has implemented several measures: tripling contract size, rationalizing weekly contracts (limiting each exchange to one weekly expiry), doubling extreme loss margin on expiry days, mandating upfront premiums, enforcing a 50% cash collateral rule, introducing statutory warnings (similar to cigarettes), and taking action against misleading online influencers. The Union Budget 2026 also raised STT on F&O transactions [citation:original].

Q5: Have these regulatory measures been effective?

A: While the number of small investors has declined, aggregate losses remain elevated at around ₹1 trillion annually. NSE data shows that individual share in index options premium turnover actually rose from 35.7% in FY25 to 39% in FY26, indicating that active traders continue to participate despite the restrictions [citation:original].

The Second Phase of the Iran-U.S. War: A Strategic Struggle for the Strait of Hormuz

1. Introduction: A Ceasefire That Never Was

The ceasefire signed on June 17, 2026, in Islamabad was meant to be a 60-day roadmap toward a final settlement—a pause in hostilities that would allow for negotiations on Iran’s nuclear program, regional influence, and the future of the world’s most critical oil chokepoint . But as the source article notes, “the sequence of events leading to the restart of hostilities suggests there was no genuine meeting of minds when the MoU was signed” .

The second phase of the Iran-U.S. war is now being fought almost exclusively over the future of the Strait of Hormuz. The U.S. wants to restore the pre-war status quo of unrestricted, toll-free transit. Iran, emboldened by its wartime leverage, is seeking to formalize its control over the waterway—imposing service charges, requiring permits, and asserting sovereignty over a passage through which nearly one-fifth of global oil and a significant portion of LNG once passed .

2. The Memorandum of Understanding: A Battle Over Interpretation

The MoU, signed on June 17, stipulated that Iran would allow ships to pass “with no charge for 60 days only,” and that Iran would work with Oman to “define the future administration and maritime services” in the strait . The wording was deliberately ambiguous—a classic diplomatic compromise that allowed both sides to claim victory.

Iran’s Interpretation: Tehran viewed the MoU as formal recognition of its role in managing the strait. Two days after the agreement was signed, the Persian Gulf Strait Authority (PGSA)—established by Iran in May—circulated terms reasserting itself as the nodal transit authority . The PGSA required every vessel to hold a passage permit and PGSA-approved insurance, free for now but with fees reserved for later . Iranian officials have made it clear they do not intend to restore the pre-war status quo, seeking instead a mechanism with Oman to impose “service charges” on transiting vessels .

The U.S. and Gulf Interpretation: Washington and its Gulf allies viewed the MoU as an Iranian commitment to restore unrestricted, toll-free navigation. Secretary of State Marco Rubio, speaking at a GCC meeting in Bahrain on June 25, declared that “the Straits of Hormuz are international waters. International waterways do not belong to any nation-state” . He warned that accepting a toll near a country’s territorial waters “will spread throughout the world like a contagion,” and stated that no Gulf state supported such a fee .

The IMO Corridor and Iran’s Rejection: On June 24, the International Maritime Organization (IMO)—working with Oman—announced a temporary corridor: a southern route via Oman, alongside a northern route championed by Iran . Iran complained it had not been consulted and said the Oman route was “unauthorised and dangerous” . The IRGC threatened vessels on non-Iranian routes, and the IMO’s governing council “strongly condemned” Iran’s bid to “establish an entity purporting to control traffic through the strait” .

3. The Collapse: Doha Talks and the Return of Hostilities

U.S. and Iranian officials met in Doha on June 30 to resolve the dispute . Reports indicated Iran and Oman had floated a plan to monetise transits—a voluntary toll modelled on the Malacca-Singapore Straits—which Washington rejected in favour of the pre-war status quo . The talks broke down.

The First Strike: On July 6, Iran struck three ships on the Oman route, including the India-bound Al Rekayyat, one of the largest LNG carriers ever built . The Qatari tanker, loaded with liquefied natural gas, suffered a fire in its engine room and was at risk of explosion . Qatar’s Foreign Ministry demanded that Iran “immediately cease actions that undermine regional security” and held Tehran “fully legally responsible for this attack” .

Trump Declares Ceasefire Over: President Trump, speaking at the NATO summit in Ankara on July 7, declared the ceasefire over . He revoked waivers that allowed Iran to sell oil and ordered the U.S. military to mount severe retaliatory strikes on Iranian coastal military installations .

The Escalation: By July 14, the U.S. had completed seven consecutive nights of strikes on Iran, targeting coastal radar, anti-ship missile launchers, and small attack vessels . Tehran launched missiles and drones at six Gulf states—Bahrain, Kuwait, Qatar, Oman, Jordan, and the UAE—in response . At least 50 people had been killed in Iran since this latest phase began, with at least 500 injured since June 27 . An IRGC official warned of a full-scale offensive if American strikes did not stop .

4. The Strategic Stalemate: Why Neither Side Can Win

The conflict has entered a dangerous stalemate. Neither side has a viable military path to achieving its objectives .

Iran’s Asymmetric Advantage: Iran doesn’t need to sink every ship—it simply needs to inflict enough damage and intimidation to scare off shipping companies . Lloyd’s List data shows weekly transits that nearly doubled to 282 for June 22-28 have since fallen to 164 for July 6-12, concentrated on the Oman route . Iran has also turned to alternatives—targeting ship-to-ship transfers off UAE’s Fujairah pipeline and pushing the Houthis to shut off Saudi Arabia’s East-West pipeline route .

The “Forever War” Risk: Ali Vaez of the International Crisis Group warned that if such a minimal understanding cannot hold between the two sides, “there is no way to put a floor under these tensions, which means the conflict will go from one cycle of violence to the next”—exactly the concept of a forever war .

The Toll Question: Dimitris Maniatis, CEO of Greek maritime risk firm Marksis, said at a Lloyd’s List webinar: “Shipping companies are super tired [of] all this back and forth. Most would accept a toll amount that is logical, not 20% though which is ludicrous. If a legitimate arrangement is formulated, shippers would welcome the development” .

5. The Shipping Industry’s Nightmare: A Market in Limbo

The uncertainty has created chaos in the global shipping industry.

The Al Rekayyat Incident: The strike on the Al Rekayyat exposed the nightmare scenario for LNG shipping. An exploding LNG tanker at a chokepoint ranks among shipping’s worst-case scenarios . The vessel was still awaiting salvage operations days later . The attack prompted the U.S.-led Joint Maritime Information Center to raise the threat level to transit the strait to “severe” .

The Shipping Dilemma: As one shipping source told Reuters, “Now if we use the 100% safe Iranian waters, it means we are dealing with Iranians and admitting the (strait) is under their control. If we pass through the U.S.-Oman (controlled channel), then you get hit. The U.S. gives you permission to pass, but if something happens on the way, they then say, ‘it is your decision to keep moving or go back'” .

Transit Data: Only four tankers sailed through the strait in the early hours of July 8 versus an average of 34 ships the previous week . These transits remain far below the pre-war average of 125-140 ships before the Iran conflict began on February 28 .

6. Conclusion: A Conflict Without End

The second phase of the Iran-U.S. war is a testament to the limits of military power and the enduring nature of strategic leverage. Iran has discovered that it can hold a chokehold on the global economy not through naval supremacy but through the threat of disruption. The U.S. has discovered that even overwhelming firepower cannot compel a determined adversary to abandon its most valuable bargaining chip.

The question is not whether the ceasefire will hold—it has already collapsed. The question is whether the world will accept a new normal: a Strait of Hormuz governed not by international law but by the balance of fear, where shipping companies pay a de facto toll to a state they don’t recognize. And as the source article concludes, “shipowners now seem resigned to paying a ‘logical’ toll, even as they worry about the precedent it sets for other straits” .

5 Questions & Answers on the US-Iran Conflict

Q1. What is the primary dispute driving the second phase of the US-Iran war?

The second phase is being fought almost exclusively over the future of the Strait of Hormuz. The US wants to restore the pre-war status quo of unrestricted, toll-free navigation through this critical chokepoint. Iran, however, is seeking to formalize its control, imposing a system requiring ships to obtain permits and pay service charges to its newly created Persian Gulf Strait Authority .

Q2. What was the role of Oman in the diplomatic efforts?

Oman emerged as a key mediator. Under the MoU, Iran was to work with Oman to “define the future administration and maritime services” in the strait. Oman also coordinated with the International Maritime Organization (IMO) to open a temporary maritime corridor to evacuate over 11,000 stranded seafarers and help restore shipping .

Q3. What was the Al Rekayyat incident and why was it significant?

On July 6, 2026, Iran struck the Qatari LNG tanker Al Rekayyat while it was transiting the Oman corridor. The vessel suffered an engine room fire and was at risk of explosion. It was the first time an LNG ship from Qatar, a key US-Iran mediator, had been struck since the war began, marking a dangerous escalation .

Q4. How has the conflict affected shipping in the Strait of Hormuz?

Traffic has dramatically declined. Lloyd’s List data shows weekly transits nearly doubled to 282 for June 22-28 but fell to 164 for July 6-12, concentrated on the Oman route. Only four tankers sailed through on the morning of July 8 versus an average of 34 the previous week, far below the pre-war average of 125-140 ships .

Q5. What is the “forever war” risk described by analysts?

Analysts warn that the conflict risks becoming a “forever war”—a cycle of escalation that never ends. The US wants Iran to cede control of Hormuz and abandon its nuclear ambitions. Iran wants sanctions relief and formal recognition of its regional role. Those positions have not moved since February. The strikes keep happening because neither side has found a way to stop them. As one analyst put it, the conflict will go “from one cycle of violence to the next” .

The Legal Tussle Surrounding the Taj Mahal: A Persistent Controversy

1. Introduction: A Monument, a Myth, and a Legal Battle

The Taj Mahal, a seventeenth-century white marble mausoleum and a UNESCO World Heritage Site, is once again in the news. On July 6, 2026, the Allahabad High Court issued notices to the Centre and the Archaeological Survey of India (ASI), asking for their response to a plea challenging an Agra trial court order that had refused a survey of the monument . The petition, filed by advocate Harishankar Jain, contends that the Taj Mahal is actually ‘Tejo Mahalaya’—a Hindu temple dedicated to Lord Shiva—and seeks permission for Hindus to offer prayers there .

This is not the first time the monument has faced such claims. However, the persistence of this theory, despite being repeatedly debunked by historians and dismissed by the Supreme Court, reveals a deeper tension between historical fact and political narrative in contemporary India. This analysis explores the origins of the ‘Tejo Mahalaya’ claim, the legal journey it has traversed, and the broader implications of this ongoing controversy.

2. The P.N. Oak Theory: The Genesis of the ‘Tejo Mahalaya’ Claim

The current legal tussle has its roots in the theories of one man: P.N. Oak, a teacher-turned-lawyer-turned-journalist. While no historian of medieval India has contested the fact that the Taj is a tomb built by Mughal emperor Shah Jahan for his wife Mumtaz Mahal, Oak was the first to cast aspersions on its authenticity . In his 1965 book, Taj Mahal is a Temple Palace, Oak claimed that the Taj was originally a Rajput palace built in the 4th century. He later revised his opinion in 1989, claiming in Taj Mahal: The True Story that it was originally a Hindu temple built in the early 12th century .

Oak argued that the term ‘Taj Mahal’ is a mispronunciation of the ancient Hindu name ‘Tejomahalaya’ . According to his theory, the temple was built by a Hindu king, later passed into the hands of the Jaipur royal family, and was then annexed by Shah Jahan, who converted it into a mausoleum . Oak’s evidence, however, was built on what historians have called “fantastic etymologies” and a complete disregard for established historical facts . He even claimed that the Vatican, Westminster Abbey, and the Kaaba were once Hindu temples . As a 1999 Indology list post noted, Oak “makes us laugh away our blues” and is treated as a “plain laughing-stock by others” . In 2000, the Supreme Court dismissed his petition, famously remarking that he had a “bee in his bonnet” .

3. The Historical and Archaeological Evidence: A Clear Verdict

Despite Oak’s claims, the historical and archaeological evidence is unequivocal. The government’s official Taj Mahal website describes it as “the pinnacle of Mughal architecture” and a synthesis of Islamic, Persian, and Indian styles . The ASI has stated unambiguously that the Taj is a 17th-century tomb, pointing to the technology used in its construction—including pietra dura—which did not exist in pre-medieval India .

Historian Rana Safvi notes that the land on which the Taj stands was officially bought by Shah Jahan from a Hindu ruler, Raja Jai Singh. An official decree (farman) documenting this transaction still exists, and the Mughals were meticulous about recording their deeds . The book Taj Mahal: The Illumined Tomb by W.E. Begley and Z.A. Desai compiles an anthology of these documents, providing a clear paper trail .

The sealed rooms in the Taj, which have fueled speculation, are simply arched galleries built to raise the height of the structure. Former ASI regional director K.K. Muhammad explained that there is no garbhagriha (sanctum sanctorum) or mandapa (pillared hall) that would characterize a temple . “I don’t understand where the petitioners are seeing these things. These are all just ways to create problems,” he stated .

4. The Legal Journey: A Recurring Pattern

The current case is the latest in a long line of legal challenges based on Oak’s theory .

• 2000: Oak petitions the Supreme Court; the court dismisses it as “misconceived,” stating he has a “bee in his bonnet” .

• 2015: A civil suit is filed in an Agra trial court seeking a declaration that the Taj is a Hindu temple. The petitioners seek the appointment of an Advocate Commissioner to inspect and photograph the monument. The trial court rejects the request, noting that the petitioners had failed to produce revenue records and that the land description in the suit did not match official documents .

• April 2026: An Additional District Judge in Agra dismisses the petitioners’ revision plea as not maintainable .

• July 2026: The petitioners move the Allahabad High Court, challenging the lower courts’ decisions. The High Court issues notices to the Centre and ASI, directing them to file counter-affidavits .

The petition cites 109 architectural features—including the dome’s finial, lotus motifs, and a structure recorded as a “gaushala” (cowshed) in ASI records—to support its claim. It also alleges that the ASI has ‘unlawfully’ permitted Muslims to offer namaz inside the premises and that Hindus are not allowed to offer prayers, which they claim violates Article 25 of the Constitution (freedom of religion) .

5. The Broader Context: History as a Battleground

The persistence of the ‘Tejo Mahalaya’ theory is not merely a legal curiosity; it reflects a broader political project of rewriting Indian history to erase Muslim contributions and assert a Hindu identity for monuments of Islamic origin . The theory fits into a pattern of claims made about other sites, such as the Gyanvapi mosque in Varanasi and the Krishna Janmabhoomi in Mathura, where legal challenges have been filed arguing that mosques were built on the ruins of Hindu temples .

The Supreme Court has, on multiple occasions, defended historical fact. However, the repeated resurrection of these claims—often with political backing—indicates the deep ideological investment in rewriting the past. The government’s official stand has been consistent: the Taj Mahal is a fine example of Indo-Islamic architecture. However, the recent High Court notice, while procedural, has reopened a debate that historians believed was settled .

6. Conclusion: A Test of Historical Integrity

The Allahabad High Court’s notice is a procedural step, not a validation of the claim. The court has not expressed any view on the merits of the case and has only sought responses from the Centre and the ASI . The outcome is likely to reaffirm what historical and archaeological evidence has consistently shown: the Taj Mahal is a Mughal mausoleum.

Yet, the very fact that the issue is back in court illustrates the durability of unhistorical claims when they are backed by political will and an organized legal strategy. The Taj Mahal, a symbol of India’s composite culture, has once again become a battleground for competing visions of India’s past. The ultimate question is whether the courts will uphold the integrity of historical facts or allow a persistent myth to continue its legal journey.

5 Questions & Answers

Q1. Who was P.N. Oak, and what was his claim about the Taj Mahal?

A. P.N. Oak was a non-historian who, in his 1965 book Taj Mahal is a Temple Palace, claimed that the Taj was originally a Rajput palace. He later revised this in 1989, claiming it was a Hindu temple called ‘Tejomahalaya’ that was later converted by Shah Jahan. His theories were dismissed by historians and the Supreme Court, which called his claims a “bee in his bonnet” .

Q2. What is the historical and archaeological evidence regarding the Taj Mahal’s origin?

A. The ASI has stated that the Taj is a 17th-century tomb. Records show that Shah Jahan officially bought the land from Raja Jai Singh, and an official decree documenting this exists. Historians note that the technology and architectural style are characteristic of Indo-Islamic architecture, and there is no evidence of a temple structure on the site .

Q3. Why is the Taj Mahal case back in court in 2026?

A. A petition filed in the Allahabad High Court challenges the decisions of lower courts that refused to appoint an Advocate Commissioner to survey and photograph the Taj Mahal. The petitioners claim that such an inspection is necessary to prove the monument was originally a Hindu temple. The High Court has issued notices to the Centre and ASI but has not ruled on the case’s merits .

Q4. What features do the petitioners cite as evidence of the Taj being a temple?

A. The petition cites 109 features, including the dome’s finial, lotus motifs, and a structure described as a “gaushala” (cowshed) in ASI records. They also argue that certain parts of the monument are inaccessible and must be surveyed to uncover evidence of Hindu origins .

Q5. What is the significance of the ‘Tejo Mahalaya’ claim in the broader context?

A. The theory is part of a political project to assert a Hindu identity for monuments of Islamic origin, which contributes to the erasure of Muslim contributions to Indian history. The repeated legal challenges—despite being debunked—indicate a deep ideological investment in rewriting India’s past .

Making Sense of Embodied AI: The Next Frontier in Robotics

1. Introduction: The Robot That Finally Understands

On April 14, 2026, Boston Dynamics and Google DeepMind announced a breakthrough that has been decades in the making. Spot, the yellow robot dog that spent most of its life running narrowly scripted routines, is getting an AI brain . Gemini Robotics-ER 1.6 is being folded into Spot and into Boston Dynamics’ Orbit inspection platform, giving both stronger spatial reasoning, autonomous decision-making, and the ability to keep learning inside complex industrial sites .

Spot’s hardware has been good for years, but the intelligence needed to make it useful in a messy factory, without a human driving it frame by frame, is only arriving now . That gap—between a machine that can move and a machine that understands what it is moving through—is exactly what a decades-old field called embodied AI has been trying to close .

2. What “Embodied” Actually Means

The easy mistake is to think embodied AI just means “AI in a robot body.” The deeper claim by experts working on this field is that a body is not a delivery mechanism for intelligence, but a part of the computation itself .

In their book How the Body Shapes the Way We Think, Rolf Pfeifer, longtime director of the Artificial Intelligence Laboratory at the University of Zurich, and Josh Bongard, computer science professor at the University of Vermont, argue that thought is not independent of the body but is tightly constrained, and at the same time enabled, by it .

Australian roboticist Rodney Brooks, who wrote the foreword for the book and whose own work at MIT in the late 1980s and 1990s made the case even more provocatively, asserted against the dominant symbolic AI paradigm of the time, that robots didn’t need internal world-models and elaborate planning to act intelligently. A layered “subsumption architecture” of simple reflexes, tightly coupled to sensors and motors, could produce robust, real-time behaviour without anyone programming a representation of the world at all .

You don’t need to build an abstract map of a room if your sensors and body can just react to the room as it actually is, moment to moment.

Practically, this plays out as “morphological computation”—offloading work that would otherwise require a brain onto the physical structure of the body .

A passive-dynamic walker can stroll down a slight incline with no motors or control system at all, purely because the leg geometry and joints are shaped to do the computing. A soft, compliant robot hand can grasp an oddly shaped object without a controller that has explicitly modeled that shape, because the material itself deforms and adapts .

A common thread connecting Pfeifer’s Zurich lab, Brooks’s robots, and today’s humanoids is that intelligence is distributed between brain, body, and environment, not confined to just one part .

3. Why This Matters Now, and Why It’s Hard

The current wave of interest is precisely about discovering how hard that distribution problem is at scale. Unlike the AI chatbots that learn from texts, images, and videos, embodied AI must master gravity and balance, which are profoundly difficult because of the countless physical scenarios a robot must face and the “simulation-to-real gap,” where success in simulation rarely translates perfectly to the real world .

Industry data bears this out starkly. Though the embodied AI market is projected to reach $23 billion by 2030, most humanoid robots still last only about 90 minutes on a charge, and policies that succeed 95% of the time in the lab drop to roughly 60% in the real world . The gap between demo and deployment is the field’s central, unglamorous problem.

4. Embodied AI vs. Neuromorphic AI

In common discussions, people tend to conflate embodied AI with neuromorphic AI as both take biology seriously. But they answer different questions .

Embodied AI is about where intelligence lives. The field views cognition distributed across brain and body, meaning computational work is not fixed to the brain. It is largely agnostic about what kind of processor sits inside the robot; you could run an embodied robot’s “brain” on an ordinary GPU cluster .

Neuromorphic AI is about how the processor itself is built—it is a hardware and algorithm paradigm that tries to mimic the physical mechanics of biological neurons, most commonly through spiking neural networks (SNNs) .

SNNs operate through discrete spikes: each neuron integrates incoming signals and fires only when a threshold is exceeded, which makes them well suited to time-sensitive tasks like motion sensing. Neuromorphic chips are also notably power-efficient, since only the neurons actively spiking consume energy at any given moment .

The two areas in robotics increasingly overlap in practice as a growing body of research on “embodied neuromorphic intelligence” puts spiking, event-driven chips inside physical robots specifically because their low power draw and timely response suit real-world, always-on embodied tasks .

5. Where Evolution Comes In

If bodies do computational work, an obvious question follows: how do you design the right body for the task, instead of bolting an AI model onto whatever frame engineers have built? 

This is the terrain of evolutionary computation.

Yaochu Jin, an Alexander von Humboldt Professor at Bielefeld University, makes the case that neural control and physical form should not be designed separately and then combined. Instead, the two have to be developed together, the way biological organisms grow nervous systems and bodies in tandem .

His research focuses on co-evolving nervous systems and morphology, and modelling how feedback from the environment shapes an organism’s sensory distribution .

This matters directly for embodied AI’s central bottleneck: robot bodies are frequently mismatched to the tasks and environments they end up in, and manually re-engineering hardware every time a task changes is slow and expensive .

Evolutionary methods offer a way to search body-and-brain design space automatically, letting simulated populations of robotic forms compete and replicate based on task performance before anything is built .

6. The Unresolved Problems

Even as capital and models pour into the field of embodied AI, a fairly consistent list of hard problems keeps surfacing :

• The Sim-to-Real Gap: Policies trained in simulation that can be run millions of times cheaply degrade sharply when deployed onto real hardware .

• The Speed Mismatch: Sophisticated reasoning models are often too slow to keep pace with a robot arm or leg that needs to react in milliseconds, forcing a split between heavy “thinking” done off-device and lighter reflexive control on it .

• The Runtime Problem: Short runtimes due to extensive battery use and vulnerable components keep undercutting otherwise successful pilots .

• The Data Problem: Text and image models were scaled on troves of internet data; embodied systems have no equivalent. Efforts like the Open X-Embodiment dataset and Generalist AI’s GEN-0, pretrained on hundreds of thousands of hours of manipulation data, are attempts to build that missing corpus. But to put these systems in real world situations they need to be trained on at least tens of millions of hours of data .

Embodied AI should be viewed as a systems challenge rather than only a software challenge as safe deployment depends on sensors, hardware robustness, operational design limits, human interaction, cybersecurity, and organisational processes, not algorithms alone. Regulators must start asking for evidence of what counts as proof for allowing learning-enabled robotics systems to be deployed in real world .

All of these problems cannot be solved by a single breakthrough. They’re being chipped away in parallel with better simulators to narrow the simulation-to-real gap, larger shared datasets to address data scarcity, split “brain in the cloud, reflex on the robot” architectures to handle the speed mismatch, and slowly maturing safety frameworks to handle governance .

Evolutionary methods add another angle to that effort. Instead of only improving how a fixed body learns, they ask whether a different form factor would make the problem easier to solve in the first place .

Embodied AI systems have come a long way. Boston Dynamics’ humanoid robot Atlas on the football field during FIFA World Cup 2026 shows how robots are able to adapt to uneven surfaces . In a separate event, on America’s Got Talent Season 21, China’s Unitree G1 robots performed alongside a Chinese dancer . Spot is now powered by an AI brain and can assist e-commerce delivery agents .

It is starting to become clear that intelligence was never just a matter of better software sitting inside better computers. It was also, at least partly, a matter of testing out new form factors. And these designs are starting to get better with advances in quadruped, bipedal, and avian design-inspired robots .

5 Questions & Answers

Q1: What is embodied AI, and how does it differ from traditional AI?

A: Embodied AI is the integration of intelligence directly into physical entities such as robots, autonomous vehicles, and drones . Unlike traditional AI systems that operate purely in digital environments, embodied AI enables machines to perceive, reason, and interact with the physical world more intelligently than ever before .

Q2: What is the “simulation-to-real gap,” and why is it a major challenge?

A: The simulation-to-real gap is the phenomenon where policies trained in simulation—which can be run millions of times cheaply—degrade sharply when deployed onto real hardware . Policies that succeed 95% of the time in the lab drop to roughly 60% in the real world . This gap is the field’s central, unglamorous problem.

Q3: What is “morphological computation,” and how does it relate to embodied AI?

A: Morphological computation is the practice of offloading work that would otherwise require a brain onto the physical structure of the body . A passive-dynamic walker can stroll down an incline with no motors or control system at all because its leg geometry does the computing. A soft robot hand can grasp oddly shaped objects because the material deforms and adapts without explicit modelling . Intelligence, in this view, is distributed between brain, body, and environment.

Q4: What is the difference between embodied AI and neuromorphic AI?

A: Embodied AI is about where intelligence lives—cognition distributed across brain and body. It is agnostic about what processor is used; you could run it on an ordinary GPU. Neuromorphic AI is about how the processor itself is built—mimicking biological neurons through spiking neural networks for low power and real-time response .

Q5: What are the main unresolved problems in embodied AI?

A: Key challenges include: the simulation-to-real gap; the speed mismatch between sophisticated reasoning models and millisecond-level reflexes; short battery runtimes; and the lack of large-scale real-world training data. Embodied systems need tens of millions of hours of data, but have no equivalent to the internet-scale data used for text and image models .

An Educator’s Sacrifice: The Sonam Wangchuk Hunger Strike

1. Introduction: The Interruption of a Life’s Work

For more than three decades, education has been the language through which Sonam Wangchuk and his wife Gitanjali Angmo have tried to serve their country. Long before SECMOL and HIAL came into being, they had dedicated themselves to imagining what education could become [citation:original]. But on July 20, 2026, as India’s Parliament convened for its Monsoon Session, the spotlight shifted from the halls of power to a hospital bed in Delhi’s Safdarjung Hospital. On day 23 of an indefinite hunger strike, Sonam Wangchuk, the 59-year-old educator and activist, was fighting not just for his life, but for the soul of India’s education system .

For Gitanjali Angmo, it is not merely a protest. It is the heartbreaking interruption of a life’s work [citation:original]. “I do not see a protester,” she writes. “I see an educator being pulled away from the work he was born to do” [citation:original]. This is the story of that interruption—and the quiet revolution it represents.

2. The Man and His Dream: A Vision for Integral Education

Sonam Wangchuk’s journey as an educator is rooted in a profound vision of what education ought to be. He did not merely build schools; he built institutions that helped young people learn from life itself [citation:original]. SECMOL (Students’ Educational and Cultural Movement of Ladakh) and HIAL (Himalayan Institute of Alternatives) emerged as living laboratories for an alternative imagination of education—rooted in local realities, experiential pedagogy, and empathy-driven problem-solving .

Angmo’s own journey mirrored his. In 1989, while still a school student, she visited the Sri Aurobindo Ashram in Puducherry and encountered his vision of integral education: the harmonious development of the physical, vital, mental, and spiritual dimensions of the human being [citation:original]. There she encountered a question that has never left her: “Could education help us discover not only what we know, but who we are?” [citation:original]

HIAL became the meeting point of those two dreams. Its philosophy grew not from theory but from lived experience: learning rooted in local realities, transdisciplinary problem-solving, and education that nurtures intuition, empathy, character, and swadharma alongside competence [citation:original]. These principles matter even more in an age shaped by artificial intelligence, where distinctly human qualities will define our future .

3. The Crisis: A Hunger Strike for Educational Accountability

On June 28, 2026, Sonam Wangchuk began an indefinite hunger strike at Jantar Mantar, Delhi’s historic protest site, in solidarity with the Cockroach Janta Party (CJP)—a youth-led movement demanding educational reforms and the resignation of Union Education Minister Dharmendra Pradhan . The CJP had emerged in May 2026 as an online satirical movement, protesting against paper leaks and irregularities in exams, after a Supreme Court judge likened unemployed youth to “cockroaches” . Young people, frustrated by rising unemployment and alleged exam irregularities, embraced the label as a symbol of resilience .

For 20 days, Wangchuk consumed nothing but salt and water. He lost more than 9 kilograms and grew noticeably frail, but his resolve never wavered . On July 16, he told the crowd, “I’ve grown weak from the outside but I’m strong from within” . He then joked that if he died before the planned march to Parliament on July 20, his “ghost would join the march” .

4. The Forcible Removal: A Turning Point

On the morning of July 18, just two days before the planned march, chaos erupted at Jantar Mantar. Dozens of police and paramilitary personnel swooped in on the stage where Wangchuk was lying. Protesters who tried to stop them were pushed away. The policemen covered him with curtains of bedsheets before removing him from the stage, taking him away in an ambulance to Safdarjung Hospital .

Wangchuk’s wife, Gitanjali Angmo, alleged that he was being kept under “illegal detention” . In a handwritten note from the hospital, Wangchuk described his condition as “illegal detention” and wrote, “From the illegal detention at Safdarjung Hospital, where my freedom of movement, speech and all communication are restricted” . Around 30 police personnel were stationed on their hospital floor, and well over 100 across the hospital, severely restricting movement .

Angmo moved the Delhi High Court, seeking permission to shift Wangchuk to a private hospital of her choice. She asserted that she had “lost faith” in Safdarjung Hospital, citing discrepancies between the hospital’s public health bulletin and their verbal communication regarding his potassium levels .

5. The Conditions: A Demand for Accountability

On July 20, the 23rd day of his fast, Wangchuk announced he would end his hunger strike if three conditions were met :

1. The government accepts accountability for recent failures in the education system, including paper leaks .

2. The leadership of the CJP reaches the doorsteps of Parliament, where MPs from various parties assure them that the issue will be taken up in Parliament .

3. If his health makes it impossible to continue, he would end the fast if MPs and political leaders visited him at the hospital and gave the same assurance .

On July 19, Wangchuk had also written: “If I & the leadership of CJP reach the doorsteps of Parliament, where Honourable MPs & leaders of various parties assure us that they will now take up the issue in the Parliament” .

6. The March: A Generation’s Voice

Despite Wangchuk’s absence, thousands of students, parents, activists, and political leaders gathered at Jantar Mantar on July 20 for the planned march to Parliament . The atmosphere was spirited, with protesters shouting slogans, waving the Indian flag, and carrying plastic roses as a peace offering .

Delhi Police denied permission for the march, setting up massive barricades and deploying hundreds of police and paramilitary personnel. But CJP leaders vowed to proceed anyway . The Delhi Metro Rail Corporation closed five central stations “due to security reasons” . The government had not yet engaged with the protesters, despite growing pressure from opposition leaders and civil society .

7. The Woman Behind the Mission: Gitanjali Angmo’s Voice

Throughout the crisis, Gitanjali Angmo emerged as a powerful voice—not just for her husband, but for the educational ideals they have championed together. Her words offer a window into the soul of this movement.

She writes: “Foundational literacy and numeracy remained essential. But education once asked an equally profound question: Who are you, and what are you here to become?” [citation:original] She reminds us that the Indian school system, born in the colonial era, was designed to create clerks and administrators, not free, thinking human beings.

She explains HIAL’s philosophy: “Learning rooted in local realities, transdisciplinary problem-solving, and education that nurtures intuition, empathy, character, and swadharma alongside competence. These principles matter even more in an age shaped by artificial intelligence, where distinctly human qualities will define our future” [citation:original].

She reflects on her own journey: “Looking back, I realise how fortunate I was. My formal education never asked these questions. I encountered them only because I happened to walk into the Ashram. It was, in many ways, an accident of grace” [citation:original]. She wonders: “I often wonder how many children across India are waiting for a similar awakening, and how many may never encounter it because our education system was never designed to offer it” [citation:original].

And she offers a vision: “The purpose of education is more than preparing children for careers. It is to help them find meaningful ways to serve the world. That is the educational renaissance we dream of” [citation:original].

8. Conclusion: The Fine Tribute

Angmo concludes with a poignant reflection: “His greatest sacrifice is not measured in days without food, but in days taken away from the classrooms, students and communities he has devoted his life to. The finest tribute we can pay him is not sympathy. It is to march to Parliament today to sensitise parliamentarians to build an education system where every child has the opportunity to become their full selves. Not by chance. By design” [citation:original].

The hunger strike of Sonam Wangchuk is not merely a protest. It is a testament to a life’s work. It is the story of an educator who believed, with every fiber of his being, that education could help human beings discover not only what they know, but who they are. And it is a call to a nation to listen—not just to the demands of protesters, but to the quiet, urgent plea of a teacher whose work was interrupted, but whose dream endures.

5 Questions & Answers

Q1. Who is Sonam Wangchuk and why is he on a hunger strike?

A: Sonam Wangchuk is a renowned educator and activist from Ladakh, known for founding the Himalayan Institute of Alternatives (HIAL) and pioneering alternative education models. He went on an indefinite hunger strike on June 28, 2026, in solidarity with the Cockroach Janta Party (CJP) to demand educational reforms, accountability for exam paper leaks, and the resignation of Union Education Minister Dharmendra Pradhan .

Q2. What were the three conditions Sonam Wangchuk set to end his hunger strike?

A: Wangchuk set three conditions on July 20: (1) the government must accept accountability for failures in the education system; (2) CJP leadership must reach Parliament and receive assurance from MPs that the issue will be taken up; and (3) if his health prevents continued fasting, he would end it if MPs visit him in hospital and give the same assurance .

Q3. What happened when Wangchuk was taken to the hospital?

A: On July 18, police forcibly removed Wangchuk from the Jantar Mantar protest site and admitted him to Safdarjung Hospital. His wife, Gitanjali Angmo, alleged that he was being kept under “illegal detention” with severe restrictions on movement and communication. She moved the Delhi High Court seeking permission to shift him to a private hospital, claiming she had “lost faith” in Safdarjung Hospital .

Q4. What is the Cockroach Janta Party (CJP) and what is its significance?

A: The CJP emerged as a youth-led online movement in May 2026, protesting exam paper leaks and irregularities. It gained a huge following after a Supreme Court judge compared unemployed youth to “cockroaches,” which young people embraced as a symbol of resilience. The CJP has demanded the resignation of Education Minister Dharmendra Pradhan and called for educational reforms .

Q5. What is the educational philosophy of HIAL that Wangchuk and Angmo champion?

A: HIAL’s philosophy is rooted in contextual, experiential, and transdisciplinary education—learning rooted in local realities, solving real problems, and nurturing intuition, empathy, character, and purpose alongside competence. It has no classrooms, textbooks, or syllabi; instead, students are given real problems to solve, such as reviving abandoned villages. A Parliamentary committee called HIAL a “role model” and recommended UGC recognition .

Punjab Needs a Truth and Reconciliation Commission

1. Introduction: The Unfinished Business of History

Punjab has lived under the shadow of repeated historical ruptures for over four decades—Operation Blue Star, the assassination of Indira Gandhi, the anti-Sikh violence of November 1984, two decades of militancy and counterinsurgency, and more recently, the farmers’ movement, are interconnected chapters . Earlier generations endured Partition, the agitations surrounding the Punjabi Suba movement and the state’s reorganisation in the 1960s. Each left behind grievances and unresolved questions. Yet no comprehensive institutional effort has been made to bring closure through truth, accountability and reconciliation .

The release of Satluj should be viewed as an opportunity to learn to live with truth, initiate reconciliation and draw lessons from one of the darkest phases of Punjab’s history. Democracies mature by confronting difficult histories rather than suppressing them. The purpose is neither to glorify nor demonise any individual or institution, but to understand how democratic politics degenerated into extraordinary violence and how such conditions can be prevented from recurring .

2. The Satluj Controversy: A Mirror to a Fractured Past

The debate sparked by the film Satluj has reignited the question of whether the truth about Punjab’s most traumatic period could be revealed in an unbiased manner . The film, which depicts the life of human rights activist Jaswant Singh Khalra, was released on ZEE5 on July 3, 2026, and withdrawn just two days later after the Ministry of Information and Broadcasting cited security concerns .

Jaswant Singh Khalra had exposed the “illegal” cremation of thousands of “unidentified” bodies in Punjab between 1984 and 1994 . In January 1995, the human rights wing of the Shiromani Akali Dal alleged that it had evidence showing that Punjab Police had carried out secret cremations of hundreds of “unclaimed” bodies in the crematoria of Amritsar district. Some of the bodies were allegedly those of people who had disappeared and been extrajudicially executed in police custody . Khalra was abducted from in front of his house in Amritsar in September 1995. He was later found to have been murdered though his body was never found .

The film’s removal has drawn sharp reactions. Shiromani Akali Dal president Sukhbir Singh Badal condemned the move, saying it was not censorship “but an assault on our collective memory, truth and freedom of expression” . Aam Aadmi Party’s Anandpur Sahib MP Malwinder Kang questioned: “When a film raises uncomfortable questions about human rights violations and atrocities in Punjab, it disappears from an OTT platform. Why? Who is afraid of Punjab’s truth?” .

Union Minister Ravneet Singh Bittu, grandson of former Punjab Chief Minister Beant Singh who was assassinated by Khalistani extremists in 1995, has challenged the film’s depiction. He questioned the figure of 25,000 missing or illegally cremated bodies portrayed in the film and demanded that the makers place before the people of Punjab “the complete documentary evidence, official records, judicial findings and authenticated data that conclusively establish” that figure . He also asked why the massacres of innocent Hindus, bus passengers, shopkeepers, government employees, labourers and ordinary citizens brutally killed by terrorists were not depicted with the same intensity .

3. The Demand for a Truth Commission

Amid the controversy, a growing chorus of voices across Punjab’s political and civil society spectrum has called for a Truth, Accountability and Reconciliation Commission to examine the events of the militancy period .

Former IAS officer Dr. Jagmohan Singh Raju, now a BJP leader, has written to Punjab Governor Gulab Chand Kataria demanding the formation of such a commission. He argued that “Punjab cannot move on until the truth behind the incidents that happened during the insurgency period from 1980 to 1995 are acknowledged and multiple narratives are countered through facts” . He emphasised that a Truth Commission is “not for retribution but for political accountability and to verify what we know as ‘reported truth'” .

Retired IAS officer KBS Sidhu, former Special Chief Secretary to the Government of Punjab, wrote to Home Minister Amit Shah proposing a Commission of Inquiry. He argued that even after three decades, Punjab’s militancy period routinely resurfaces, and that the time has come for the Union Government “to do formally, and once, what individual courts, individual petitions, and individual families have been left to do piecemeal for thirty years” .

Sidhu proposed that the commission be headquartered in Chandigarh and led by a retired Supreme Court judge, ideally as a multi-member body. He suggested four proposed terms of reference: non-interference with matters already before the courts; a referral function for undetected offences, including forensic identification of unidentified remains; a reparations and rehabilitation scheme for victims’ families on all sides; and a mechanism to examine the cases of long-incarcerated convicts for reasoned recommendations on remission, reprieve or pardon under Article 72 of the Constitution .

The All India Terrorist Victims’ Association has also demanded such a commission. Dr. BR Hastir, chairman of the association, said the commission should be headed by a sitting or retired judge of the Supreme Court or a high court. “It is appropriate to make a film on Jaswant Singh Khalra and his struggle to expose alleged police excesses. However, that is only one side of Punjab’s tragic past. The suffering of hundreds of families who lost their loved ones to terrorism must also be acknowledged,” he said .

4. The Moga Declaration: A Promise of Unity

Perhaps Punjab’s greatest achievement is that society ultimately refused to remain divided along religious lines. This found political expression in the 1996 Moga Declaration, which affirmed that the demands, grievances and quest for justice would henceforth belong to all Punjabis rather than to Sikhs, Hindus or any other community separately .

The declaration was a watershed moment. The Shiromani Akali Dal patriarch Parkash Singh Badal had set the stage with the Moga declaration in February 1996, pivoting the party founded in 1920 from being the sole guardian of the Sikh “panth” to one that aimed to work for “Punjab, Punjabi and Punjabiyat” . Since then, despite occasional attempts by political actors, Punjab has largely resisted communal polarisation. There is little empirical evidence to suggest that screening Satluj would have disturbed communal harmony .

5. The Human Cost: What We Know and What We Don’t

The scale of violence during Punjab’s militancy period remains a matter of deep contention. According to Human Rights Watch, security forces arbitrarily detained, tortured, executed, and “disappeared” tens of thousands of Sikhs in counterinsurgency operations . In the early 1990s, Director General of Police KPS Gill expanded upon a system of rewards and incentives for police to capture and kill militants, leading to an increase in “disappearances” and extrajudicial executions of civilians and militants alike .

A joint report by HRDAG and Ensaaf, “Violent Deaths and Enforced Disappearances During the Counterinsurgency in Punjab, India,” presented verifiable quantitative findings that contradicted the Indian government’s portrayal of the Punjab counterinsurgency as a successful and “humane” campaign. The analysis demonstrated that between 1988 and 1995, militant deaths reported from an “encounter” or exchange of gunfire with security officers were strongly correlated with lethal human rights abuses reported by the victims’ families . This correlation supports previous qualitative analyses by human rights groups that these encounters were fabricated by security forces to conceal extrajudicial executions .

Jaswant Singh Khalra, and later his wife Paramjit Khalra, have always alleged that at least 25,000 people had either “disappeared” or their bodies were “cremated as unidentified” by Punjab Police . Their specific details of 2,097 such bodies in Amritsar district alone were investigated by the CBI and found to be true . Human Rights Watch documented that in early 1995, Khalra and Jaspal Singh Dhillon used government crematoria records to expose over 6,000 secret cremations by the police in just one of then 13 districts in Punjab .

6. The Way Forward: A Commission for Healing

Senior Supreme Court advocate H.S. Phoolka, a human rights activist and 1984 anti-Sikh riots crusader, said a truth commission is simply to bring out the truth, to have a clear picture and set the record straight of what exactly happened and to count the total number of people who died due to violence in that particular period. “The motive should be to heal those wounds, not reopen them,” he said .

As the writer, Pramod Kumar, argues in his op-ed, closure requires recognition of every atrocity, accountability for political failure and a willingness to live with historical truth. Punjab needs a Truth and Reconciliation Commission with an independent mandate to document the experiences of all victims—those killed by militants, those subjected to disappearances and fake encounters, families of police personnel, public servants and ordinary citizens. It should also establish a Peace Memorial as a reminder that neither militant violence nor state excesses can ever become legitimate instruments of politics .

5 Questions & Answers on Punjab’s Truth Commission Debate

Q1: What is a truth commission, and why is it being demanded for Punjab?

A: A truth commission is a temporary body established by a government to investigate human rights violations, war crimes or state-sponsored abuses within that country . In Punjab, it is being demanded to settle the debate over the number of people killed during the insurgency period from 1981 to 1995, to document the experiences of all victims, and to bring closure to one of the darkest chapters of Punjab’s history .

Q2: Who has demanded a truth commission for Punjab?

A: Several political and religious leaders, civil society voices, and victims’ groups have demanded such a commission. These include BJP leader Jagmohan Singh Raju , retired IAS officer KBS Sidhu , the All India Terrorist Victims’ Association , the Shiromani Akali Dal (Punar Surjit) , and Paramjit Kaur Khalra, the widow of the late human rights activist Jaswant Singh Khalra .

Q3: What was the Moga Declaration of 1996, and what is its significance?

A: The Moga Declaration was a political statement made in February 1996 by the Shiromani Akali Dal, pivoting the party from being the sole guardian of the Sikh “panth” to one that aimed to work for “Punjab, Punjabi and Punjabiyat” . It affirmed that the demands, grievances and quest for justice would henceforth belong to all Punjabis rather than to Sikhs, Hindus or any other community separately . It represented a commitment to communal harmony and unity.

Q4: What is the controversy surrounding the film Satluj?

A: The film Satluj depicts the life of human rights activist Jaswant Singh Khalra, who exposed cases of alleged extrajudicial killings and secret cremations during Punjab’s militancy period. It was released on ZEE5 on July 3, 2026, and withdrawn just two days later after the government cited security concerns, fearing it could be exploited by pro-Khalistan forces .

Q5: What was the scale of human rights violations during the Punjab insurgency?

A: Estimates vary widely. Jaswant Singh Khalra alleged that at least 25,000 people had either “disappeared” or their bodies were “cremated as unidentified” by Punjab Police . Human Rights Watch documented that Khalra exposed over 6,000 secret cremations in just one district . An HRDAG/Ensaaf report found strong correlations between reported militant deaths and human rights abuses, suggesting that many “encounter” deaths were fabricated to conceal extrajudicial executions .

Omar Abdullah’s Clarification: Statehood, Satire, and the Sovereignty of the Constitution

1. Introduction: A Clarification on Context

On July 19, 2026, Jammu and Kashmir Chief Minister Omar Abdullah took the unusual step of writing a direct response to an editorial in The Indian Express, which had criticized his recent remarks invoking US President Donald Trump in the context of the statehood demand . The editorial, titled “On J&K statehood, Omar Abdullah is spot on. He doesn’t need Trump clickbait,” had offered unequivocal support for the restoration of statehood but warned that Abdullah’s “loose statements” regarding internationalizing the issue were a distraction from the core demand .

In his letter, Abdullah expressed appreciation for the editorial’s support but clarified that his remarks had been taken out of context. He explained that the reference to Trump was made while responding to a statement by the Leader of the Opposition in Jammu and Kashmir, who had remarked that statehood could not be achieved by staging a protest at Jantar Mantar . Abdullah’s point was satirical: if even a peaceful protest in the national capital is dismissed, where exactly are we expected to go?  This was not a policy position, nor an appeal for external intervention .

2. The Satirical Rebuke: Context and Intent

The controversy stemmed from Abdullah’s speech on July 12, 2026, at a rally in Jammu, where he addressed a gathering of National Conference (NC) workers . In his speech, he sarcastically asked: “Let BJP tell us whether we have to go to (US President Donald) Trump for statehood… and hold dharna outside the White House” . This was a direct response to the BJP’s dismissal of the NC’s planned Jantar Mantar protest on July 20, 2026, a one-day demonstration at the start of Parliament’s Monsoon Session .

Abdullah’s frustration stemmed from the Centre’s repeated refusal to fulfill its promise of restoring statehood to Jammu and Kashmir, a commitment made by the Union government before the Supreme Court in 2023 and reiterated by Prime Minister Narendra Modi and Home Minister Amit Shah on multiple occasions . The NC had invited 52 political and religious leaders from across the country to participate in the protest, seeking to project the statehood demand as a national, non-partisan issue .

However, the BJP seized on Abdullah’s Trump remark, accusing him of attempting to “internationalise the Kashmir issue” . The party’s general secretary and J&K in-charge, Tarun Chugh, asserted that “Jammu and Kashmir is an integral part of India” and that the Centre had already made its commitment clear . The BJP’s response was sharp, framing Abdullah’s remarks as an attempt to divert public attention from the “reality of the transformed Jammu and Kashmir” .

3. The Editorial’s Warning: A History of Internationalisation

The Indian Express editorial, published on July 14, 2026, warned that Abdullah’s Trump reference was politically risky . It noted that “internationalisation” of Kashmir has been a sensitive issue in India’s history, from the Truman White House pushing the formation of the United Commission for India and Pakistan (UNCIP) in 1948 to the Cold War-era US support for Pakistan . The editorial cautioned that invoking a foreign leader, even in jest, ran counter to Abdullah’s carefully crafted political image, which had located Kashmir’s politics squarely within the framework of Indian federalism .

The editorial also highlighted that Abdullah had previously refrained from confrontation with the Lieutenant Governor’s office and had delivered one of the most stirring speeches of his career in the Assembly after the Pahalgam attack, framing the Kashmir tragedy as one of the entire country . The editorial concluded that Abdullah’s greatest strength lay in crafting a “new political language in Kashmir,” and that he should guard against statements that could distract from the core demand for statehood .

4. Abdullah’s Response: Faith in the Constitution

In his July 19 letter, Abdullah clarified that he had concluded his speech by stating, in unambiguous terms, that his party had “complete faith in our own country” and that the struggle for statehood would be pursued “within the framework of its Constitution” . He emphasized that the demand for statehood rests on the “solemn assurance given by the Union government before the Honourable Supreme Court of India,” as well as the repeated commitments made by the Prime Minister and the Union Home Minister .

Abdullah expressed disappointment that the editorial had omitted this crucial part of his address, leaving readers with an impression at odds with what he actually said. He wrote: “While I expect selective quotation and convenient distortion from political opponents, I expect greater care, fairness and editorial rigour from The Indian Express” . He concluded by reiterating that his remarks were “neither an invitation for external involvement nor a suggestion that the issue of Jammu and Kashmir be viewed through an international prism” .

5. The Larger Political Context: A Promise Deferred

Abdullah’s clarification comes amid growing frustration over the Centre’s failure to restore statehood to Jammu and Kashmir. The Supreme Court had recorded the Union government’s assurance that statehood would be restored “in the near future” after the 2024 elections . However, over two and a half years have passed since the assurance, and the Centre has offered no timeline .

The retention of Union Territory status subordinates the elected government to an unelected Lieutenant Governor who retains preponderant authority over the bureaucracy, police, and other institutions . The NC argues that this arrangement undermines democratic governance and that the statehood question cannot be held in abeyance until political circumstances turn expedient for the BJP .

The Jantar Mantar protest, though a symbolic demonstration, reflects the NC’s shift from quiet engagement to public mobilization . The challenge for Abdullah is to sustain the momentum beyond a one-day protest and build a broader public campaign that can pressure the Centre to act . However, the demand for statehood is not without its critics. The PDP’s Mehbooba Mufti rejected the NC’s invitation to join the protest, arguing that it should also include the restoration of Article 370 . The NC, in response, warned that making statehood contingent on resolving every other constitutional issue “risks giving its opponents the perfect excuse to delay it indefinitely” .

6. Conclusion: A Test of Political Credibility

Omar Abdullah’s response to the editorial is a revealing moment in his political career. It demonstrates his commitment to the constitutional framework and his refusal to internationalize the Kashmir issue, even as he escalates his campaign for statehood. The Jantar Mantar protest on July 20, 2026, is a test of his political credibility and his ability to transform a regional demand into a national conversation. The challenge ahead is to sustain the momentum and ensure that the promise of statehood is not indefinitely deferred. As Abdullah himself stated, the demand rests on a “solemn assurance” made before the Supreme Court—and it is this, not the invocation of foreign leaders, that will ultimately determine the outcome of this campaign.

5 Questions & Answers on the J&K Statehood Debate

Q1. What was the context of Omar Abdullah’s remarks about Donald Trump?

Abdullah’s remarks about Trump were made in a satirical context while responding to the Leader of the Opposition in Jammu and Kashmir, who had dismissed the Jantar Mantar protest as ineffective. Abdullah asked: if even a peaceful protest in our own national capital is dismissed, where are we expected to go? The remark was a political rebuttal, not a policy position or an appeal for external intervention .

Q2. Why did the Indian Express editorial warn Abdullah against invoking Trump?

The editorial noted that “internationalisation” of Kashmir has been a sensitive issue in India’s history and remains Pakistan’s aim. It cautioned that invoking a foreign leader, even in jest, could distract from the core demand for statehood and counter Abdullah’s carefully crafted image as a leader committed to federal negotiations .

Q3. What is the constitutional basis for the demand for statehood?

The demand rests on the assurance given by the Union government before the Supreme Court in 2023 that statehood would be restored “in the near future” after elections, as well as repeated commitments made by the Prime Minister and Home Minister in Parliament .

Q4. Why did the PDP refuse to join the Jantar Mantar protest?

PDP chief Mehbooba Mufti said her party would not join the protest unless the restoration of Article 370 was also included in the demands. She described the focus solely on statehood as “half-hearted” and accused the NC of legitimizing the BJP’s narrative .

Q5. What challenges does Omar Abdullah face in the statehood campaign?

Abdullah faces challenges in sustaining momentum beyond the one-day protest, securing broad political support, and translating the demand into a sustained public movement. He also faces criticism from within the opposition for not including Article 370 in the demands and from the BJP for allegedly attempting to internationalize the issue .

India Once Dominated Textile Trade. It Needs Institutions to Make a Mark Again

1. Introduction: The Lost Legacy of a Textile Giant

Few industries have shaped India’s civilisation as profoundly as textiles. Long before modern concepts of global value chains emerged, textiles were already woven into India’s economic, cultural and commercial fabric [citation:original]. Archaeological excavations at Harappa and Mohenjodaro (dating back to 4,500 years) have uncovered spindle whorls, needles and dyeing artefacts—among the earliest evidence of textiles. What began in the Indus valley was sustained through centuries of trade, innovation and craftsmanship [citation:original].

For nearly two millennia, Indian fabrics clothed consumers across Asia and Europe. During the Mughal period, Bengal became the world’s premier centre for cotton textiles. Dhaka produced the legendary muslin prized by royalty across continents, while Murshidabad, famous for its silk and muslin, emerged as one of the 18th century’s wealthiest commercial centres. The economic significance of all this was immense. India accounted for one-fourth of global economic output in 1700, according to Angus Maddison [citation:original].

Then the Industrial Revolution happened. James Hargreaves’ spinning jenny and other mechanised weaving technologies changed the rules of the game. Competitive advantage stopped being about artisanal skill and became about technology, productivity and economies of scale. India increasingly became a supplier of cotton to Lancashire mills and a market for manufactured textiles [citation:original].

Independent India’s textile journey has been an effort to reverse this. India today possesses a fully integrated textile value chain, from cotton to spinning, weaving, processing, garment manufacturing and exports [citation:original]. But as Ashok Gulati and Sulakshana Rao argue in their new book Stitching India’s Apparel Export Strategy, despite a fibre-to-fashion base, craft heritage and a large workforce, India’s global apparel share has remained stagnant at approximately 3% over the past two decades [citation:original]. Meanwhile, Bangladesh’s share has risen from 2% to around 9-10% and Vietnam’s from 1% to 6-7% .

2. The Global Landscape: A Contest of Scale, Cost, and Speed

The global apparel trade has been a contest among China’s scale, Bangladesh’s cost, and Vietnam’s speed, with India trailing in fourth or fifth place . According to ICRIER research, India’s share of textile and clothing exports actually fell during the late-quota years, from 3.02% in 1994 to 2.94% in 2004, before rising to 4.53% by 2014 after quotas ended. Vietnam and Bangladesh, however, expanded faster from smaller bases, with Vietnam’s share growing at a 10.94% compound annual rate, compared with 7.61% for Bangladesh .

Source: WTO and ITC Trade Map data cited in ICRIER policy brief .

What is striking is India’s stagnation. Despite a fully integrated textile value chain—from cotton to spinning, weaving, processing, garment manufacturing and exports—India’s global apparel market share has been stuck at around 3% for two decades [citation:original]. This is the puzzle the new book sets out to solve [citation:original].

3. The Competitiveness Pillars: Learning from Global Leaders

The ICRIER book presents a comparative policy analysis of China, Bangladesh and Vietnam through five pillars of competitiveness: Scale and ecosystem, capital, labour and skills, clusters and institutions, and market access and trade facilitation [citation:original].

China: The Ecosystem Approach

The lesson from China is one of an ecosystem approach: vertically integrated clusters, access to patient capital, and the Sino-US model of export diversification and institutional governance that transformed China into the largest apparel exporter [citation:original]. China’s success was built on mega-clusters where spinning, weaving, processing, and garment manufacturing co-exist within a single geography, enabling economies of scale and low lead times . Beyond industrial strategy, the undervaluation of the Chinese currency—estimated by the IMF, the US Treasury and Goldman Sachs to be undervalued by 16 to 30 per cent against the US dollar—has acted as an implicit export subsidy [citation:original].

Bangladesh: Leveraging Preferences and Liquidity

Bangladesh leveraged its Least Developed Country (LDC) preferences through ready-made garment (RMG)-specific finance, back-to-back letters of credit, and export processing zones offering plug-and-play infrastructure and one-stop regulatory services [citation:original]. The back-to-back LC system, in particular, allowed Bangladeshi exporters to open import LCs against export LCs, virtually eliminating working capital requirements—a structural advantage that India has not replicated .

Vietnam: FDI, Industrial Parks, and FTAs

Vietnam aligned foreign investment, industrial parks and free trade agreements (FTAs) into one integrated strategy. It created industry-academia partnerships to attract global manufacturers [citation:original]. Through participation in 17 FTAs—including the Comprehensive and Progressive Agreement for Trans-Pacific Partnership (CPTPP) and the EU-Vietnam Free Trade Agreement (EVFTA)—Vietnam has gained preferential access to markets that Indian exporters can only envy . FDI-driven industrial parks offer plug-and-play infrastructure, one-stop regulatory services, and proximity to ports, making Vietnam a preferred destination for global brands .

4. India’s Stagnation: A Diagnosis

India’s export performance remains modest. In FY 2025-26, India’s textile and apparel exports, including handicrafts, reached $33.01 billion, up a modest 2.1% . Apparel exports, however, have been in decline, registering a significant degrowth of 11.25% year-on-year in June 2026 . During the April-June quarter of FY27, textile and apparel exports declined 2.95% year-on-year, with the sector’s share in India’s total merchandise exports falling from 8.30% to 7.19% .

The “Missing Middle”

The “missing middle” of mid-sized, export-ready firms capable of handling large, international orders remains a constraint [citation:original]. Most Indian apparel firms are small and fragmented, lacking the scale to compete with vertically integrated Chinese and Vietnamese giants. This fragmented structure—from cotton production concentrated in Gujarat, spinning in Tamil Nadu, and weaving in Maharashtra and Gujarat—increases costs and reduces competitiveness compared to the streamlined “fiber-to-fashion” models of competitors .

The Fibre Mismatch

Global apparel trade is dominated by man-made fibre (MMF). India’s textile industries remain skewed towards cotton, with a 60:40 cotton-to-non-cotton fibre consumption ratio, in contrast to the global average of 25:75. This mismatch locks India out of the fastest-growing segments such as activewear, technical textiles and athletic wear [citation:original]. While cotton accounts for only 22% of global fibre consumption, 77% of the market is now MMF .

The Cost of Capital

India’s real interest rates of 6.2 to 8.2 per cent remain significantly higher than those of China (3.1 per cent), Vietnam (around 1 per cent) and Bangladesh (negative real rates). Delays in GST refunds and export incentive disbursals also constrain liquidity [citation:original]. The cost of compliance and bureaucratic delays add further friction .

Labour Productivity and Labour Laws

Labour productivity in India’s competitors is 20-40% higher, and they benefit from more flexible labour laws, access to duty-free raw materials, and wage advantages. Bangladesh has a clear wage advantage; Vietnam has duty-free access to the Chinese market . India’s apparel sector is also highly dependent on migrant labour, leading to high attrition and absenteeism during festival seasons [citation:original].

The Institutional Void

What India lacks is the institutional architecture that has enabled its competitors to succeed. Back-to-back LCs, bonded warehouses, export processing zones with one-stop services, and industry-academia partnerships are not absent in India—but they are fragmented, delayed, or poorly implemented . The absence of a seamless end-to-end integration of trade processes means exporters cannot move goods, documents, and approvals with the speed and predictability that global value chains demand [citation:original].

5. The Reform Agenda: An Ecosystem Approach

Gulati and Rao argue that the reform agenda for India is clear: Build an ecosystem approach to competitiveness [citation:original].

PM-MITRA Parks

The PM Mega Integrated Textile Region and Apparel (PM MITRA) parks, announced in 2021, embody this approach. Seven parks have been approved—one each in Tamil Nadu, Telangana, Gujarat, Karnataka, Madhya Pradesh, Uttar Pradesh, and Maharashtra—with a scheme outlay of ₹4,445 crore . The scheme aims to attract ₹70,000 crore in investments and create nearly 20 lakh jobs . The parks are designed to integrate the five pillars of competitiveness—scale, infrastructure, finance, skills, and market access—within a single institutional framework [citation:original].

Cost Competitiveness Roadmap

India is also preparing a comprehensive cost roadmap for the textiles sector, with short, medium, and long-term plans to align costs with global benchmarks. The initiative focuses on mapping cost structures across raw materials, logistics, energy, and taxation, as well as strengthening R&D in fibres, fabrics, technical textiles, sustainable materials, and digital traceability .

National Textile Export Roadmap 2030

A departmental summit held in June 2026, with the participation of states and industry stakeholders, aims to develop a coordinated roadmap to increase textile and apparel exports from around $37 billion to $100 billion by 2030 . The roadmap will focus on strengthening district and cluster ecosystems, promoting sustainable and value-added manufacturing, enhancing the benefits of FTAs, and positioning India as a preferred global sourcing destination .

The Opportunity: China+1 and Global Sourcing

Despite the challenges, experts see a multi-year structural upcycle for India’s textile sector, driven by the China+1 sourcing strategy, global supply-chain diversification, and improving market access through trade agreements such as the India-UK CETA and the proposed EU-FTA . The UK’s deal is “a rare opportunity” for Indian exporters to capture business from countries such as Bangladesh, Cambodia, and Vietnam .

6. Conclusion: Stitching a Future

History tells us that India once clothed the world through craftsmanship. The future will depend on whether it can stitch together an ecosystem where firms, finance, institutions and supply chains move with the speed, scale and predictability that global value chains demand [citation:original].

The lessons are clear: India must diversify into MMF, rationalise the cost of capital, integrate the value chain, and build the institutional mechanisms—back-to-back LCs, bonded warehouses, plug-and-play parks, and industry-academia partnerships—that its competitors have leveraged to leap ahead. With sequenced reforms, immediate liquidity and policy certainty, medium-term diversification and cluster integration, and long-term sustainability-led transformation, India can expand apparel exports from the current level to the target of $40 billion by 2030 set by the Government of India . The window of opportunity—driven by China+1 sourcing and global supply-chain diversification—is open. The question is whether India’s institutions can act quickly enough to seize it.

5 Questions & Answers

Q1. What is India’s current share of the global apparel market, and how has it changed over the past two decades?

A: India’s share of global apparel trade has remained stagnant at approximately 3% over the past two decades. During this period, Bangladesh’s share rose from around 2% to 9-10%, and Vietnam’s from 1% to 6-7% . India’s apparel exports declined 11.25% year-on-year in June 2026 .

Q2. What is the “fibre mismatch” in India’s textile sector?

A: Global apparel trade is dominated by man-made fibre (MMF), which accounts for 77% of fibre consumption. India’s textile industry remains skewed towards cotton, with a 60:40 cotton-to-non-cotton fibre consumption ratio, compared to the global average of 25:75. This locks India out of the fastest-growing segments such as activewear, technical textiles and athletic wear [citation:original].

Q3. What are PM-MITRA parks, and what are their objectives?

A: PM MITRA (PM Mega Integrated Textile Region and Apparel) parks are large-scale, integrated industrial facilities designed to cover the entire textile value chain—from spinning and weaving to processing, garment manufacturing, and exports. Seven parks have been approved with a scheme outlay of ₹4,445 crore. They aim to attract ₹70,000 crore in investments and create nearly 20 lakh jobs .

Q4. What structural advantages have enabled Bangladesh and Vietnam to outperform India in apparel exports?

A: Bangladesh leveraged LDC preferences, back-to-back letters of credit (which eliminate working capital requirements), bonded warehouses, and export processing zones [citation:original]. Vietnam aligned FDI-driven industrial parks, 17 FTAs (including CPTPP and EVFTA), and industry-academia partnerships into an integrated strategy [citation:original]. Labour productivity in both countries is 20-40% higher than in India .

Q5. What is the $100 billion textile export target, and how does India plan to achieve it?

A: India aims to increase textile and apparel exports from around $37 billion to $100 billion by 2030. A departmental summit in June 2026 is developing a National Textile Export Roadmap 2030 to achieve this, focusing on strengthening district and cluster ecosystems, promoting sustainable and value-added manufacturing, enhancing the benefits of free trade agreements, and positioning India as a preferred global sourcing destination .

Patents Should Not Put Cancer Care Out of Reach

1. Introduction: A Global Emergency

On July 8, 2026, the World Health Organisation (WHO) released its Global Status Report on Cancer. The figures are staggering: An estimated 20.6 million new cancer cases and nearly 10 million deaths worldwide each year—that is, more than 26,000 lives lost each day [citation:original]. At current rates, the WHO predicts 35 million annual cases by 2050 [citation:original]. One in five people will develop cancer during their lifetimes, and approximately 92% of the global population will be affected directly or through someone close to them .

In addition to the scale of the disease, the report highlights an inherent inequity. A woman with breast cancer in a high-income country has an 87% chance of surviving five years, compared to about 42% in a low-income country—a gap that is less due to biology and more due to where she happens to live [citation:original]. While 68 to 94% of wealthier countries have access to the top 20 priority cancer medicines, only 9 to 54% of low- and lower-middle-income countries do [citation:original].

For India, this is not merely a statistic; it is a constitutional crisis. With an estimated 15.33 lakh new cases expected in 2024, roughly one in nine Indians faces a lifetime risk of cancer [citation:original]. Breast cancer alone accounted for over 1.92 lakh new cases and over 98,000 deaths in India in 2022. More than half of these cases are detected at an advanced stage, making treatment more expensive and less effective [citation:original].

2. The Human Cost: A Personal Testimony

The writer of the Indian Express column that inspired this analysis is undergoing cancer treatment herself. What has struck her is not the disease itself but the ordeal of surviving it: waiting for an appointment, the anxiety, and the arithmetic every patient does—working out which drug she can afford, which treatment package is feasible, and how much her insurance might cover [citation:original].

She writes: “A breast cancer patient who cannot afford targeted therapy, immunotherapy, or hormonal therapy is not just facing a market or health-system failure. She is witnessing the slow erosion of a right that the Constitution is meant to guarantee” [citation:original].

3. The Right to Health: A Constitutional Guarantee

The right to health has long been recognised as integral to the right to life under Article 21 of the Constitution. The Supreme Court has held that a healthy body is the foundation of all human activity; that the right to life includes access to medical care and a decent standard of living; and that the state has a duty to make essential medicines affordable [citation:original].

Yet, litigation over access to medicines, compulsory licensing, or drug pricing often languishes in courts for years, as it has in one of the most significant cases on this issue.

4. The Kerala Case: A Patient’s Plea and a Court’s Delay

In 2022, a retired bank employee with HER2-negative metastatic breast cancer approached the Kerala High Court seeking compulsory licensing of the patented drug Ribociclib under Sections 92 and 100 of the Patents Act, 1970, because its prohibitive cost made treatment unaffordable [citation:original]. At the time the petition was filed, Ribociclib—manufactured by Novartis—cost around ₹58,000 per month, a price that the petitioner’s family simply could not sustain .

The court directed the Centre to consider compulsory licensing, but the petitioner died before the matter was decided. The High Court converted the proceedings into a suo motu case, In Re Exorbitant Pricing of Life Saving Patented Medicines, which remains pending despite having been listed for hearing more than 57 times [citation:original].

On July 19, 2026, the Supreme Court took suo motu cognisance of the matter, issuing notice and asking the Chief Justice of the Kerala High Court to ensure expeditious disposal . A bench of Chief Justice Surya Kant, Justice Joymalya Bagchi, and Justice V. Mohana indicated that it may lay down pan-India guidelines to ensure timely adjudication of such life-and-liberty matters . The Kerala High Court is now seeking expert opinion on whether Palbociclib, an off-patent drug, can safely substitute for Ribociclib, with the matter listed for August 21, 2026 .

The Kerala case is a stark illustration of a deeper problem: when legal delays coincide with terminal illness, even a just cause can become a death sentence.

5. The Precedent: India’s Only Compulsory Licence

In the 20 years since India aligned its patent regime with the WTO’s TRIPS Agreement, it has issued only one compulsory licence: For Bayer’s Nexavar (Sorafenib) in 2012, a drug for kidney and liver cancer, which reduced its monthly supply cost from Rs 2.8 lakh to under Rs 9,000 [citation:original].

5.1 The Bayer-Natco Case

In 2011, Natco Pharma applied for a compulsory licence under Section 84 of the Patents Act, arguing that Bayer had failed to meet three conditions: the patent was not being worked in India, the drug was not affordable, and the public’s reasonable needs were not being met . The Controller of Patents granted the licence, and Bayer’s appeal to the Intellectual Property Appellate Board (IPAB) was dismissed .

5.2 The IPAB and High Court Rulings

The IPAB upheld the Controller’s finding that Bayer had not satisfied the “reasonable requirements of the public” on three grounds:

• Non-working of the patent: Sorafenib was not locally manufactured in India.

• Huge price: The price of the drug (Rs 2.8 lakh/month) meant it was not accessible to most patients.

• No adequate commercial supply: The limited supply available only made the affordability problem worse .

The IPAB ruled that “reasonable affordability” had to be based on the ability of the public to afford it, and that the price of Nexavar—10 times the price of the generic—was not “reasonably affordable” .

5.3 The Impact of Compulsory Licensing

The IPAB made it clear that:

• Activities after the application are irrelevant: Bayer’s subsequent price reductions or patient assistance programs could not remedy its prior non-compliance.

• Patents are for the public’s benefit: The Patents Act places public benefit first.

• Local working is not an absolute requirement, but the patentee must show efforts to meet public demand .

The Indian Supreme Court’s rejection of Bayer’s appeal made compulsory licensing a crucial instrument in preserving lifesaving drug access . Since then, however, no other compulsory licence has been issued.

6. The Global Framework: TRIPS and the Doha Declaration

India’s compulsory licensing regime is grounded in international law. Article 31 of the WTO’s TRIPS Agreement allows compulsory licences to be granted three years after a drug is patented, if the patent-holder fails to make the drug affordable and accessible . The 2001 Doha Declaration on the TRIPS Agreement and Public Health—which India helped shape—holds that intellectual property protection should never come at the cost of public health [citation:original]. The tools already exist. What is missing is the willingness to use them [citation:original].

7. The Challenges Ahead

The Kerala case raises several critical questions:

• Therapeutic Substitution: Can Palbociclib, an off-patent drug, safely substitute for Ribociclib? Expert opinions from the National Cancer Institute, Chittaranjan National Cancer Institute, and the Regional Cancer Centre are pending . If Palbociclib is deemed a viable alternative, compulsory licensing may not be necessary .

• Judicial Delay: The Kerala High Court case has been listed 57 times since January 2023 without a hearing . The Supreme Court’s suo motu intervention may finally compel a resolution .

• Political Will: The WHO has declared this a global emergency. For India, it is a pressing policy issue and a constitutional question. The Rajya Sabha’s inquiry into affordable cancer care is a welcome opening. What remains uncertain is the political will to act before it is too late, even for a patient who can afford treatment [citation:original].

8. Conclusion: A Constitutional Question

The WHO report is a stark reminder that cancer is not just a medical challenge; it is a test of our commitment to equity and justice. India’s patent regime has the tools to ensure that lifesaving medicines are accessible—compulsory licensing, government use provisions under Section 100, and a robust generic industry. What is missing is the political will to use them.

As the writer of the Indian Express column concluded: “The right to health has long been recognised as integral to the right to life under Article 21. If delayed treatment is already a rights violation, prohibitively expensive treatment cannot be any less so” [citation:original]. The Kerala case is a reminder that justice delayed is justice denied—and for a cancer patient, justice delayed can be justice extinguished.

5 Questions & Answers

Q1. What is the scale of the global cancer burden according to the WHO’s 2026 report?

A: The WHO report estimates 20.6 million new cancer cases and nearly 10 million deaths annually—more than 26,000 lives lost each day. At current rates, annual cases are projected to reach 35 million by 2050 [citation:original]. One in five people will develop cancer in their lifetime, and about 92% of the global population will be affected directly or through someone close to them .

Q2. What is the India-specific cancer burden?

A: India has an estimated 15.33 lakh new cancer cases expected in 2024, with roughly one in nine Indians facing a lifetime risk of cancer [citation:original]. Breast cancer accounted for over 1.92 lakh new cases and over 98,000 deaths in 2022. More than half of these cases are detected at an advanced stage, making treatment more expensive and less effective [citation:original].

Q3. What is the legal basis for compulsory licensing in India?

A: Compulsory licensing is governed by Chapter XVI of the Patents Act, 1970 (amended in 2005). Under Section 84, a third party may apply for a compulsory licence three years after a patent is granted if: (1) the reasonable needs of the public are not met, (2) the invention is not accessible at an affordable price, or (3) the invention is not being commercially worked in India. Sections 92 and 100 allow the government to issue compulsory licences in national emergencies or for government use .

Q4. What was India’s only compulsory licence case, and what was its impact?

A: In 2012, India issued its only compulsory licence for Bayer’s cancer drug Nexavar (Sorafenib) to Natco Pharma. The Controller found that Bayer had failed to meet the public’s needs, priced the drug unaffordably (Rs 2.8 lakh/month vs. the generic’s Rs 9,000/month), and was not commercially working the patent in India. The licence reduced the monthly cost by over 97% [citation:original].

Q5. What is the current status of the Kerala High Court case on patented cancer drugs?

A: The case originated from a 2022 petition by a breast cancer patient who died while her plea was pending. The High Court converted it into a suo motu case, In Re Exorbitant Pricing of Life Saving Patented Medicines, which has been listed over 57 times without a hearing [citation:original]. The court has sought expert opinion on whether the off-patent drug Palbociclib can safely substitute for Ribociclib. On July 19, 2026, the Supreme Court took suo motu cognisance, seeking expeditious disposal .

The Indigenous English Question: A Colonial Relic or a Contemporary Reality?

1. Introduction: A 300-Year-Old Indian Language

On July 14, 2026, a seemingly routine hearing on the CBSE’s three-language policy turned into a moment of profound constitutional significance. In a packed Supreme Court, Justice Joymalya Bagchi posed a question that has unsettled the foundational assumptions of Indian education policy for decades: “Can India consider English as an indigenous Indian language?” .

The question cut through the administrative clutter of missing textbooks and mid-session implementation deadlines to expose a deeper structural gap. For nearly sixty years, the three-language formula had rested on an unexamined assumption: that English, despite being spoken in India for over 300 years and serving as the official language of at least five states, is not, and cannot be, an Indian language . The term “native,” Justice Bagchi observed, is loaded with colonial meaning, and the Constitution uses no such category—it speaks only of “mother tongue,” “regional language,” or “Indian language” .

The court’s remark was not a verdict, but it was a reckoning. By naming the question out loud, the Supreme Court has made avoidance harder for the next fifty years than it was for the last fifty . This essay examines why the English question matters, the historical framework that has shaped it, and what a reimagined Indian linguistic identity might look like.

2. The Nativisation of English: A Colonial Import That Took Root

The argument for English as an indigenous language rests not on origin but on transformation. Like any import, this colonial one has grown roots as one of the many languages at India’s disposal .

The Linguistic Evidence:

Indian English has evolved into a distinct, indigenized form with its own vocabulary, idioms, and patterns of usage. Words like ‘prepone’, ‘chargesheet’, and ‘godown’ are not mere mispronunciations but legitimate adaptations that reflect local communicative needs . The genius of English lies precisely in its ‘impurity’, and its ability to thrive by linguistic theft . It has no canon (unlike French), and therefore isn’t ossified. This promiscuity is its superpower, giving it its super reach.

The English spoken in India today is a classic case of healthy appropriation. The fact that it is shared globally adds to, not subtracts from, its identity as a glocal Indian language . To treat it as permanently foreign is to ignore the lived reality of millions of Indians who think, write, and are examined in English every day.

The Constitutional Context:

As Justice Bagchi pointed out, the Constitution does not use the term ‘native’. It speaks of “mother tongue,” “regional language,” or “Indian language” . The idea that every nation has one authentic language rooted in its territory emerged from 19th-century European nationalism. Applying that framework to India ignores its history of linguistic pluralism, where languages have always been layered, borrowed, and transformed.

The Eighth Schedule, which lists 22 Scheduled languages, includes languages that are not original to the Indian subcontinent but have been indigenized. Persian, as the court noted, was once the language of the court itself, yet it does not figure in the Eighth Schedule today . If Persian—once a language of administration, poetry, and law—is not considered “indigenous,” then what makes a language Indian? Is it origin, or is it usage?

3. The Three-Language Scheme: A Policy in Search of a Definition

The CBSE’s circular of July 10, 2026, which distinguishes between ‘Bharatiya Bhashas’ (Indian languages) and ‘non-native’ languages, is the immediate trigger for the constitutional question .

The circular requires Class 9 students to study at least two languages “native to India” . Since English is categorized as non-native, it cannot fill either of the two mandatory Indian-language slots. A student who had been studying French for years suddenly faced the prospect of being forced into a third Indian language for which textbooks and trained teachers were not yet available .

The arithmetic is stark. According to senior advocate Gopal Sankaranarayanan, teaching 22 languages in CBSE schools would require 22 teachers, one for each language . Out of the 22 Scheduled languages, textbooks were available for only three at the time of the hearing . The CBSE has acknowledged the resource crunch but has proposed flexible staffing arrangements, including retired teachers and postgraduates with functional proficiency .

The Supreme Court declined to stay the policy, with Chief Justice Surya Kant observing that “learning of language never goes waste” . However, the court also noted that issues still survived despite the CBSE’s clarificatory circulars . The matter has been listed for further hearing on July 22.

4. Beyond the Binary: Reimagining Indian Linguistic Identity

The “indigenous English” question is not merely about a school policy. It touches on the way India understands itself—whether its identity is fixed by origin or shaped by usage.

The Colonial Relic Debate:

The framework that treats English as permanently foreign is itself a colonial construct. The term ‘native’ was used by the British to create a hierarchy between the colonizer and the colonized. Applying that framework to India today, Justice Bagchi implied, is to perpetuate the colonial mindset, not to decolonize it .

The question of English’s Indian-ness is part of a broader reckoning with colonial relics in Indian institutions. The Indian Army has revised its uniform manual to remove ceremonial pouch belts, swords, and colonial-era terminology including references to the word “royal” . The Rajasthan High Court has requested lawyers to stop addressing judges as “My Lord” and “Your Lordship” . The practice of using such honorifics has been increasingly criticized as incompatible with the constitutional principle of equality .

The Decolonisation Paradox:

To decolonise education, treating English as permanently foreign is a strange way to start. If English has been adapted into a language with its own vocabulary, idioms, literature, legal discourse, and administrative practice, it is a colonial language only by origin, not by contemporary identity .

The decolonisation of English education in India requires transforming curricula to embrace indigenous narratives and challenging the universality of standardised testing . This does not mean abandoning English; it means reclaiming it on Indian terms.

5. Conclusion: The Supreme Court’s Unfinished Business

The Supreme Court’s July 14 remark was not a verdict, but it was a turning point. By naming the English question out loud, the court has made it harder for policymakers to avoid it .

The question of whether English is indigenous is not merely semantic. It determines whether a child can continue studying French, whether English-medium schools can maintain their current curriculum, and whether India’s linguistic identity is defined by origin or by usage.

As the Economic Times editorial argued, “The fact that you’re reading this column without realising you’re proficient in a ‘foreign’ language should be evidence enough for the Supreme Court to conclude that English has become an ‘indigenous’ Indian language” .

The court’s task is not to resolve the question in a single hearing. But by asking it, it has opened a conversation that has been avoided for half a century. The next fifty years of Indian education will depend on how it is answered.

5 Questions & Answers on the Supreme Court’s English Question

Q1: What did the Supreme Court ask regarding English and the CBSE’s three-language policy?

The Supreme Court, led by Chief Justice Surya Kant, asked whether English can be considered an “indigenous Indian language.” Justice Joymalya Bagchi observed that the term ‘native’ used by the CBSE is loaded with colonial meaning and does not appear in the Constitution, which speaks instead of “mother tongue,” “regional language,” or “Indian language” .

Q2: Why does the classification of English as ‘native’ matter to students?

Under the CBSE’s three-language policy, students must study at least two languages “native to India.” If English is categorized as non-native, it cannot fill either of the two mandatory Indian-language slots. This means students who had been studying French or German may now be forced to add a third Indian language for which textbooks and trained teachers are often unavailable .

Q3: What are the practical challenges in implementing the three-language policy?

The challenges are significant. Teaching 22 languages in CBSE schools would require 22 teachers for each language. At the time of the July 14 hearing, textbooks were available for only three of the 22 Scheduled languages. The CBSE has acknowledged a resource crunch and proposed flexible arrangements, including retired teachers and virtual teaching .

Q4: Is English considered an indigenous language in any legal or constitutional sense?

Neither the Constitution nor any statute uses the term ‘native’ to classify languages. The Eighth Schedule lists 22 Scheduled languages, but English is not among them. However, as Justice Bagchi noted, Persian was once the language of the court but does not figure in the Eighth Schedule today, suggesting that the categories are historical rather than essential .

Q5: What is the significance of the “indigenous English” question for India’s linguistic identity?

The question challenges the assumption that a language’s identity is fixed by its origin. Indian English has evolved into a distinct, indigenized form with its own vocabulary, idioms, and usage patterns. To treat it as permanently foreign is to ignore the lived reality of millions of Indians who use it every day. The debate is part of a broader reckoning with colonial relics in Indian institutions .

India’s Looming Agri-Import Crisis: El Niño, a Deficient Monsoon, and the Spectre of Record Imports

By: Harish Damodaran (Analysis based on latest data)

The Indian agricultural sector, the backbone of the nation’s food security and rural economy, is facing one of its most significant challenges in recent years. As the southwest monsoon—the lifeblood of the kharif (summer) cropping season—continues to play truant, and the dreaded El Niño climate phenomenon strengthens, India is staring down the barrel of a potential import crisis. The 2025-26 fiscal year has already seen record imports of essential commodities like vegetable oils, pulses, and raw cotton. With the current trajectory of the monsoon, experts warn that the 2026-27 fiscal could shatter these records, placing immense strain on the exchequer and fueling food inflation.

The Monsoon Deficit: A Grim Start

The 2026 southwest monsoon has had an inauspicious beginning. The India Meteorological Department (IMD) data reveals a staggering start, with June 2026 recording a rainfall deficit of 38% below the long-period average (LPA). This made it the fifth driest June since 1901. While July has shown some signs of revival, with the cumulative deficit narrowing to 23.8% by July 19, the overall seasonal deficiency remains a major cause for concern. The IMD has projected that July’s rainfall will likely be “below normal,” compounding the moisture stress on standing crops and delaying crucial sowing operations .

The El Niño Factor: A Warming Pacific, A Drying India

The primary driver behind this weak monsoon is the El Niño, an abnormal warming of sea surface temperatures in the central and eastern Pacific Ocean. This phenomenon is historically associated with suppressed rainfall over the Indian subcontinent. The current El Niño event is not just a weak phase; it is predicted to intensify into a “strong” event during the second half of the monsoon season. Meteorologists, including those at the US National Oceanic and Atmospheric Administration (NOAA), have projected an 81% probability of it becoming a “very strong” event during October-December 2026 . This is a grave forecast, as a strong El Niño can have devastating effects not just on the kharif crop but also on the upcoming rabi (winter) season by raising temperatures and shortening the winter period .

Kharif Sowing in Peril: A Race Against Time

The lack of sufficient rainfall has had an immediate and severe impact on the sowing of kharif crops. As of July 10, 2026, the total area sown under kharif crops was 16% lower than during the corresponding period in the previous year. The situation is particularly dire for pulses and oilseeds, which are largely rain-fed and highly sensitive to rainfall variability.

Based on the data provided in the image and corroborated by recent reports :

• Pulses: Overall sowing of pulses has plunged by 23.3% year-on-year. The decline is most alarming for essential varieties:

  • Arhar/Tur (Pigeon Pea): A staggering 30.3% drop in acreage. This is particularly worrying as arhar is a key protein source and is heavily imported. Experts note that arhar has a specific sowing window, and a prolonged deficiency could severely curtail final acreage.

  • Urad (Black Gram): A 29.7% decline.

  • Moong (Green Gram): A 10.6% decline.

• Oilseeds: Sowing of oilseeds has seen a drastic fall of 21%, with specific crops facing severe setbacks:

  • Groundnut: Acreage is down by 34%.

  • Sesamum: A massive 46% reduction in sowing area.

  • Soybean: Sowing has declined by 16%, despite being a relatively hardy crop.

• Cotton: The area under cotton, India’s premier cash crop, has also fallen by 15.3%. This is partly due to delayed rains and could lead to a sharp drop in domestic production, forcing mills to turn to imports.

• Rice: Even the staple rice crop, which is typically grown in well-irrigated areas, has seen an 8.6% decline in acreage due to the sluggish progress of the monsoon in key paddy belts .

On the ground, the situation is grim. Farmers in states like Maharashtra, which are heavily dependent on the monsoon, are facing a crisis. “Rainfall has been weak and also scattered. There are areas within 20-25 km of the same taluka (sub-district) that have received showers and those that haven’t,” said Nitin Kalantri, a leading dal miller from Latur, in the report from the image, highlighting the highly uneven distribution of rainfall.

The Import Bill: Breaking Records

The impact of this production shortfall is already visible in India’s skyrocketing import bill for agricultural commodities.

• Vegetable Oils: In 2025-26, India imported a record 16.9 million tonnes (mt) of vegetable oils, valued at a staggering $19.5 billion. This makes India, which imports over 60% of its domestic consumption, the world’s largest edible oil importer. With the domestic oilseed crop expected to be far below normal in 2026-27, imports could easily surpass this record.

• Pulses: Pulse imports in 2025-26 reached nearly 6 million tonnes, the highest since 2016-17, worth $3.6 billion. While India has made strides in becoming self-sufficient in chana (chickpea), it remains heavily reliant on imports for arhar, urad, and masoor (red lentil). The drastic fall in arhar acreage will necessitate significant imports from East Africa, Canada, and Australia.

• Cotton: Raw cotton imports surged to 1.1 million tonnes in 2025-26, valued at $1.9 billion. The drop in domestic sowing and the threat of pest infestations, such as pink bollworm, which thrives in dry conditions, could make 2026-27 another year of high cotton imports .

The Threat to the Rabi Season

Perhaps the most concerning aspect of the current El Niño is its potential to damage the rabi season as well. A strong El Niño is known to raise winter temperatures, leading to a short and warm winter. This can be devastating for rabi crops like wheat, mustard, chana, and masoor, which require cool temperatures for optimal growth and yield. A failure of the rabi crop would be a double blow to the Indian agricultural economy and food security, as it accounts for a significant portion of annual production .

Policy Responses: A Delicate Balancing Act

The government is expected to take two major policy actions to mitigate the impact of the impending crisis.

1. Slashing Import Duties: To increase domestic availability and keep prices in check, the government is likely to slash import duties on key commodities. Currently, the import duty on crude palm, soybean, and sunflower oil is 16.5%; on yellow peas, it’s 30%; and on masoor and chana, it’s 10%. The government may drastically reduce these duties or even continue the nil duty on imports of arhar, urad, and raw cotton that was in place during 2025-26. However, this is a double-edged sword, as it can hurt domestic farmers who have managed to sow and produce despite the poor weather .

2. Slowing Down the Ethanol-Blended Petrol (EBP) Programme: This is a more complex lever. India has been aggressively pursuing its ethanol blending programme, achieving a 20% blending target (E20) ahead of schedule and even considering higher blends like E22 and E25 . However, ethanol is primarily produced from sugarcane and, increasingly, from surplus rice and maize—all of which are in short supply due to monsoon failures. Diversion of sugarcane juice/syrup and B-heavy molasses for ethanol production would further tighten the supply of sugar and compete with food needs.

Given the fuel-food trade-off, the government may have to go slow on its biofuel ambitions. This could involve bringing back restrictions on the use of sugarcane for ethanol and possibly pausing the expansion to higher blends to ensure that agricultural produce is first used for human consumption . This is a politically sensitive issue, as the EBP programme is a flagship initiative for energy security, foreign exchange savings, and farmer incomes. The government has saved an estimated Rs. 1.90 lakh crore in foreign exchange through ethanol blending since 2014-15 . Choosing to pause it would be a significant and difficult decision.

The Comfort Factors: A Cushioning Effect

While the outlook is concerning, the situation is not entirely without safeguards.

1. High Stocks of Rice and Wheat: The government has massive buffer stocks of rice (68.3 million tonnes) and wheat (53.4 million tonnes), significantly above the minimum required levels. This provides a crucial safety net against any short-term food inflation or supply disruptions for these staples. These stocks can be released into the market to cool prices or used for the public distribution system.

2. Pulse Buffer Stocks: Government agencies are reportedly holding over 4 million tonnes of pulses in stock, including significant quantities of chana and arhar. These can be offloaded in a worst-case scenario to stabilize the pulse market.

3. Global Supply Abundance: Unlike the post-Russia-Ukraine war period in 2022, the global market is currently flush with ample stocks of wheat, rice, corn, and sugar, thanks to record harvests in several exporting countries. This global surplus is reflected in the Food and Agriculture Organisation’s (FAO) benchmark food price index, which was only up by a modest 1.7% year-on-year in June. This means that even if India needs to import, global prices are unlikely to skyrocket as they did in 2022, providing a buffer against extreme inflation .

4. Indian Ocean Dipole (IOD): Meteorologists are cautiously watching the Indian Ocean Dipole (IOD), a climate pattern that can influence monsoon rainfall. A positive IOD, where the western Indian Ocean is warmer than the eastern part, often strengthens the monsoon and can offset the negative effects of El Niño. In 1997, a strong positive IOD helped India overcome a powerful El Niño event. However, the IMD has stated that the IOD is expected to remain “neutral” this year and that it “cannot fully compensate” for the impact of a strong El Niño .

Conclusion: A Year of Reckoning

The 2026-27 agricultural year is shaping up to be a year of reckoning for India. The convergence of a strong El Niño event with a poor start to the monsoon season poses a serious threat to the country’s food security, economic stability, and rural livelihoods. While the government has the policy tools and strategic reserves to manage the crisis, the scale of the challenge is immense. The decisions taken in the coming months—whether on import duties, ethanol policy, or managing buffer stocks—will be crucial in determining whether India can navigate this storm without a severe erosion of its agricultural self-sufficiency and a spike in food inflation. The path to “Atmanirbhar Bharat” in agriculture has just become considerably harder.

Q&A Section

1. What is the primary cause of the current weak monsoon in India?
The primary cause is the strengthening El Niño event, which is characterized by abnormal warming of the central and eastern Pacific Ocean. This phenomenon disrupts wind patterns and typically suppresses rainfall over the Indian subcontinent, leading to a deficit in the southwest monsoon .

2. Which crops have been most affected by the poor monsoon sowing in 2026?
The sowing of rain-fed crops has been hit the hardest. Key examples include:

• Pulses: Arhar/Tur (down 30.3% year-on-year) and Urad (down 29.7%).

• Oilseeds: Groundnut (down 34%) and Sesamum (down 46%).

• Cotton: Sowing has fallen by 15.3% .

3. How high are India’s agricultural imports, and what could happen next?
In 2025-26, India imported a record 16.9 million tonnes of vegetable oils (worth $19.5 billion), nearly 6 million tonnes of pulses ($3.6 billion), and 1.1 million tonnes of raw cotton ($1.9 billion). With domestic production expected to be lower due to the deficient monsoon, these records could be broken in the 2026-27 fiscal year .

4. What are the two major policy actions the government might take to manage the crisis?
The government is expected to:

1. Slash import duties on edible oils, pulses, and cotton to increase domestic supply and control prices.

2. Go slow on the ethanol-blended petrol programme by restricting the use of sugarcane and food grains for ethanol production to prioritize them for human consumption .

5. What are some “comfort factors” that might prevent a severe food crisis?
The government has significant buffer stocks of rice (68.3 mt) and wheat (53.4 mt), as well as 4 mt of pulses, which can be released to stabilize prices. Furthermore, the global supply of key food commodities is abundant, meaning international prices are relatively stable and unlikely to spike, offering a cushion against high inflation .

The Dawn of a New Space Era: What the Vikram-1 Launch Means for India

By Arav Shah
New Delhi, July 20

In a defining moment for the nation’s technological and strategic ambitions, India successfully launched its first privately developed orbital rocket, Vikram-1, on the morning of July 18. The mission, dubbed “Aagaman” (Sanskrit for “arrival”), marks the culmination of years of policy reforms and a testament to the burgeoning capabilities of the Indian private sector. The launch from the Satish Dhawan Space Centre in Sriharikota by Hyderabad-based Skyroot Aerospace has propelled India into an elite club, making it only the third country globally—after the United States and China—to possess a private orbital launch capability .

The successful injection of multiple payloads into a 450-kilometer Low Earth orbit (LEO) signifies more than a technological milestone. It represents a paradigm shift in India’s space odyssey, transitioning from a state-monopolized enterprise to a dynamic public-private partnership. This achievement opens up new frontiers for national security, commercial opportunities, and global competitiveness in the rapidly congesting and contested realm of outer space.

The “Gold Rush” for Low Earth Orbit

The significance of the Vikram-1 launch is magnified by the context of the global race for LEO, the region of space immediately surrounding Earth, defined as the zone between 160 km and 2,000 km above the planet’s surface. Satellites in LEO offer crucial advantages for communications and Earth observation due to their proximity, which significantly reduces signal latency compared to their geostationary counterparts.

According to the article provided in the image, orbital slots in LEO operate on a first-come, first-served basis. “Today, orbital slots in the LEO work on a first-come-first-served declaration. The only obligation a new entrant has is to not interfere with the previous occupants. This essentially makes it a literal gold rush,” stated Ashwin Prasad Rao, a staff research analyst at the Takshashila Institution’s Outer Space programme. This framework, governed by the International Telecommunication Union (ITU) for radio frequencies and orbital positions, incentivizes early movers to stake their claims .

An “orbital shell” is a layer of satellites at a specific altitude and inclination. Once a shell is occupied, new entrants must navigate around incumbents or find less desirable orbits. This creates a powerful incentive for “squatting,” where countries and corporations launch “megaconstellations” to secure vast swathes of orbital real estate. This is exemplified by China’s ambitious Guowang and Qianfan satellite projects, which aim to deploy tens of thousands of satellites . India, through Vikram-1 and future private launches, is now a significant player in this critical territorial race.

A Promising Start: Capability and Capacity

Vikram-1’s success represents a massive leap for Indian private aerospace capability. It ensures New Delhi has assured access for launching small satellites, a segment currently identified as the most underserved in the market, according to Khayati Singh, a research analyst at the Manohar Parrikar Institute for Defence Studies and Analyses. The true strategic value, however, lies in creating “surge capacity.” “This grants India the ability to rapidly rebuild or increase the number of intelligence, surveillance, and reconnaissance satellites on demand, without relying on ISRO, which is vital in an increasingly contested Indo-Pacific region,” she explained .

Securing this orbital access directly feeds into national security. “It is a huge information warfare tool,” Rao said, pointing to the Starlink satellite system’s critical role during the Iran war. The increasing reliance on foreign providers like Starlink, however, poses significant security concerns. The internet governance project highlights how dependence on foreign tech firms risks losing autonomy, especially when the commercial interests of these firms fuse with the strategic objectives of their respective governments. For instance, the US has reportedly considered using Starlink access as diplomatic leverage, raising concerns about data sovereignty and service reliability during conflicts .

The Road Ahead: The Need for a Reusable Rocket

Despite this landmark achievement, India still has a long way to go to become a true leader in the LEO race. To counter its current vulnerability and compete with global giants, India needs to ramp up its launch frequency dramatically. This faces major structural bottlenecks. “Two of the biggest roadblocks right now are the lack of scale that the sector is going through. The other is ISRO’s elongated timelines for India’s own reusable rocket which is one of the most critical components in ensuring frequent launches into the LEO,” Rao noted.

The development of a reusable launch vehicle (RLV) is critical for reducing the cost of access to space. Currently, India does not have an operational RLV. However, ISRO is developing the Next Generation Launch Vehicle (NGLV), a three-stage, partially reusable rocket designed to carry up to 30 tonnes to LEO—nearly three times the capacity of India’s current most powerful rocket, the LVM3. The Union Cabinet approved the NGLV project in September 2024 with a budget of ₹8,240 crore. The first developmental flight is now targeted for September 2031 . While this is a welcome step, the timeline suggests that a fully reusable, cost-effective vehicle is still nearly a decade away. In the interim, the success of Vikram-1 can serve as a catalyst, encouraging private players to innovate and potentially fill the gap with their own reusable technology.

The Domestic Satellite Internet Race: Competition and Control

The Vikram-1 launch is a major shot in the arm for India’s ambitions to develop its own satellite communication services. Currently, the Indian satellite Internet market is a contested terrain between global giants and domestic conglomerates. Elon Musk’s Starlink, with a constellation of over 7,500 satellites, is the dominant global player. It recently secured a GMPCS license and authorization from IN-SPACe to operate in India after a long regulatory tussle, partly facilitated by diplomatic pressure . Other players like Amazon’s Kuiper and Eutelsat’s OneWeb (backed by Bharti Airtel) are also vying for a share of the market.

However, dependence on foreign operators poses significant security risks. The Indian government has amended security mandates, requiring all communications to be routed through domestic gateways, data localization, and the establishment of control centers for government monitoring . This is a direct response to incidents where unauthorized satellite devices were allegedly used in conflict zones and by smugglers.

To counter this dependence, Reliance Jio has received technical approval from IN-SPACe to deploy India’s first homegrown LEO constellation. The company has proposed to offer 4.5-5 tera bits per second (Tbps) throughput over India, surpassing the capacity of foreign rivals. Jio’s plan involves deploying about 1,600 LEO satellites to offer fixed satellite services and mobile satellite services. The space regulator has adjudged the project “technically sound” and on par with global systems, paving the way for government support in securing orbital slots at the ITU . This move is critical for India’s digital sovereignty and security.

The Pivotal Role of Reforms and Private Investment

The Vikram-1 launch is the most tangible outcome of the Indian government’s landmark space sector reforms initiated in 2020 and formalized under the Indian Space Policy of 2023. This policy opened the entire space value chain to private participation, allowing Non-Government Entities (NGEs) to partake in everything from satellite manufacturing to launch services.

The Indian National Space Promotion and Authorisation Centre (IN-SPACe), established as a single-window regulatory agency, has played a crucial role in enabling this transformation. According to a government backgrounder, the impact of these reforms is visible in the numbers: India’s space startup ecosystem has grown from just one startup in 2014 to over 400 in 2026. IN-SPACe has facilitated $150 million in investments into space startups during 2025 and has signed numerous technology transfer agreements and joint project implementation plans .

To further catalyze this growth, the government has introduced several dedicated funds, including a ₹1,000 crore venture capital fund to support early-stage space startups, a Seed Fund Scheme, and a Technology Adoption Fund. This sustained financial and policy support is crucial to help Indian private players achieve scale, develop reusable technology, and compete effectively on the global stage .

A New Chapter

The launch of Vikram-1 on Mission Aagaman is more than a historic moment; it is the dawn of a new era. It signifies India’s transition from a nation of space explorers to a nation of space entrepreneurs. As Prime Minister Narendra Modi rightly hailed, this is “a defining moment in India’s space journey” that will “encourage countless youngsters to dream bigger and innovate fearlessly” . However, this is just the beginning. The real race is for scale, sustainability, and strategic self-reliance. With the right mix of policy support, private investment, and technological innovation, India is well-positioned to secure its place among the leading spacefaring nations of the 21st century.

Q&A Section

1. What is the significance of the Vikram-1 launch for India?
The Vikram-1 launch is a historic milestone as it marks India’s first privately developed orbital rocket to reach space. It makes India only the third country, after the US and China, to have a private orbital launch capability. This signifies the success of the government’s space sector reforms and demonstrates the growing capability of the Indian private sector .

2. Why is there a global rush to occupy Low Earth Orbit (LEO)?
LEO is a valuable and finite region of space. It is the ideal orbit for communications satellites because of its proximity to Earth, which reduces signal latency (delay). The allocation of orbital slots and radio frequencies follows a “first-come, first-served” principle managed by the International Telecommunication Union (ITU). This incentivizes early movers to launch “megaconstellations” to secure the best positions .

3. What are the national security implications of India’s private space sector?
A vibrant private space sector provides India with “surge capacity,” meaning the ability to rapidly rebuild or increase its number of intelligence, surveillance, and reconnaissance (ISR) satellites on demand without solely relying on ISRO. Furthermore, it reduces dependence on foreign satellite internet providers, which is crucial for data sovereignty and maintaining control over communications during conflicts .

4. What are the major challenges India faces to compete in the LEO race?
The two biggest challenges are achieving scale in the private sector and the lack of a domestically developed, operational reusable launch vehicle. Reusable rockets are critical to dramatically reduce the cost of launching satellites, which is necessary for deploying and maintaining large constellations. ISRO’s reusable NGLV is projected to be operational only in the 2030s .

5. How is the Indian government supporting the growth of the private space sector?
The government has introduced several key reforms, including the Indian Space Policy 2023, which opens the entire space value chain to private players. The regulatory agency IN-SPACe acts as a single-window facilitator, providing authorizations and access to ISRO facilities. Financially, the government has established a ₹1,000 crore venture capital fund and other schemes like the Seed Fund and Technology Adoption Fund to support early-stage startups and innovation .

The Return to Conflict: US-Iran Hostilities, the Battle for Hormuz, and India’s Precarious Position

By Shubhajit Roy
New Delhi, July 20

In a dramatic escalation that has shattered a fragile month-long truce, the United States and Iran have resumed vicious military strikes against each other, raising the specter of an all-out war that could engulf the entire West Asian region. The recent hostilities, which saw US airstrikes target Iranian territory and Iran retaliate with missile and drone attacks on American bases across the Gulf, mark a complete collapse of the Memorandum of Understanding (MoU) signed on June 17. This renewed confrontation has grave implications not just for the region but for the global economy and for India, which has significant stakes in the stability of West Asia.

The MoU Collapse: Trump’s Signature Declared “Worthless”

The signing of the MoU had brought a temporary pause to the conflict, offering a glimmer of hope for de-escalation. The agreement, which was to serve as a 60-day framework for negotiations toward a final deal, hinged on a delicate balance of concessions. However, this balance proved to be unsustainable. Tensions were already simmering due to fundamentally different interpretations of a key clause concerning the management of the Strait of Hormuz. The situation reached a breaking point when the US launched new airstrikes on Iran, accusing Tehran of violating the ceasefire by attacking commercial shipping.

This US action prompted a furious response from Tehran. On July 18, Iran’s new Supreme Leader, Ayatollah Mojtaba Khamenei, delivered a scathing indictment of American credibility. In a message to the Iranian people, he declared that the repeated US violations of the MoU had proven that “the signature of the US President is utterly worthless and devoid of credibility”. Labeling the United States the “Great Satan,” Khamenei accused Washington of “criminality and broken promises,” and warned that if it continued its “warmongering,” Iran and its “Resistance Front” had “unforgettable lessons” in store for it. In a concrete step, Iran’s Deputy Foreign Minister announced that Tehran had ceased fulfilling all its obligations under the MoU, effectively terminating the agreement.

The Strategic Chokepoint: Why the Strait of Hormuz is the Fault Line

At the heart of this renewed conflict is the Strait of Hormuz, the narrow but strategically vital waterway through which approximately 20% of the world’s energy supply flows. The original MoU attempted to address this issue, but its vague language created a fundamental misunderstanding. The US interpreted the clause where Iran agreed to “make arrangements using its best efforts for the safe passage of commercial vessels” as a commitment to keep the strait open to free international navigation. Iran, however, saw it as a recognition of its right to manage and oversee the maritime corridor.

As the BBC’s Chief International Correspondent Lyse Doucet reported, the status of the Strait of Hormuz is a “big, bright red line” for Tehran that neither military nor economic pressure can break. Iran views its control over the strait not just as a bargaining chip, but as its “biggest leverage” and an “inalienable right”. Tehran has signaled its intention to maintain this control by even proposing to charge fees for “environmental services” from ships transiting the strait, citing the UN Convention on the Law of the Sea (UNCLOS). Iran’s Parliament Speaker, Mohammad Bagher Ghalibaf, has made it clear: “Everyone should know that the administration of the Strait of Hormuz will never go back to the way it was before the war”.

The Military Escalation: A Tit-for-Tat Exchange

The collapse of the MoU has led to a dangerous military escalation. The US, determined to break what it sees as Iran’s illegal chokehold on international waters, has conducted multiple rounds of airstrikes against Iranian targets. According to reports, these strikes have targeted military sites in various provinces, including a nuclear power plant under construction at Darkhovin, which Iran condemned as a “dangerous assault on its peaceful infrastructure”.

Iran has responded with a series of coordinated missile and drone attacks against US military bases and facilities in neighboring countries, including Kuwait, Jordan, and Bahrain. The Islamic Revolutionary Guard Corps (IRGC) claimed responsibility for these attacks, stating they targeted US positions from which strikes against Iran were launched. The US Central Command (CENTCOM) confirmed its forces had struck Iran “very hard,” with one report stating the operation was carried out “in honor of the American service members who were recently killed in the Middle East”. This retaliatory cycle has raised fears of an all-out war.

The Economic Shockwave: Oil Prices and Global Markets

The renewed conflict has sent immediate shockwaves through global energy markets. Brent crude oil surged past $90 a barrel on Monday, its highest level since mid-June, as fears over supply disruptions through the Strait of Hormuz intensified. Analysts noted that markets had yet to fully price in the supply risks associated with already tight global inventories. Lower shipping traffic through the strait is already being seen as a sign that energy flows are slowing. This price spike threatens to unravel the fragile economic recovery from the earlier phase of the war and reignite global inflation.

India’s Stakes: Lives, Economy, and Energy Security

For India, the stakes in this escalating conflict are alarmingly high. New Delhi finds itself in a precarious position, with vital interests directly threatened by the instability in West Asia.

• Human Cost: The most immediate and tragic cost is the loss of Indian lives. Many Indians live and work in the Gulf region, and a significant number of Indian nationals make up the crews of commercial ships transiting these volatile waters. Since the war began on February 28, fourteen Indians have died and two more are missing. New Delhi has formally protested to both the Iranians and Americans over these casualties.

• Economic Fallout: The Indian economy, which is heavily dependent on energy imports, is acutely vulnerable to the volatility in the region. India imports the bulk of its crude oil requirements, and the surge in global oil prices directly impacts its current account deficit, inflation, and public finances. The Union finance ministry has warned that the adverse effects of the conflict are “becoming increasingly visible across multiple areas, including elevated energy prices, supply-chain disruptions, rising inflationary pressures and tightening financial conditions”. The restoration of pre-conflict trade patterns and prices is not expected until well into late 2026 or early 2027. This uncertainty forces Indian businesses to adopt a cautious approach, delaying hiring and expansion, which threatens to impact livelihoods. Reports suggest that 10-12 million livelihoods across key sectors in India are vulnerable to the shocks from the West Asia crisis.

• Inflationary Pressures: The financial ministry has confirmed that the West Asian conflict is fueling inflation in India through rising input costs for producers, which is now feeding into consumer prices. The Indian government’s efforts to stimulate the economy through tax cuts and interest rate reductions are being eroded by the persistent rise in prices, making it harder for households to cope. The impact is also visible in other sectors, with poultry feed costs soaring due to higher maize and soybean prices, leading to record-high egg and chicken prices in the country.

Conclusion: A Path Forward?

The current situation presents a stark and dangerous reality. The US appears to be struggling for a clear strategy, while Iran remains unbowed in its resolve to control the Strait of Hormuz. President Trump’s brief proposal to charge a 20% fee on all ships transiting the strait to recoup US costs—a move quickly abandoned—highlighted the lack of a clear path forward. His administration is now trapped between the desire to end an unpopular war and the necessity to prevent Iran from establishing a dangerous new precedent.

As the conflict enters a new and more dangerous phase, India’s ability to safeguard its citizens and its economy will be severely tested. The coming days will be crucial in determining whether this escalation spirals into a full-blown war or if the “on-again, off-again” truce can, against all odds, be revived through the efforts of exhausted mediators.

Q&A Section

1. What caused the recent collapse of the US-Iran Memorandum of Understanding (MoU)?
The MoU collapsed primarily due to fundamentally different interpretations of its terms regarding the Strait of Hormuz, coupled with a renewal of military strikes. The US launched airstrikes on Iran, accusing it of violating the ceasefire by attacking shipping. In response, Iran declared the US had violated the agreement and ceased its obligations, with Supreme Leader Ayatollah Mojtaba Khamenei calling the US President’s signature “utterly worthless”.

2. Why is the Strait of Hormuz so critical to the current conflict?
The Strait of Hormuz is a vital chokepoint through which about 20% of the world’s energy supply flows. Iran sees its control over the strait as its biggest strategic leverage and an “inalienable right.” The US is determined to keep this international waterway open to free navigation. The US-Iran MoU failed to resolve this core dispute, leading to renewed hostilities.

3. What are the immediate economic implications of the escalating US-Iran conflict?
The immediate impact has been a sharp spike in global crude oil prices. Brent crude surged above $90 a barrel on fears of supply disruptions through the Strait of Hormuz. This is fueling global inflationary pressures, raising input costs for industries, and threatening the economic stability of nations heavily dependent on energy imports, like India.

4. What are the specific risks for India from the renewed conflict?
India faces multiple risks: direct threats to the lives of its large diaspora and seafarers in the region (14 Indians have already died in the conflict); severe economic challenges from rising energy prices that are widening its current account deficit and fueling domestic inflation; and potential job losses in key sectors linked to West Asia and supply chains.

5. What was Iran’s Supreme Leader’s warning to the United States?
On July 18, Iran’s Supreme Leader, Ayatollah Mojtaba Khamenei, declared that US President Donald Trump’s signature was “utterly worthless” and warned that if the US continued its military strikes, Iran and its allies would have “unforgettable lessons” in store for it. He also labeled the United States the “Great Satan,” accusing it of criminality and breaking promises.

The Dawn of a New Space Era: What the Vikram-1 Launch Means for India

By Arav Shah
New Delhi, July 20

In a defining moment for the nation’s technological and strategic ambitions, India successfully launched its first privately developed orbital rocket, Vikram-1, on the morning of July 18. The mission, dubbed “Aagaman” (Sanskrit for “arrival”), marks the culmination of years of policy reforms and a testament to the burgeoning capabilities of the Indian private sector. The launch from the Satish Dhawan Space Centre in Sriharikota by Hyderabad-based Skyroot Aerospace has propelled India into an elite club, making it only the third country globally—after the United States and China—to possess a private orbital launch capability .

The successful injection of multiple payloads into a 450-kilometer Low Earth orbit (LEO) signifies more than a technological milestone . It represents a paradigm shift in India’s space odyssey, transitioning from a state-monopolized enterprise to a dynamic public-private partnership. This achievement opens up new frontiers for national security, commercial opportunities, and global competitiveness in the rapidly congesting and contested realm of outer space.

The “Gold Rush” for Low Earth Orbit

The significance of the Vikram-1 launch is magnified by the context of the global race for LEO, the region of space immediately surrounding Earth, defined as the zone between 160 km and 2,000 km above the planet’s surface. Satellites in LEO offer crucial advantages for communications and Earth observation due to their proximity, which significantly reduces signal latency compared to their geostationary counterparts.

According to experts quoted in the report from the image, orbital slots in LEO operate on a first-come, first-served basis. “Today, orbital slots in the LEO work on a first-come-first-served declaration. The only obligation a new entrant has is to not interfere with the previous occupants. This essentially makes it a literal gold rush,” stated Ashwin Prasad Rao, a staff research analyst at the Takshashila Institution’s Outer Space programme. This framework, governed by the International Telecommunication Union (ITU) for radio frequencies and orbital positions, incentivizes early movers to stake their claims .

An “orbital shell” is a layer of satellites at a specific altitude and inclination. Once a shell is occupied, new entrants must navigate around incumbents or find less desirable orbits . This creates a powerful incentive for “squatting,” where countries and corporations launch “megaconstellations” to secure vast swathes of orbital real estate. This is exemplified by China’s ambitious Guowang and Qianfan satellite projects, which aim to deploy tens of thousands of satellites . India, through Vikram-1 and future private launches, is now a significant player in this critical territorial race.

A Promising Start: Capability and Capacity

Vikram-1’s success represents a massive leap for Indian private aerospace capability. It ensures New Delhi has assured access for launching small satellites, a segment currently identified as the most underserved in the market. The true strategic value, however, lies in creating “surge capacity.” “This grants India the ability to rapidly rebuild or increase the number of intelligence, surveillance, and reconnaissance satellites on demand, without relying on ISRO, which is vital in an increasingly contested Indo-Pacific region,” noted Khyati Singh, a research analyst at the Manohar Parrikar Institute for Defence Studies and Analyses.

Securing this orbital access directly feeds into national security. “It is a huge information warfare tool,” Rao said, pointing to the Starlink satellite system’s critical role during the Iran war. The increasing reliance on foreign providers like Starlink, however, poses significant security concerns. Dependence on foreign tech firms risks losing autonomy, especially when the commercial interests of these firms fuse with the strategic objectives of their respective governments. For instance, the US has reportedly considered using Starlink access as diplomatic leverage, raising concerns about data sovereignty and service reliability during conflicts.

The concept of “surge capacity” has been emphasized by India’s Defence Minister Rajnath Singh, who has stressed the need to build sufficient surge capacity for long wars, highlighting that self-reliance and the capacity to manufacture required weapons are critical in today’s era of unpredictable and sudden conflicts . This principle applies directly to the space sector, where the ability to rapidly replenish or expand satellite constellations is a strategic necessity.

The Road Ahead: The Need for a Reusable Rocket

Despite this landmark achievement, India still has a long way to go to become a true leader in the LEO race. To counter its current vulnerability and compete with global giants, India needs to ramp up its launch frequency dramatically. This faces major structural bottlenecks. “Two of the biggest roadblocks right now are the lack of scale that the sector is going through. The other is ISRO’s elongated timelines for India’s own reusable rocket which is one of the most critical components in ensuring frequent launches into the LEO,” Rao noted.

The development of a reusable launch vehicle (RLV) is critical for reducing the cost of access to space. Currently, India does not have an operational RLV. However, ISRO is developing the Next Generation Launch Vehicle (NGLV), a three-stage, partially reusable rocket. While this is a welcome step, the timeline suggests that a fully reusable, cost-effective vehicle is still nearly a decade away. In the interim, the success of Vikram-1 can serve as a catalyst, encouraging private players to innovate and potentially fill the gap with their own reusable technology.

The Domestic Satellite Internet Race: Competition and Control

The Vikram-1 launch is a major shot in the arm for India’s ambitions to develop its own satellite communication services. Currently, the Indian satellite Internet market is a contested terrain between global giants and domestic conglomerates. Elon Musk’s Starlink, with a constellation of over 7,500 satellites, is the dominant global player. Other players like Amazon’s Kuiper and Eutelsat’s OneWeb (backed by Bharti Airtel) are also vying for a share of the market.

However, dependence on foreign operators poses significant security risks. The Indian government has amended security mandates, requiring all communications to be routed through domestic gateways, data localization, and the establishment of control centers for government monitoring. This is a direct response to incidents where unauthorized satellite devices were allegedly used in conflict zones and by smugglers.

To counter this dependence, domestic players are stepping up. Reliance Jio has received technical approval from IN-SPACe to deploy India’s first homegrown LEO constellation. The company has proposed to offer 4.5-5 tera bits per second (Tbps) throughput over India, surpassing the capacity of foreign rivals. Jio’s plan involves deploying about 1,600 LEO satellites to offer fixed satellite services and mobile satellite services. The space regulator has adjudged the project “technically sound” and on par with global systems, paving the way for government support in securing orbital slots at the ITU. This move is critical for India’s digital sovereignty and security.

The Pivotal Role of Reforms and Private Investment

The Vikram-1 launch is the most tangible outcome of the Indian government’s landmark space sector reforms initiated in 2020 and formalized under the Indian Space Policy of 2023 . This policy opened the entire space value chain to private participation, allowing Non-Government Entities (NGEs) to partake in everything from satellite manufacturing to launch services.

The Indian National Space Promotion and Authorisation Centre (IN-SPACe), established as a single-window regulatory agency, has played a crucial role in enabling this transformation . According to government data, the impact of these reforms is visible in the numbers: India’s space startup ecosystem has grown from just one startup in 2014 to around 266 in 2024 . IN-SPACe has signed numerous MoUs with NGEs to provide necessary support for the realization of space systems and applications, which is expected to increase industry participation in the manufacturing of launch vehicles and satellites .

To further catalyze this growth, the government has introduced several dedicated funds, including a ₹1,000 crore venture capital fund to support early-stage space startups, a Seed Fund Scheme, and a Technology Adoption Fund . This sustained financial and policy support is crucial to help Indian private players achieve scale, develop reusable technology, and compete effectively on the global stage.

Skyroot Aerospace’s vision aligns with this drive for accessibility. The company aims to offer what it calls a “cab service to space,” where companies can hire a rocket “to ride to a unique location in the orbit to place a satellite or visit a space station” . This model, similar to that of Rocket Lab in the US, aims to cut long waits for satellite launches by offering dedicated missions for small payloads . Skyroot’s co-founder and CEO, Pawan Kumar Chandana, noted that they have the capacity to build one rocket every month at their factory in Hyderabad . The company, which recently became India’s first space tech unicorn after reaching a $1.1 billion valuation, plans to launch commercially next year after the test flights .

A New Chapter

The launch of Vikram-1 on Mission Aagaman is more than a historic moment; it is the dawn of a new era. It signifies India’s transition from a nation of space explorers to a nation of space entrepreneurs. As Prime Minister Narendra Modi rightly hailed, this is “a defining moment in India’s space journey” that will “encourage countless youngsters to dream bigger and innovate fearlessly” . However, this is just the beginning. The real race is for scale, sustainability, and strategic self-reliance. With the right mix of policy support, private investment, and technological innovation, India is well-positioned to secure its place among the leading spacefaring nations of the 21st century.

Q&A Section

1. What is the significance of the Vikram-1 launch for India?
The Vikram-1 launch is a historic milestone as it marks India’s first privately developed orbital rocket to reach space. It makes India only the third country, after the US and China, to have a private orbital launch capability . This signifies the success of the government’s space sector reforms and demonstrates the growing capability of the Indian private sector.

2. Why is there a global rush to occupy Low Earth Orbit (LEO)?
LEO is a valuable and finite region of space. It is the ideal orbit for communications satellites because of its proximity to Earth, which reduces signal latency. The allocation of orbital slots and radio frequencies follows a “first-come, first-served” principle managed by the International Telecommunication Union (ITU) . This incentivizes early movers to launch “megaconstellations” to secure the best positions.

3. What are the national security implications of India’s private space sector?
A vibrant private space sector provides India with “surge capacity,” meaning the ability to rapidly rebuild or increase its number of intelligence, surveillance, and reconnaissance (ISR) satellites on demand without solely relying on ISRO . Furthermore, it reduces dependence on foreign satellite internet providers, which is crucial for data sovereignty and maintaining control over communications during conflicts.

4. What are the major challenges India faces to compete in the LEO race?
The two biggest challenges are achieving scale in the private sector and the lack of a domestically developed, operational reusable launch vehicle. Reusable rockets are critical to dramatically reduce the cost of launching satellites, which is necessary for deploying and maintaining large constellations. ISRO’s reusable NGLV is projected to be operational only in the 2030s.

5. How is the Indian government supporting the growth of the private space sector?
The government has introduced several key reforms, including the Indian Space Policy 2023, which opens the entire space value chain to private players . The regulatory agency IN-SPACe acts as a single-window facilitator, providing authorizations and access to ISRO facilities. Financially, the government has established a ₹1,000 crore venture capital fund and other schemes like the Seed Fund and Technology Adoption Fund to support early-stage startups and innovation .

India’s Coal Gasification Push: Balancing Energy Security, Economic Ambition, and Environmental Cost

By Aditi Nayar
New Delhi, July 20

In May 2026, as the world grappled with the fallout of an escalating West Asia crisis and its devastating impact on global energy supply chains, the Indian Union Cabinet approved a landmark ₹37,500-crore (approximately $4.5 billion) incentive scheme for surface coal and lignite gasification projects . This decision marks a definitive pivot in India’s energy strategy, elevating coal gasification from a niche technology to a central policy instrument in the nation’s quest for energy security and industrial self-reliance .

The move is a direct response to India’s chronic vulnerability to global price shocks and supply disruptions. By converting its vast domestic coal reserves into strategic industrial feedstocks—such as synthetic natural gas, methanol, ammonia, and urea—the government aims to slash the country’s enormous import bill and insulate its economy from geopolitical turmoil . However, this ambitious plan presents a formidable paradox: the very solution to India’s energy insecurity risks becoming a major environmental liability. Coal gasification produces roughly twice the carbon dioxide (CO₂) of the imported natural gas it aims to replace, making the deployment of Carbon Capture, Utilisation and Storage (CCUS) not just an option, but an indispensable necessity . This article explores the details of this transformative scheme, the economic stakes involved, and the immense environmental challenge it presents.

The Strategic Imperative: A Bulwark Against Import Dependence

India’s energy security narrative has long been dominated by its heavy reliance on imports for several critical resources. As of fiscal 2025, the country imported 100% of its ammonia requirements, nearly 90% of its methanol, roughly half of its natural gas consumption, and about one-fifth of its urea demand . Collectively, the import bill for these key molecules, along with other critical inputs, stands at a staggering ₹2.77 to ₹3 lakh crore annually, a significant drain on foreign exchange reserves .

The ongoing conflict in West Asia has underscored the fragility of these supply chains, making the case for domestic substitution more urgent than ever. Coal gasification, which uses controlled oxygen and steam to convert coal into synthesis gas or “syngas” (primarily a mixture of carbon monoxide and hydrogen), offers a direct pathway to produce these very molecules from indigenous resources .

The ₹37,500-crore scheme, a fourfold increase over an earlier ₹8,500-crore initiative launched in January 2024, is designed to accelerate this transition . Its key features include:

• Target: Supporting the gasification of approximately 75 million tonnes (mt) of coal by 2030, contributing to the broader National Coal Gasification Mission goal of 100 mt .

• Incentives: Offering financial support of up to 20% of plant and machinery costs, disbursed in milestone-linked instalments. The incentive is capped at ₹5,000 crore per project, ₹9,000 crore per product category, and ₹12,000 crore per entity group .

• Security: Extending coal linkage tenure for select projects to up to 30 years, ensuring long-term raw material security .

• Economic Impact: The scheme is projected to attract investments worth ₹2.5 to 3 trillion and generate nearly 50,000 direct and indirect jobs, fostering an integrated domestic coal-to-chemicals ecosystem .

The Environmental Trade-Off: A Carbon Conundrum

While the economic and strategic benefits of coal gasification are clear, the environmental costs are deeply concerning. The process of producing hydrogen from syngas derived from coal generates approximately twice as much carbon dioxide (CO₂) as producing it from natural gas, which remains the dominant global route .

The article provided in the image offers a stark quantification of this trade-off. It estimates that replacing imports of LNG, urea, ammonia, and methanol through the coal-to-syngas route could substitute roughly ₹1.4 to ₹1.5 lakh crore (or about $14-15 billion) of annual imports. However, this transition could increase CO₂ emissions from an estimated 47-52 million tonnes under the current import-based supply chain to a staggering 106-111 million tonnes annually . This significant jump is at odds with India’s international climate commitments, including its 2070 net-zero target.

As the article rightly points out, this environmental challenge places CCUS at the very heart of India’s coal gasification ambitions. To neutralize the impact of domestic syngas production, India would need to capture and utilize an additional 55-60 million tonnes of CO₂ every year—a volume of captured carbon that dwarfs the current capacity of its nascent CCUS industry .

The CCUS Gap: A Critical Bottleneck

India’s CCUS ecosystem remains woefully underdeveloped. The article notes that there are currently only three operational carbon capture projects in the country and six under construction . This is a significant gap, given the scale of the challenge. The technology is still largely at the pilot and demonstration phases, with high costs and a lack of supportive infrastructure acting as major deterrents to large-scale deployment .

Market participants at the India Energy Week 2026 highlighted these hurdles, pointing to weak end-user demand for captured CO₂, the lack of a robust CO₂ pipeline network, and the absence of a clear carbon pricing signal as key barriers . The cost of capturing CO₂ from coal plants remains high—estimated at $50-100 per tonne—and without a viable market for the captured carbon or a strong policy incentive, private companies are reluctant to make the necessary capital investments .

To address this, the government is reportedly planning to launch a separate, ambitious CCUS programme with a proposed outlay of around ₹38,900 crore, aiming to offer financial incentives for projects in hard-to-abate sectors, including steel, cement, and notably, coal gasification . The success of India’s coal gasification scheme, therefore, is inextricably linked to the progress and effectiveness of this parallel CCUS mission.

The Path Forward: A High-Wire Act

Coal gasification represents a strategic opportunity to harness India’s vast coal reserves (estimated at 400 billion tonnes, sufficient for nearly two centuries)  to achieve a significant degree of “Atmanirbhar Bharat” (self-reliance) in critical industrial and energy inputs. The government’s policy framework, with its generous incentives and stakeholder outreach, is a clear indication of its intent .

However, the scheme also presents a monumental test. The long-term sustainability of this initiative will be judged not merely by the imports it replaces but by its environmental footprint . Can India successfully deploy CCUS at the scale required to make its coal gasification push climate-compatible? The path forward requires a massive, coordinated effort to build a national CCUS infrastructure, develop cost-effective capture technologies, and create a market for the use of captured CO₂.

Coal gasification is thus a high-wire act, balancing the urgent need for energy security against the long-term imperative of environmental sustainability. How India manages this delicate balance will have significant implications not only for its own development but also for the global fight against climate change.

Q&A Section

1. What is the primary objective of India’s ₹37,500-crore coal gasification scheme?
The scheme aims to reduce India’s heavy dependence on imported energy and industrial inputs such as natural gas, ammonia, methanol, and urea. It seeks to do this by converting India’s large domestic coal reserves into valuable synthetic gas (syngas) through the gasification process, which can then be used to produce these crucial molecules domestically, enhancing energy and feedstock security .

2. Why is Carbon Capture, Utilisation, and Storage (CCUS) considered indispensable for this coal gasification push?
Coal gasification, when compared to using natural gas, produces approximately twice as much carbon dioxide (CO₂). Replacing imports with domestically produced syngas could significantly increase India’s CO₂ emissions by an estimated 55-60 million tonnes annually. To prevent this and align with its climate goals, India must deploy CCUS to capture, utilize, or store this additional CO₂, making the technology an essential part of the coal gasification strategy .

3. What are the major challenges facing the large-scale adoption of CCUS in India?
India’s CCUS ecosystem is still in its early stages with only a handful of operational projects. The key challenges include the high cost of carbon capture, the lack of a robust CO₂ transport and storage infrastructure, weak end-user demand for captured CO₂, and the absence of a strong policy signal like a carbon price to make the investments economically viable .

4. What kind of imports is India looking to substitute through coal gasification, and what is the cost?
India is heavily dependent on imports of several key molecules. As of fiscal 2025, it imported 100% of its ammonia, around 90% of its methanol, roughly half of its natural gas, and about one-fifth of its urea. The total import bill for these products is estimated to be a staggering ₹2.77 to ₹3 lakh crore annually .

5. What are the key incentives offered under the new coal gasification scheme to attract investors?
The scheme offers financial support of up to 20% of the plant and machinery costs for eligible projects, paid in milestone-linked instalments. To further de-risk investment, it also extends long-term coal linkage security of up to 30 years for selected projects, ensuring raw material availability .

Systemic Cancer: India’s Public Health Emergency and the Crushing Economics of Care

By Aditi Nayar
New Delhi, July 20

India is staring at a cancer crisis of catastrophic proportions—one that is simultaneously a devastating public health emergency and an exceptionally lucrative business opportunity for the private healthcare sector. The Indian Council of Medical Research’s National Cancer Registry Programme estimates nearly 15.7 lakh new cancer cases in 2025, a number projected by the International Agency for Research on Cancer to rise to over 22.2 lakh by 2040 . As incidence climbs with toxic air and food, lifestyle changes, and an ageing population, the disease has become a huge public health challenge. Yet, alarmingly, it has also become a booming commercial enterprise .

An analysis by this newspaper of the revenues of India’s largest hospital chains reveals a stark reality: between 17 and 25 per cent of hospital revenues now come from oncology. At Max Healthcare, cancer care accounted for over 25 per cent of inpatient revenues in the first nine months of FY26, generating roughly ₹1,560 crore. Apollo Hospitals derived around 17 per cent of its hospital revenues, nearly ₹1,900 crore, from oncology in FY25 . Unsurprisingly, smaller hospital groups are racing to establish oncology centres. The rush reflects not merely rising demand but the realisation that cancer care has become one of the most profitable segments in private healthcare. Significantly, doctors believe that despite the proliferation of large and small dedicated hospitals, the demand is still under-served .

For patients, however, the economics is devastating. A rough estimate of routine treatment comes at a steep price, with one chemotherapy cycle in a private hospital costing ₹30,000 to ₹2 lakh, radiation therapy costing ₹2-5 lakh, cancer surgery costing ₹3-10 lakh, targeted therapies and immunotherapy costing ₹1-4 lakh, and bone marrow transplants costing ₹15-40 lakh . Over 70 per cent of patients require more than one type of treatment, so even with insurance, families increasingly find their cover exhausted during a single episode of treatment . The situation is so dire that private insurance payout ratios have dropped to just 70.8 per cent, meaning patients are forced to pay nearly a third of every hospital bill out of pocket .

The Commercialisation of Crisis: A Booming Business

The rise of cancer as a profit centre for private hospitals is a deeply concerning trend. While the private sector has expanded access to advanced care, the profit motive has led to a situation where treatment costs are spiralling out of control, pushing millions of families into poverty and debt. As public healthcare institutions like AIIMS in Delhi are overwhelmed, patients have little choice but to turn to expensive private facilities . This has created a “cost multiplier” effect, where the financial burden of cancer care in public hospitals is actually higher relative to other ailments than in private hospitals, highlighting the disproportionate strain on the poor .

The Devastating Economics for Patients

For the average Indian family, a cancer diagnosis is not just a health crisis but a financial death sentence. The costs cited in the analysis are staggering. A breast cancer patient’s treatment, for instance, can cost an average of ₹2,68,263, with out-of-pocket expenditure accounting for 72 per cent of this amount . Even more advanced treatments like HIPEC (a procedure for peritoneal cancers) cost between ₹4 lakh and ₹10 lakh in Bangalore .

The situation is compounded by deeply flawed health insurance products. The Plum ‘Cost of Cancer’ report, based on an analysis of over 8,100 insurance claims, reveals that claim deductions have surged by 58 per cent in just three years. The average payout ratio has fallen to 70.8 per cent, meaning patients had to pay ₹23.2 crore out of pocket against a total claim of ₹78 crore . For a patient with brain cancer, even a ₹10 lakh policy may result in out-of-pocket expenses of ₹4-5 lakh due to exclusions on modern drugs and treatment sub-limits . One in 4.7 patients exhausts their ₹5 lakh insurance limit, and 21.4 per cent of patients exceed this limit, venturing into catastrophic financial territory .

The reasons for these shocking payout ratios are systemic: exclusions for ‘off-label’ drugs (even if US FDA approved), 50 per cent sub-limits on oral chemotherapy, restrictive room rent caps, and mandatory co-payments . As one expert noted, “In the Indian context, where a typical household saves about ₹1,00,000 a year, patients in higher intensity tiers face a median treatment cost of ₹7.6 lakh — effectively erasing 7–13 years of household savings, and in extreme cases, up to 20 years” .

The Data Black Hole: A Plea for Notification

The severity of the crisis is likely being significantly underestimated. A retired AIIMS oncologist has filed a petition before the Supreme Court, highlighting a critical data gap: approximately 90 per cent of India’s population remains outside any systematic cancer surveillance mechanism . Currently, only 17 out of 36 states and Union Territories have declared cancer a notifiable disease under their public health laws . This “dangerous patchwork system” leads to chronic and severe under-reporting, inaccurate policy planning, and misallocation of resources . The Supreme Court has sought the Centre’s response on the plea, which also flags the rampant spread of dangerous misinformation, including claims about cow urine as a cancer cure . The NCRP, which is the cornerstone of India’s cancer data efforts, operates with this severe data deficit .

The Government’s Response: A Mixed Bag of Good Intentions and Shortfalls

The government has not been entirely inactive. The Union Budget 2026-27 took some positive steps, such as exempting 17 cancer drugs and several treatments for rare diseases from customs and import duties . The government has also established 19 State Cancer Institutes and 20 Tertiary Care Cancer Centres, and initiatives like Ayushman Bharat and the Health Minister’s Cancer Patient Fund (HMCPF) provide financial aid to underprivileged patients .

However, the overall budgetary allocation for health care continues to be a point of severe criticism. While the outlay for health was over ₹1.05 lakh crore, it represents approximately 1.9 per cent of total government expenditure and only about 0.26 per cent of GDP . This falls well short of the 2.5 per cent of GDP target set by the National Health Policy 2017 . As experts point out, without a significant increase in public health spending, India will remain dependent on household spending, leaving families to absorb the crushing cost of chronic illness .

The Path Forward: Cancer as a Public Responsibility

Global experience demonstrates that unless healthcare is taken up as the state’s responsibility, the vast majority of a nation’s population will suffer for lack of access and resources . India’s growing cancer burden requires a policy shift that treats cancer care as a public responsibility. The state must step in, not merely as an insurer, but as a provider of accessible, affordable, and high-quality healthcare . This requires:

1. Making Cancer a Notifiable Disease: To enable accurate data collection, strategic planning, and effective resource allocation .

2. Significantly Raising Public Health Spending: To at least 2.5 per cent of GDP to strengthen public hospitals and reduce reliance on expensive private care .

3. Regulating the Private Sector: To ensure transparency in pricing and prevent arbitrary charges, while also providing GST exemptions on life-saving drugs and equipment .

4. Strengthening Insurance Regulation: The IRDAI must mandate transparent and predictable coverage rules, standardise cancer care riders, and eliminate sub-limits on first-line cancer treatments to improve effective payout ratios .

India’s cancer crisis is a systemic failure—a failure to protect its citizens from a preventable disease and a failure to shield them from the financial ruin that follows a diagnosis. It is a tragedy of catastrophic proportions, demanding an urgent and comprehensive public health response.

Q&A Section

1. How severe is India’s cancer burden, and what are the projections?
India is facing a severe cancer crisis. The ICMR’s National Cancer Registry Programme estimates nearly 15.7 lakh new cancer cases in 2025, with projections rising to over 22.2 lakh by 2040. Uttar Pradesh, Maharashtra, West Bengal, Bihar, and Tamil Nadu are among the states reporting the highest incidence .

2. Why is cancer becoming such a profitable business for private hospitals in India?
The rising incidence of cancer, coupled with an overstretched public healthcare system, has driven a significant volume of patients to the private sector. Consequently, oncology now accounts for between 17-25 per cent of hospital revenue at India’s largest private healthcare chains, making it one of the most profitable segments in private healthcare .

3. What are the major financial challenges patients face during cancer treatment?
Treatment costs are devastatingly high. A single chemotherapy cycle can cost between ₹30,000 to ₹2 lakh, and overall treatment often requires multiple modalities. Even with insurance, patients face significant out-of-pocket expenses as claim deductions are common and payout ratios are low. Many families exhaust their insurance cover and are pushed into poverty .

4. What systemic problems exist in health insurance coverage for cancer?
Health insurance payouts for cancer are notoriously low. Studies show that average payout ratios have fallen to 70.8%, meaning patients pay 30% of the bill out of pocket. This is due to exclusions for ‘off-label’ drugs, 50% sub-limits on oral chemotherapy, room rent caps, and other restrictive clauses. A patient with a ₹10 lakh policy might still end up paying ₹4-5 lakh for treatment .

5. What are the key policy gaps in India’s fight against cancer?
A major gap is the lack of mandatory nationwide notification for cancer, creating a ‘data black hole’ where nearly 90% of the population is outside systematic surveillance. Furthermore, public health spending remains well below the National Health Policy target of 2.5% of GDP. Experts are urging the government to increase spending, regulate the private sector, and make cancer a notifiable disease to enable better policy planning .

The Rise of Teak: How India’s “King of Woods” is Becoming a Farmer’s Biological Fixed Deposit

By Surinder Sud
New Delhi, July 20

Teak trees (Tectona grandis), which have traditionally thrived in the wild forests of India, Myanmar, Thailand, and Laos, are now steadily making their way into mainstream agro-forestry . This shift is driven by a massive and rapidly growing demand for teakwood, the premier tropical hardwood, coupled with its soaring prices. Hailed as the “King of Woods,” teak is the strongest and most durable timber, renowned for its waterproof qualities and resistance to most pests, including termites . These qualities make it ideally suitable for luxury furniture, decorative flooring, door frames, wooden sculptures, carved artefacts, and, most critically, for boat and shipbuilding . The leaves of the teak plant are also believed to have therapeutic traits and are used in traditional medical systems as anti-inflammatory and antiseptic agents, especially in treating wounds . Given the immense, and ever-widening, gap between demand and supply, which guarantees a sustained uptrend in its prices, this precious tree is increasingly viewed as a virtual “biological fixed deposit” for growers .

The Teak Paradox: A World Leader in Resources, Yet the Largest Importer

Though now found widely in Asia, Africa, and Latin America, the teak plant originated in the region spanning India, Myanmar, Thailand, and Laos . According to the latest Global Teak Resources and Market Assessment Report brought out by the United Nations Food and Agriculture Organisation (FAO) in 2022, India holds about 35 per cent of the world’s teak resources . India’s planted teak forests alone encompass nearly 1.69 million hectares . Yet, paradoxically, India is the world’s largest importer of this wood . In fact, most of the teakwood traded in the global timber bazaar lands up in India, and even then, the country’s demand is only partially satiated .

Going by the timber industry’s reckoning, India annually needs around 1.80 billion cubic feet (approximately 51 million cubic metres) of teakwood, whereas the domestic supply is merely about 90 million cubic feet (or 2.55 million cubic metres) . This leaves a gigantic gap of 95 per cent, which is practically impossible to bridge even by cornering all the supplies in the international teak market . India, therefore, sources teakwood from almost all the teak-producing countries, notably Ecuador, Brazil, Panama, Colombia, Costa Rica, Ghana, and its immediate neighbour, Myanmar, which is, by far, the largest supplier . “Burma teak” is the most coveted hardwood in India . The ITTO notes that 95-97 per cent of harvested teak from plantations globally goes to India .

The “Biological Fixed Deposit”: A Lucrative Proposition for Farmers

The commercial viability of teak farming has been bolstered by the development of hi-tech methods and improved agronomic practices for the propagation of teak plants and rapid growth of plantations . The modern way of raising fresh plantations involves the use of cloned seedlings of high-performing teak strains produced in test tubes through tissue-culture technology . This system substantially reduces the time taken by the plants to attain harvestable height and girth. While the plants grown in the traditional manner through seeds can take up to 50-60 years to mature, those planted through tissue-cultured saplings can be harvested in just 8-12 years . Some commercial nurseries cite 15 to 20 years for tissue-culture raised plants to achieve acceptable wood quality . The story of Harwinder Singh Ghumman, a Punjab farmer who pioneered teak farming, illustrates this potential. He explains that at least 500 saplings can be planted in an acre at a cost of Rs 60,000, with annual maintenance of around Rs 10,000 . A 12-year-old tree can yield about 15 cubic feet of wood. With premium Red Burma teak fetching Rs 8,000–9,000 per cubic foot, one tree can yield Rs 45,000, translating to an income of Rs 1.5–2.5 crore in 12 years from one acre . Small farmers, he notes, can plant 150 saplings along the boundary of a one-acre field, earning Rs 30 lakh to Rs 45 lakh in 12 years . This is a significant improvement over traditional crops like wheat and paddy, which yield only Rs 80,000–85,000 per acre annually .

Policy Support: Incentivising Teak Cultivation

As part of the broad policy of trimming import dependence and stepping up Atmanirbharta (self-reliance) wherever possible, the Centre, along with the governments of several states, is encouraging teak farming to augment local supplies . Various kinds of incentives, including liberal financial subsidies, are being offered for this purpose. Forest policies are also being tweaked to facilitate greater, albeit sustainable, exploitation of natural teakwood resources, and promote teak cultivation on privately owned non-forest lands .

Planting teak trees on the borders of crop fields is being incentivised under agro-forestry promotion programmes to supplement farmers’ income . The growing realisation that global teak supplies are limited, and likely to remain so in the foreseeable future, is spurring such initiatives . The FAO’s report clearly points out that there is almost a negligible expansion of the global net area under teak plantation since 1990 .

Among the recent pro-teak farming moves by different states, the two most noteworthy ones are by the governments of Chhattisgarh and Maharashtra . While Chhattisgarh has announced a 100 per cent subsidy for teak planting on private lands, Maharashtra has issued a notification to remove teak from the list of regulated tree species, thereby freeing the harvesting, transportation and trade of this prized wood from needless regulatory hurdles . The other states which are doling out significant incentives, including financial incentives, for teak cultivation include Madhya Pradesh, Jharkhand, Karnataka, Kerala, Andhra Pradesh and Tamil Nadu .

The slogan coined by the Chhattisgarh government for its teak-promotion campaign reads: “Har khet mein Sagwan, har Kisan samriddhi” . It broadly means that having teak trees in every farm can make every farmer prosperous . The state government is meeting the total cost of planting teak on up to 5 acres (about 2 hectares) through a 100 per cent grant . Special financial assistance packages are being provided for larger plantations as well .

Maharashtra’s reform, in particular, marks a historic shift from colonial-style control to farmer-centric agroforestry . For more than two centuries, teak was a strategic resource for the British Empire for shipbuilding. After Independence, strict controls on harvesting and transport remained . The state’s recent decision under the Maharashtra Felling of Trees (Regulation) Act, 1964, substantially reduces barriers for farmers, allowing them to treat farm-grown teak as a biological savings account . This is part of the state’s vision to increase forest and tree cover from 21% to 33% by 2047 .

The Need for a Broader Policy Push

While policy reforms have opened the door for teak cultivation on private and non-forest lands, the commercial viability of teak farming has been bolstered by the development of hi-tech methods and improved agronomic practices for the propagation of teak plants and rapid growth of plantations . The modern way of raising fresh plantations involves the use of cloned seedlings of high-performing teak strains produced in test tubes through tissue-culture technology . This system substantially reduces the time taken by the plants to attain harvestable height and girth. While the plants grown in the traditional manner through seeds can take up to 50-60 years to mature, those planted through tissue-cultured saplings can be harvested in just 8-12 years . Such technologies need to be refined further and promoted on a wider scale to further ramp up commercial prospects of teak farming .

India currently imports most of its teak from Latin America and Africa . However, the International Tropical Timber Organization (ITTO) has suggested that India should move towards becoming a teak exporter . With more plantations and policy changes, India can shift from import to export, as there is external demand for Indian teak . The market feedback for 2025 indicates that currency depreciation has amplified landed costs for imported logs and sawnwood, making domestic production even more attractive .

However, the future of teak-based agroforestry will also depend on the availability of quality planting material, scientifically validated management practices, assured markets, and reliable traceability systems . Equally important is the need for transparent timber pricing. Even after growing quality teak, farmers are often forced to sell at low prices because intermediaries undervalue the wood as suitable only for poles or fuelwood, undermining the profitability of teak cultivation .

India’s shift away from natural forest harvesting has elevated private and farm-based resources into the dominant supply source . According to the ITTO, Trees Outside Forests (TOF) now provides around 85% of India’s industrial wood demand . By embracing teak as a “biological fixed deposit,” India can simultaneously address its import vulnerability and empower its farming community.

Q&A Section

1. Why is teak considered a “biological fixed deposit” for farmers?
Teak is viewed as a “biological fixed deposit” because it accumulates value over years, providing a lump-sum income at harvest that can be used for major expenses like education, housing, or retirement. Unlike seasonal crops, teak is resilient to market volatility and offers substantial long-term returns, making it a secure and appreciating asset for farmers .

2. What is the current demand-supply gap for teakwood in India?
India’s annual demand for teakwood is approximately 1.80 billion cubic feet (51 million cubic metres), while domestic supply is only about 90 million cubic feet (2.55 million cubic metres). This leaves a staggering gap of about 95%, making India the world’s largest importer of teak despite having 35% of the world’s teak resources .

3. How has modern technology changed the economics of teak farming?
Traditionally, teak trees took 50-60 years to mature. However, with tissue-culture technology, high-performing cloned saplings can be harvested in just 8-12 years. This substantially shortens the investment cycle, making teak farming a much more attractive and financially viable option for farmers .

4. What policy reforms are Indian states implementing to promote teak farming?
States are offering significant incentives to encourage teak cultivation. Chhattisgarh has announced a 100% subsidy for teak planting on private lands. Maharashtra has removed teak from the list of regulated tree species, easing harvesting and trade restrictions. Other states like Madhya Pradesh, Jharkhand, Karnataka, Kerala, Andhra Pradesh, and Tamil Nadu are also providing financial incentives for teak cultivation .

5. What challenges remain in realizing the full potential of teak farming in India?
Key challenges include ensuring the availability of quality planting material, developing scientifically validated management practices, and establishing assured markets and transparent pricing mechanisms. Currently, farmers often face undervaluation by intermediaries, which discourages long-term investment in teak cultivation .

The Dawn of a New Space Era: What the Vikram-1 Launch Means for India

By Arav Shah
New Delhi, July 20

In a defining moment for the nation’s technological and strategic ambitions, India successfully launched its first privately developed orbital rocket, Vikram-1, on the morning of July 18. The mission, dubbed “Aagaman” (Sanskrit for “arrival”), marks the culmination of years of policy reforms and a testament to the burgeoning capabilities of the Indian private sector. The launch from the Satish Dhawan Space Centre in Sriharikota by Hyderabad-based Skyroot Aerospace has propelled India into an elite club, making it only the third country globally—after the United States and China—to possess a private orbital launch capability .

The successful injection of multiple payloads into a 450-kilometer Low Earth orbit (LEO) signifies more than a technological milestone . It represents a paradigm shift in India’s space odyssey, transitioning from a state-monopolized enterprise to a dynamic public-private partnership. This achievement opens up new frontiers for national security, commercial opportunities, and global competitiveness in the rapidly congesting and contested realm of outer space.

The “Gold Rush” for Low Earth Orbit

The significance of the Vikram-1 launch is magnified by the context of the global race for LEO, the region of space immediately surrounding Earth, defined as the zone between 160 km and 2,000 km above the planet’s surface. Satellites in LEO offer crucial advantages for communications and Earth observation due to their proximity, which significantly reduces signal latency compared to their geostationary counterparts.

According to experts quoted in the report from the image, orbital slots in LEO operate on a first-come, first-served basis. “Today, orbital slots in the LEO work on a first-come-first-served declaration. The only obligation a new entrant has is to not interfere with the previous occupants. This essentially makes it a literal gold rush,” stated Ashwin Prasad Rao, a staff research analyst at the Takshashila Institution’s Outer Space programme. This framework, governed by the International Telecommunication Union (ITU) for radio frequencies and orbital positions, incentivizes early movers to stake their claims.

An “orbital shell” is a layer of satellites at a specific altitude and inclination. Once a shell is occupied, new entrants must navigate around incumbents or find less desirable orbits. This creates a powerful incentive for “squatting,” where countries and corporations launch “megaconstellations” to secure vast swathes of orbital real estate. This is exemplified by China’s ambitious Guowang and Qianfan satellite projects, which aim to deploy tens of thousands of satellites. India, through Vikram-1 and future private launches, is now a significant player in this critical territorial race.

A Promising Start: Capability and Capacity

Vikram-1’s success represents a massive leap for Indian private aerospace capability. It ensures New Delhi has assured access for launching small satellites, a segment currently identified as the most underserved in the market . The true strategic value, however, lies in creating “surge capacity.” “This grants India the ability to rapidly rebuild or increase the number of intelligence, surveillance, and reconnaissance satellites on demand, without relying on ISRO, which is vital in an increasingly contested Indo-Pacific region,” noted Khyati Singh, a research analyst at the Manohar Parrikar Institute for Defence Studies and Analyses.

Securing this orbital access directly feeds into national security. “It is a huge information warfare tool,” Rao said, pointing to the Starlink satellite system’s critical role during the Iran war. The increasing reliance on foreign providers like Starlink, however, poses significant security concerns. Dependence on foreign tech firms risks losing autonomy, especially when the commercial interests of these firms fuse with the strategic objectives of their respective governments. For instance, the US has reportedly considered using Starlink access as diplomatic leverage, raising concerns about data sovereignty and service reliability during conflicts.

The concept of “surge capacity” has been emphasized by India’s Defence Minister Rajnath Singh, who has stressed the need to build sufficient surge capacity for long wars, highlighting that self-reliance and the capacity to manufacture required weapons are critical in today’s era of unpredictable and sudden conflicts. This principle applies directly to the space sector, where the ability to rapidly replenish or expand satellite constellations is a strategic necessity.

A Clean Maiden Flight: Learning from Global Precedents

One of the most remarkable aspects of the Vikram-1 mission is that it succeeded on its very first attempt. This is a feat that even the most successful private space companies in the world could not achieve. The analysis provided in the image points out that Rocket Lab’s Electron failed on its first orbital attempt in 2017, while SpaceX’s Falcon 1 failed three times before reaching orbit on its fourth attempt in 2008 . This stark comparison highlights the exceptional engineering and rigorous testing that went into the Vikram-1 mission .

The image suggests that this success reflects well on ISRO’s “hand-holding model,” where the state agency provided crucial technical support and infrastructure access to the private player . This collaborative approach, while perhaps less independent than the US model, has proven to be highly effective in accelerating the development of India’s private space sector. The journey of Skyroot, from the suborbital Vikram-S mission in 2022 to the orbital Vikram-1 in 2026, is a testament to the effectiveness of this partnership .

The Road Ahead: The Need for Reusable Technology and Scale

Despite this landmark achievement, India still has a long way to go to become a true leader in the LEO race. To counter its current vulnerability and compete with global giants, India needs to ramp up its launch frequency dramatically. This faces major structural bottlenecks. “Two of the biggest roadblocks right now are the lack of scale that the sector is going through. The other is ISRO’s elongated timelines for India’s own reusable rocket which is one of the most critical components in ensuring frequent launches into the LEO,” Rao noted.

The development of a reusable launch vehicle (RLV) is critical for reducing the cost of access to space. Currently, India does not have an operational RLV. However, ISRO is developing the Next Generation Launch Vehicle (NGLV), a three-stage, partially reusable rocket. While this is a welcome step, the timeline suggests that a fully reusable, cost-effective vehicle is still nearly a decade away. In the interim, the success of Vikram-1 can serve as a catalyst, encouraging private players to innovate and potentially fill the gap with their own reusable technology.

Furthermore, the image rightly cautions that “one clean flight does not make an industry.” Sustainability requires repeatable manufacturing, a real order book, launch-pad access, and enough capital to bridge the years to profitability. Rocket Lab took seven years and dozens of launches to reach near-monthly cadence, and still isn’t reliably profitable. SpaceX’s launch business only became sustainable with Falcon 9 reuse. Skyroot’s claim of ‘regular launch’ is not yet proven. The next few flights, and whether the cryogenic Vikram-2 arrives on schedule in 2027, will tell us more .

The Domestic Satellite Internet Race: Competition and Control

The Vikram-1 launch is a major shot in the arm for India’s ambitions to develop its own satellite communication services. Currently, the Indian satellite Internet market is a contested terrain between global giants and domestic conglomerates. Elon Musk’s Starlink, with a constellation of over 7,500 satellites, is the dominant global player. Other players like Amazon’s Kuiper and Eutelsat’s OneWeb (backed by Bharti Airtel) are also vying for a share of the market.

However, dependence on foreign operators poses significant security risks. The Indian government has amended security mandates, requiring all communications to be routed through domestic gateways, data localization, and the establishment of control centers for government monitoring. This is a direct response to incidents where unauthorized satellite devices were allegedly used in conflict zones and by smugglers.

To counter this dependence, domestic players are stepping up. Reliance Jio has received technical approval from IN-SPACe to deploy India’s first homegrown LEO constellation. The company has proposed to offer 4.5-5 tera bits per second (Tbps) throughput over India, surpassing the capacity of foreign rivals. Jio’s plan involves deploying about 1,600 LEO satellites to offer fixed satellite services and mobile satellite services. The space regulator has adjudged the project “technically sound” and on par with global systems, paving the way for government support in securing orbital slots at the ITU. This move is critical for India’s digital sovereignty and security.

The Pivotal Role of Reforms and Private Investment

The Vikram-1 launch is the most tangible outcome of the Indian government’s landmark space sector reforms initiated in 2020 and formalized under the Indian Space Policy of 2023 . This policy opened the entire space value chain to private participation, allowing Non-Government Entities (NGEs) to partake in everything from satellite manufacturing to launch services.

The Indian National Space Promotion and Authorisation Centre (IN-SPACe), established as a single-window regulatory agency, has played a crucial role in enabling this transformation. According to government data, the impact of these reforms is visible in the numbers: India’s space startup ecosystem has grown from just one startup in 2014 to over 400 in 2026 . IN-SPACe has signed numerous MoUs with NGEs and provided access to ISRO’s facilities, which was instrumental in Skyroot’s success. For instance, the solid motors for Vikram-1 were cast and static-tested at Sriharikota, and the 3D-printed liquid-fuel engine, Raman, was flight-qualified at ISRO’s Liquid Propulsion Systems Centre. A six-year-old company could not have built and tested the entire system from scratch .

To further catalyze this growth, the government has introduced several dedicated funds, including a ₹1,000 crore venture capital fund to support early-stage space startups, a Seed Fund Scheme, and a Technology Adoption Fund . This sustained financial and policy support is crucial to help Indian private players achieve scale, develop reusable technology, and compete effectively on the global stage.

A New Chapter

The launch of Vikram-1 on Mission Aagaman is more than a historic moment; it is the dawn of a new era. It signifies India’s transition from a nation of space explorers to a nation of space entrepreneurs. As Prime Minister Narendra Modi rightly hailed, this is “a defining moment in India’s space journey” that will “encourage countless youngsters to dream bigger and innovate fearlessly” . However, this is just the beginning. The real race is for scale, sustainability, and strategic self-reliance. The coming years will determine whether India’s private sector can turn this perfect debut into a routine, reliable, and commercially viable launch service that can compete on the global stage.

Q&A Section

1. What is the significance of the Vikram-1 launch for India?
The Vikram-1 launch is a historic milestone as it marks India’s first privately developed orbital rocket to reach space. It makes India only the third country, after the US and China, to have a private orbital launch capability . This signifies the success of the government’s space sector reforms and demonstrates the growing capability of the Indian private sector.

2. Why is there a global rush to occupy Low Earth Orbit (LEO)?
LEO is a valuable and finite region of space. It is the ideal orbit for communications satellites because of its proximity to Earth, which reduces signal latency. The allocation of orbital slots and radio frequencies follows a “first-come, first-served” principle managed by the International Telecommunication Union (ITU). This incentivizes early movers to launch “megaconstellations” to secure the best positions.

3. What are the national security implications of India’s private space sector?
A vibrant private space sector provides India with “surge capacity,” meaning the ability to rapidly rebuild or increase its number of intelligence, surveillance, and reconnaissance (ISR) satellites on demand without solely relying on ISRO. Furthermore, it reduces dependence on foreign satellite internet providers, which is crucial for data sovereignty and maintaining control over communications during conflicts.

4. What are the major challenges India faces to compete in the LEO race?
The two biggest challenges are achieving scale in the private sector and the lack of a domestically developed, operational reusable launch vehicle. Reusable rockets are critical to dramatically reduce the cost of launching satellites, which is necessary for deploying and maintaining large constellations. ISRO’s reusable NGLV is projected to be operational only in the 2030s.

5. How is the Indian government supporting the growth of the private space sector?
The government has introduced several key reforms, including the Indian Space Policy 2023, which opens the entire space value chain to private players . The regulatory agency IN-SPACe acts as a single-window facilitator, providing authorizations and access to ISRO facilities. Financially, the government has established a ₹1,000 crore venture capital fund and other schemes like the Seed Fund and Technology Adoption Fund to support early-stage startups and innovation .

The State as Venture Capitalist: Semicon 2.0 and the Unanswered Questions of Democratic Engagement

By Aditi Nayar
New Delhi, July 20

The past week has presented a vivid tableau of India at a critical juncture. On one hand, the Union Cabinet approved Semicon 2.0, a bold and ambitious ₹1.27 lakh crore programme that reimagines the government’s role in the technology sector, transforming it into a venture-style co-investor for semiconductor startups . On the other, the nation witnessed the poignant spectacle of activist Sonam Wangchuk lying in a hospital bed, continuing a hunger strike that has now entered its third week, as the Delhi High Court upheld the government’s decision to hospitalise him, while his family alleged a “charade” of concern designed to silence dissent . These two events, seemingly disconnected, are deeply intertwined. They illuminate a fundamental tension in India’s development model: a government that is aggressively “listening” to the needs of strategic industries while appearing tone-deaf to the cries of its disenfranchised youth.

Semicon 2.0: The State’s Ingenious Pivot to Venture Capital

The Semicon 2.0 initiative, approved by the Union Cabinet on July 15, represents a sophisticated and innovative evolution in state-led industrial policy . With a budget of ₹1.27 lakh crore—significantly higher than the first phase’s ₹76,000 crore—the programme aims to build upon the momentum generated by Semicon 1.0, which had already attracted ₹1.64 lakh crore in investments and initiated 12 major projects .

The standout feature of this new phase is the government’s decision to provide incentives through equity participation . Under this model, the government will co-invest with private venture capitalists in promising semiconductor startups. IT Secretary S. Krishnan explained the rationale, noting that designing high-end chips can require investments of ₹1,000 crore or more—far exceeding the ₹15 crore support available under the earlier Design-Linked Incentive (DLI) scheme . By co-investing alongside whitelisted VCs, the government aims to unlock private capital for India’s nascent chip design ecosystem, sharing the investment risk while leaving operational control with founders and venture capital firms .

This approach serves two key objectives. First, it bridges one of the biggest funding gaps in the chip design ecosystem, where deep-tech ventures require significantly higher capital and face long development cycles that make it difficult to attract follow-on funding . Second, it allows market-based investors to identify promising companies instead of the government making investment decisions . The government hopes this framework will reduce the likelihood of promising Indian chip design firms being acquired prematurely because of funding constraints, enabling them to remain Indian-owned .

Semicon 2.0 is built on six pillars: design, machines and materials, setting up more fabs, strengthening ATMP/OSAT, research and development, and talent development . The focus on design is particularly significant, as India aims to become capable of designing advanced semiconductor chips—including those needed for artificial intelligence—during the scheme period, even if manufacturing cutting-edge chips domestically will take longer .

The “Cockroach” Movement: A Generation’s Cry for Accountability

While the government was innovating its investment model for the tech sector, a parallel drama was unfolding in the heart of Delhi. The Cockroach Janta Party (CJP), a youth-driven movement that has rapidly gained traction on social media, has been demanding the resignation of Union Education Minister Dharmendra Pradhan over alleged irregularities in examinations such as NEET, CBSE, CUET and SSC . What began as a satirical online response to a disparaging remark by the Chief Justice of India has developed into a structured movement with a substantial social media following .

The movement has tapped into a vein of youth who are disenchanted with the political elite. India has what’s called a demographic dividend: youth aged 15-29 make up 27% of the population, translating into about 371 million people—the largest youth demographic in the world . Yet, as CJP founder Abhijeet Dipke argued, “We had a great opportunity to turn this young population into a workforce but the government has failed to do so because it has misplaced priorities” .

The trigger for the protests was the NEET controversy, where two million students were forced to rewrite the exam after it was revealed that test questions had been widely leaked . Indian media reported that at least 12 students had died from suicide since the first exams in May . One 18-year-old woman, the daughter of a cook, left a note to her parents that said, “Mom and Dad, you had faith that your daughter would become a doctor, but I no longer have the courage to take the NEET exam again” .

Sonam Wangchuk: The Hunger Strike and the State’s Indifference

Activist and educationist Sonam Wangchuk, who has been supporting the Cockroach Janta Party’s demands, took this protest to its logical conclusion by embarking on an indefinite hunger strike at Jantar Mantar on June 28 . On July 18, as his health deteriorated, Delhi Police shifted him to Safdarjung Hospital . The Delhi High Court on July 19 refused to interfere with his treatment at Safdarjung, observing that the government’s decision was not arbitrary .

However, Wangchuk’s family has alleged that his hospitalisation is a “charade” designed to prevent him from leading a march to the Parliament . His wife, Gitanjali J. Angmo, claimed that Wangchuk’s health was not deteriorating and his potassium level was normal . She told reporters, “If you were truly so concerned about his health, why did you send police personnel in plainclothes? Why did you so ruthlessly pick him up, put him on a stretcher, and take him away?” . She alleged that the government was simply afraid that “if Sonam set out on his march, hundreds of thousands of people would join him” .

So far, the government has sidestepped its duty to act as a state that listens to dissent, as a robust democracy demands. While it may have won a cynical tactical game by allowing the protest to exhaust itself, it has displayed little statesmanship. By effectively pushing the massive examination system crisis down the road to next year, the government has chosen cold, unyielding stonewalling [citation:original text]. This refusal to engage, more than the successful conduct of elections, offers an inkling of the quality of a democracy. Ultimately, democracy is a partnership, and state indifference amounts to an abdication of that responsibility [citation:original text].

The Paradox of Progress

The contrast between these two narratives is stark. The government is willing to become a “venture capitalist” for semiconductor startups, providing public equity as private equity, without the usual riders over managerial control and business strategy [citation:original text]. It has identified the funding hurdle semiconductor startups face and is offering innovative solutions to address it . It is “listening” to the needs of strategic industries.

Yet, when it comes to the future of millions of students, when it comes to the very human capital that is supposed to drive India’s demographic dividend and “Viksit Bharat” by 2047, the state’s response has been one of indifference. As Wangchuk himself had asked during a protest in Hyderabad, “If our coming generations are in such a state, then how come there will be Viksit Bharat by 2047?” .

The government’s dual approach—innovative and responsive in one domain, rigid and stonewalling in another—reveals a fundamental incoherence in India’s development model. It is a model that prioritises the “what” (strategic industries and economic growth) over the “who” (the actual citizens whose future is being shaped). Until the state learns to listen as attentively to the cries of its youth as it does to the needs of its industries, the promise of “Viksit Bharat” will remain an unfulfilled dream.

Q&A Section

1. What is Semicon 2.0 and what is its budget?
Semicon 2.0 is the second phase of India’s Semiconductor Mission, approved by the Union Cabinet on July 15, 2026, with a total budget outlay of ₹1.27 lakh crore (approximately $14 billion) . It aims to accelerate semiconductor design and manufacturing capabilities in India over a six-year period starting FY27 .

2. What is the key innovation in Semicon 2.0’s approach to funding?
The standout feature of Semicon 2.0 is the government’s decision to co-invest with private venture capitalists in semiconductor startups. Under this model, the government will provide incentives through equity participation, matching investments made by whitelisted VC firms to unlock private capital for chip design . This approach leaves operational control with founders and venture capital firms .

3. What are the six pillars of Semicon 2.0?
Semicon 2.0 is built on six pillars: design (developing IPs and chips), machines and materials (incentivizing suppliers of manufacturing equipment and chemicals), setting up more fabs (attracting more silicon, compound semiconductor, and display fabs), strengthening ATMP/OSAT (advanced packaging), research and development (developing more advanced nodes), and talent development (deepening training in chip design and manufacturing) .

4. Who is Sonam Wangchuk and why is he on a hunger strike?
Sonam Wangchuk is an activist and educationist who has been on an indefinite hunger strike since June 28, demanding the resignation of Union Education Minister Dharmendra Pradhan over alleged irregularities in examinations such as NEET . His protest is in solidarity with the Cockroach Janta Party (CJP), a youth-driven movement that emerged in response to examination scandals .

5. What has been the government’s response to the Cockroach Janta Party’s demands?
The government has largely stonewalled the protests. On July 18, Delhi Police shifted Wangchuk to Safdarjung Hospital, and the Delhi High Court on July 19 upheld this decision, observing it was not arbitrary . The government has yet to address the protesters’ demands or engage constructively with the underlying issues of examination irregularities and youth unemployment [citation:original text].