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  • [23rd September 2026] The Hindu OpED: Water wealth

    [23rd September 2026] The Hindu OpED: Water wealth

    Question (2025, GS3 – 15 Marks):Examine the factors responsible for depleting groundwater in India. What are the steps taken by the government to mitigate such depletion of groundwater?”
    Linkage: Directly targets the root causes of aquifer depletion in intensive agrarian states—such as flood irrigation, crop-choice mismatch (paddy in semi-arid zones), and unrestricted deep tube-well extraction—while demanding policy interventions to reverse the trend.

    Mentor Comment

    Punjab’s groundwater extraction rate stands at 152 per cent, meaning the State draws half again as much each year as is annually replenished. Depletion has now begun to redistribute wealth among farmers. Those who can afford deeper tube wells continue to reach the falling water table. Those who cannot are forced to buy water from them, which hands larger landowners a claim on smaller cultivators. The conflict is between an electricity and procurement structure that makes extraction the safe choice and a conservation goal that requires additional extraction to become expensive.

    How far has Punjab’s groundwater been drawn down?

    1. Extraction rate: The 2025-26 Dynamic Groundwater Assessment records the State’s groundwater extraction rate at 152 per cent.
    2. Blocks in the red zone: 72 per cent of Punjab’s 153 blocks sit in the red zone, the highest share among States.
    3. Marginal improvement: Interventions reduced the number of over-exploited blocks by five across the last two assessments.
    4. Deepening wells: The fraction of observation wells with water below 40 metres in the post-monsoon period grew by two percentage points between 2022 and 2025.
    5. Principal consumer: Irrigation for rice and wheat accounts for nearly 25 billion cubic metres a year in the latest estimate.

    Why has the rice-wheat system held against its water cost?

    1. Origin in food security: The pattern began as a strategy to improve food security and settled into a concentrated rice-wheat cropping system.
    2. Three supports that removed risk: Assured procurement, subsidised electricity and access to groundwater made high-yield varieties, intensive irrigation, fertilizer use and mechanisation less risky than alternative modes of cultivation.
    3. Unaddressed barriers to switching: Farmers’ reluctance to take up other crops rests on uncertainties in storage options, prices, processing infrastructure and supply chains, and that reluctance has gone relatively unaddressed.

    How does groundwater depletion widen the gap between farmers?

    1. Efficiency against capacity: A study in the Economic and Political Weekly found that farmers with marginal landholdings use water more efficiently. The same study found wealthier farmers better equipped to access lower water tables and to draw higher volumes.
    2. Forced water purchase: Farmers unable to afford the requisite tube wells buy water from those who own them. The purchase transfers wealth to larger landowners and creates unregulated dependencies.
    3. Returns against productivity: A study in Discover Sustainability reported that in Sangrur and Barnala larger farms earned higher returns and recorded lower groundwater productivity for paddy than smaller farms.
    4. Capital as the gate: Depletion raises the capital required for irrigation, which systematically privileges farmers with better access to finance.

    What would make conservation pay the cultivator?

    1. Pani Bachao, Paisa Kamao: The scheme entitles a farmer to cash for every unused kilowatt-hour of pumping electricity below a threshold.
    2. Redirecting the electricity subsidy: Part of the electricity subsidy bill can instead directly support smallholder farmers.
    3. Collective irrigation assets: Irrigation infrastructure can be collectivised, so that access to water stops depending on owning a tube well.
    4. Benefit tied to the cultivator: Where benefits follow the cultivator, including tenants, rather than the owner of the land or the pump, welfare subsidises access to water rather than groundwater extraction.

    Challenges to groundwater regulation in Punjab

    1. Efficiency gains overwhelmed by scale: State efforts to manage demand continue, and the volume of extraction outruns the gains those efforts produce. Eg. The count of over-exploited blocks fell by five and most of the State’s blocks stayed in the red zone.
      The Fix: Set a declining annual extraction ceiling for each red zone block, so efficiency measures are judged against a volume target rather than against a block count.
    2. Incentives measured in electricity, not water: Conservation payments are calculated on unused pumping units, which is a proxy for water and not a measure of it. Eg. Pani Bachao, Paisa Kamao pays for kilowatt-hours left unused below a threshold.
      The Fix: Meter pumped volume at the connection, so payment tracks abstraction directly.
    3. Voluntary enrolment: A scheme a farmer must opt into reaches those already confident about their water access, and not those most exposed to a falling table. Eg. Enrolment in Pani Bachao, Paisa Kamao remains low.
      The Fix: Enrol every metered connection by default and allow farmers to opt out.

    Conclusion

    Punjab’s groundwater question has stopped being only a question about the aquifer. Depletion now decides which farmers can irrigate at all, and it converts water access into a form of wealth that moves from the smaller cultivator to the larger one. Conservation has to be paid for in a form that reaches the person farming the land, including the tenant, rather than the person who owns the pump. The thing to watch is whether the State converts part of its electricity subsidy into direct support tied to the cultivator.

  • World Rhino Day

    World Rhino Day

    Why in the News?

    • On World Rhino Day, the Prime Minister highlighted conservation efforts for the greater one-horned rhinoceros and announced the initiation of Project Rhino.
    • The project will provide financial and technical support to rhino range states for species conservation.

    Key Highlights

    • Species: Greater one-horned rhinoceros.
    • Assam: Holds nearly 80% of the world’s rhino population.
    • Kaziranga: Its efforts to combat rhino poaching have been widely appreciated.
    • Rhinos have either returned or are well protected in parts of:
      • Bihar
      • West Bengal
    • Dudhwa, Uttar Pradesh: Successful reintroduction of rhinos highlighted as an important conservation achievement.
    • Project Rhino: Initiated to strengthen species conservation through financial and technical support to range states.

    Project Rhino

    • Provides support for:
      • Rhino protection
      • Habitat management
      • Genetic improvement
      • Understanding population dynamics
    • Focuses on supporting rhino range states.
    • Aims to strengthen active wildlife management and species conservation.

    Rhino Conservation in India

    • Assam: Major stronghold of the world’s greater one-horned rhino population.
    • Kaziranga: Important for rhino protection and anti-poaching efforts.
    • Bihar and West Bengal: Rhino populations have either returned or remain protected in parts of these states.
    • Dudhwa, Uttar Pradesh: Rhino reintroduction has been highlighted as a conservation success.

    Prelims Quick Revision

    • World Rhino Day: Associated with conservation of rhinos.
    • Species highlighted: Greater one-horned rhinoceros.
    • Assam: Nearly 80% of the world’s rhino population.
    • Kaziranga: Major focus on combating rhino poaching.
    • Dudhwa: Successful rhino reintroduction in Uttar Pradesh.
    • Project Rhino: Provides financial and technical support to range states.
    • Key areas under Project Rhino: protection, habitat management, genetic improvement and population dynamics.

    UPSC Prelims Trap

    • Project Rhino in the article is specifically focused on conservation of the greater one-horned rhinoceros.
    • Do not confuse rhino protection with only anti-poaching measures: Project Rhino also covers habitat management, genetic improvement and population dynamics.
    • Dudhwa is associated with rhino reintroduction, while Kaziranga is highlighted for its anti-poaching efforts.
  • TRAI Telecom Consumer Protection (Thirteenth Amendment) Regulations, 2026

    TRAI Telecom Consumer Protection (Thirteenth Amendment) Regulations, 2026

    Why in the News?

    • The Telecom Regulatory Authority of India (TRAI) released the Telecom Consumer Protection (Thirteenth Amendment) Regulation, 2026 on 22 September 2026.
    • The amendment aims to improve availability of affordable Voice-and-SMS-only Special Tariff Vouchers (STVs), particularly for low-income consumers.

    Key Highlights

    • Draft released for consultation: 7 April 2026.
    • Stakeholder responses: 1,132.
    • Open House Discussion (OHD): 15 June 2026.
    • Amendment follows limitations observed after implementation of the TCPR Twelfth Amendment, 2024.
    • Concern: Limited availability of Voice-and-SMS-only STVs, with options concentrated around longer validities.
    • Objective: Provide consumers with affordable shorter-duration recharge options.

    Special Tariff Vouchers (STVs)

    • Telecom service providers must offer Voice-and-SMS-only STVs with appropriate tariff reduction.
    • Such STVs must be available for:
      • Every validity period of 30 days or less corresponding to STVs offered for Voice, SMS and data.
      • Monthly validity, renewable on the same date every month.
      • If that date does not exist in a particular month, renewal will occur on the last date of that month.
      • At least one STV with validity longer than the above periods, corresponding to the validity of STVs offered for Voice, SMS and data.

    Consumer Significance

    • Provides greater choice and flexibility to consumers.
    • Particularly benefits low-income consumers.
    • Enables consumers to recharge according to their requirements and financial capacity.
    • Benefits consumers who prefer Voice and SMS without bundled data.
    • Addresses the limited availability of shorter-validity Voice-and-SMS-only plans.

    Prelims Quick Revision

    • Regulator: TRAI.
    • Amendment: Telecom Consumer Protection (Thirteenth Amendment) Regulation, 2026.
    • Released: 22 September 2026.
    • Draft consultation: 7 April 2026.
    • Stakeholder responses: 1,132.
    • OHD: 15 June 2026.
    • Focus: Voice-and-SMS-only STVs.
    • Key provision: STVs corresponding to 30 days and shorter validity periods, monthly renewable validity, and at least one longer-validity STV.

    UPSC Prelims Trap

    • The amendment concerns STVs, not general telecom tariff regulation.
    • The focus is specifically on Voice-and-SMS-only STVs, particularly for consumers who do not require bundled data.
    • TRAI is the authority that finalised the amendment after stakeholder consultation.
    • For monthly validity, if the corresponding calendar date is unavailable, renewal occurs on the last date of that month.
  • Exercise Veer Guardian 2026

    Exercise Veer Guardian 2026

    Why in the News?

    • Exercise Veer Guardian 2026, a bilateral air exercise between the Indian Air Force (IAF) and Japan Air Self Defense Force (JASDF), concluded on 22 September 2026 at Air Force Station Jodhpur.

    Key Highlights

    • Participants: Indian Air Force (IAF) and Japan Air Self Defense Force (JASDF).
    • Duration: 14 days.
    • Venue: Air Force Station Jodhpur.
    • Indian aircraft: Su-30 MKI, Rafale and indigenous LCA Tejas.
    • Japanese aircraft: F-2A fighter aircraft.
    • Focused on:
      • Within Visual Range (WVR) combat
      • Coordinated multi-aircraft missions
      • Enhancing interoperability between the two air forces.
    • General Takehiro Morita, Chief of Staff, JASDF, and Air Chief Marshal AP Singh, Chief of the Air Staff, visited the exercise.
    • Both officials flew the indigenous Tejas fighter aircraft.

    Strategic Significance

    • Strengthens India-Japan defence cooperation.
    • Enhances interoperability and operational coordination.
    • Deepens the strategic partnership between the two countries.
    • Provides exposure to each other’s operational procedures, maintenance practices and capabilities.

    Prelims Quick Revision

    • Exercise: Veer Guardian 2026
    • Countries: India and Japan
    • Air forces: IAF and JASDF
    • Venue: Air Force Station Jodhpur
    • Duration: 14 days
    • IAF aircraft: Su-30 MKI, Rafale, LCA Tejas
    • JASDF aircraft: F-2A
    • Key focus: WVR combat and coordinated multi-aircraft missions

    UPSC Prelims Trap

    • Veer Guardian is a bilateral India-Japan air exercise, involving IAF and JASDF.
    • Tejas was deployed by the IAF, while F-2A was deployed by the JASDF.
    • The exercise was conducted at Jodhpur, not in Japan.
    • Do not confuse WVR combat with beyond-visual-range combat.
  • National Single Window System (NSWS)

    National Single Window System (NSWS)

    Why in the News?

    • The National Single Window System (NSWS) completes 5 years since its launch on 22 September 2021.
    • It is implemented by the Department for Promotion of Industry and Internal Trade (DPIIT) to simplify business approvals through a single digital platform.

    Key Highlights

    • Launch: 22 September 2021.
    • Implementing institution: DPIIT, Ministry of Commerce & Industry.
    • Provides a common digital platform for approvals from Central Ministries, State Governments and regulatory authorities.
    • As of 21 September 2026:
      • 5.69 lakh+ business entities onboarded.
      • 327+ Central approvals.
      • 3452 State approvals.
      • Covers 34 States and Union Territories.
      • Annual average of 3.06 lakh+ applications.
      • 2.26 lakh+ approvals processed annually.
    • Highest number of integrated approvals:
      • Assam – 335
      • Karnataka – 327
      • Tamil Nadu – 223
      • Manipur – 190.

    Know Your Approvals (KYA)

    • KYA module identifies approvals applicable to a business based on its proposed activities.
    • KYA guidance is advisory in nature and does not constitute legal advice.
    • NSWS hosts applications from 32 Central Ministries/Departments and 34 States/UTs.

    Key Functionalities

    • Common Registration Form: Enables one-time submission and reuse of information.
    • Applicant Dashboard: Application submission, status tracking and response to departmental queries.
    • Centralized Document Repository: One-time document upload and reuse across approvals.
    • E-Communication Module: Online communication between applicants and authorities.
    • State Registration Form: Provides access to State Single Window Systems.
    • Enables online application submission and fee payment.
    • Registration on NSWS is free, but statutory fees prescribed by authorities must be paid.

    Digital Integration

    • PAN (Permanent Account Number) is used as the Single Business ID.
    • Authentication is enabled through Digital Signature Certificate (DSC) and DigiLocker for sole proprietors.
    • Foreign Investment Facilitation Portal (FIF Portal) is integrated with NSWS for FDI applications requiring government approval.
    • Industrial Entrepreneur Memorandum (IEM) migrated to NSWS in October 2025.
    • Industrial License (IL) migrated in March 2026.
    • PESO integrated all 74 licensing modules, becoming the first department to achieve complete transaction-level integration.

    Other Important Integrations

    • Production Investment Business Registration module launched in November 2025.
    • Facilitates generation of Sponsorship Letters for inviting foreign professionals under the e-Production Investment Business Visa (e-B-4 Visa).
    • NSWS serves as a common gateway for approvals under:
      • National Green Hydrogen Mission
      • Ethanol Policy
      • Vehicle Scrapping Policy
      • Indian Footwear and Leather Development Programme.

    Prelims Quick Revision

    • NSWS launched: 22 September 2021.
    • Implemented by: DPIIT, Ministry of Commerce & Industry.
    • Coverage: 34 States and Union Territories.
    • Approvals available: 327+ Central and 3452 State approvals.
    • Business entities onboarded: 5.69 lakh+.
    • Single Business ID: PAN.
    • KYA: Identifies applicable business approvals and is advisory in nature.
    • PESO: Integrated all 74 licensing modules with NSWS.

    UPSC Prelims Trap

    • NSWS is not itself the approving authority: applications are electronically forwarded to the concerned Ministry, Department or State Government for processing.
    • KYA is advisory, not legal advice.
    • NSWS registration is free, but applicable statutory fees are payable.
    • Do not confuse PAN as the Single Business ID with DSC/DigiLocker, which are used for authentication.
  • From Venice with love: India at the Venice Biennale

    Why in the News

    India has returned to the Venice Biennale with a national pavilion after seven years, presenting ‘Geographies of Distance: Returning Home’ under the curator Amin Jaffer. The pavilion carries five artworks, all rooted in Indian craft traditions and all built around the idea of home. Critics, patrons and the global media have called it dazzling and spectacular. The contested point is that India has mounted a national pavilion only three times in the event’s history, so the question raised by the praise is whether a strong showing becomes a standing presence or remains an occasional one.

    What is a national pavilion at the Venice Biennale?

    1. The Venice Biennale: Begun in 1895, it is among the oldest, largest and most prestigious contemporary art events, and is called the Olympics of the art world. In its current format it hosts the International Art Biennale, the International Architecture Biennale, national pavilions and collateral events.
    2. A national pavilion: This is a presentation organised and funded by a government to showcase its own artists, which makes it an exercise in soft power and cultural diplomacy rather than a private exhibition.
    3. Giardini and Arsenale: Thirty countries own permanent buildings at the historic Giardini park. The Arsenale rents space for the six-month-long biennale, and India’s pavilion sits there in a brick-walled former maritime warehouse, a five-minute walk from China’s pavilion.

    What does the India pavilion put on display?

    1. Permanent Address, by Sumakshi Singh: White threads hold up fragments of a broken home, an embroidered recreation of 33 Link Road in Delhi, the artist’s now-demolished house that her grandparents, Partition refugees from Pakistan, built in 1951. The house was embroidered on water-soluble fabric down to its gates, stairs, walls, doors, windows and door bolts.
    2. Chaal, by Asim Waqif: A bamboo scaffolding 30 feet high, using 12 tonnes of bamboo sourced largely from Assam and West Bengal, stands as a commentary on the erosion of rural architecture under construction rules that favour steel and aluminium. It uses a single lashing technique, two lengths of bamboo tied with a composite nylon shipping strap, with no holes, joinery, nuts or bolts.
    3. Echoes of Home, by Skarma Sonam Tashi: A prototype of a Ladakhi settlement recalls homes traditionally built from earth, stone, timber and collective knowledge passed down generations. It was made from recycled material, including papier-mache, egg trays, cardboard and old paper.
    4. Under the Same Sky, by Ranjani Shettar: A monumental floral vine is suspended from the ceiling as a floating garden.
    5. Cracked soil, by Alwar Balasubramaniam: A two-panelled installation of cracked soil sourced from rural Tamil Nadu, one panel covering an entire wall of the pavilion.

    How was the 2026 pavilion put together?

    1. Selection process: The Culture Ministry received multiple expressions of interest and assessed proposals against the vision it sought to present at Venice, over months of discussion and evaluation.
    2. Curatorial brief widened: The selected proposal was initially for a single artist. The ministry held that India’s diversity called for a multi-artist presentation, and the curator expanded the narrative to five.
    3. The question the theme asks: The curation treats Indians as migrants and asks whether belonging is determined solely by geography, or can be sustained through memory, practice and emotional attachment.
    4. Institutional partners: The government delivered the pavilion with two institutional partners, the Nita Mukesh Ambani Cultural Centre (NMACC) and Serendipity Arts.
    5. What a Venice presence demands: Beyond selecting artists, a pavilion requires curatorial expertise, production capability, international partnerships, sustained funding and the ability to build audiences and relationships around the work.
    6. Official reception: The biennale’s President described India’s presentation as grounded in its ancient heritage while looking to the future.

    Why has India’s presence at Venice been episodic rather than sustained?

    1. Three pavilions in 131 years: India has participated with a national pavilion only in 2011, 2019 and 2026, even as Indian artists have regularly shown in their individual capacities at the biennale’s central exhibitions.
    2. The gaps between them: India reportedly failed to accept the biennale’s invitation in 2007, and returned only after eight years following its 2011 debut.
    3. Absence as a signal: In 2015 an Indian artist said she felt ashamed at the absence of a national pavilion, because the absence showed where India placed its contemporary art.
    4. How others do it: China has showcased its pavilion since 2005 from a permanent home at the Arsenale, and smaller countries such as Uruguay and Angola either hold permanent pavilions or participate consistently.

    What did the 2011 and 2019 pavilions do differently?

    1. 2011, a free curatorial hand: The Culture Ministry chose the historian and art critic Ranjit Hoskote, who was left free to set the concept and pick the artists. He asked who had the right to call themselves Indian and left out some of the biggest names.
    2. 2011, a critical work: The debut showed Desire Machine Collective’s Residue, a short film shot in a defunct thermal power plant outside Guwahati, which took a dig at the Indian State’s thoughtless industrialisation.
    3. 2019, a commemoration as the brief: The pavilion was mounted around the 150th anniversary of Mahatma Gandhi and explored his continued relevance in a world navigating conflict, with works by Jitish Kallat, Atul Dodiya, MF Husain and Shakuntala Kulkarni.
    4. 2019, the curatorial constraint: The curator was told the funds came from the Gandhi 150 commemoration, and secured agreement that the curation would carry a critical lens. Critics still dismissed the pavilion as government-mandated, unoriginal and bureaucratic.
    5. 2019, the delivery model: The Ministry of Culture worked with the Kiran Nadar Museum of Art (KNMA) as principal partner and financial backer, and the Confederation of Indian Industry (CII) on co-organisation, corporate advocacy and execution.
    6. The platform’s own tradition: The biennale has a rich record of artists using a State-funded platform to challenge governments. Eg. Hans Haacke’s Germania in 1993 was an indictment of the German government’s inaction over racial violence against immigrants.

    Challenges to a sustained Indian presence at the Venice Biennale

    1. Renting rather than owning a space: Participation has to be renegotiated each edition because India holds no permanent building at the biennale. Eg. Entering the Giardini park requires navigating a labyrinth of diplomatic, legal and administrative clearances, which Qatar completed in 2025 and South Korea last did in 1995.
      The Fix: Pursue a permanent space, which is cheaper over time and compels a return at every edition.
    2. Occasion-driven funding: A pavilion financed out of a commemoration ties its theme to the reason the money was released. Eg. The 2019 curation was fixed to an anniversary rather than chosen curatorially.
      The Fix: Fund the pavilion as a standing budget line, so the theme is set by the curator and not by the source of the grant.
    3. Capability that does not accumulate: Each pavilion is delivered by a fresh set of partners, so production and curatorial knowledge does not carry across editions. Eg. The 2019 and 2026 pavilions were built by entirely different institutional partners.
      The Fix: Retain a standing organising body across editions, so what one pavilion learns is available to the next.
    4. Freight exposure on craft-based work: Large installations in natural material need long lead times that a sudden conflict can destroy. Eg. Several species of bamboo had to reach Venice on fixed timelines, and the outbreak of the US-Iran war in February forced the artworks to be flown in instead of shipped.
      The Fix: Budget an air freight contingency into the production plan from the outset for bulky and perishable material.

    Conclusion

    The pavilion has been received as a success, and the success is being read as evidence of a change in how India treats contemporary art abroad. The record does not yet support that reading, because every Indian pavilion so far has followed a specific occasion rather than a standing commitment. India has confirmed a return at the next edition and is preparing to host a biennale of its own in Delhi, which gives the current momentum somewhere to go. What to watch is whether India moves from renting space each time to holding one, since renting keeps participation a decision that has to be taken again and owning makes it an obligation.

    Matching Previous Year Question

    “[2018, GS1, 10 marks] Safeguarding the Indian art heritage is the need of the moment. Discuss.”

  • Soaring demand for AI chips: What ‘supercycle’ means

    Why in the News

    Semicon India, the flagship conference of the India Semiconductor Mission (ISM) under the Union IT Ministry, has been held in New Delhi. It met amid exceptional global demand for semiconductors, driven by artificial intelligence (AI) and the infrastructure AI requires. That demand is being described as a semiconductor supercycle. The contested point is where India sits in a surge concentrated in memory chips and advanced packaging, since India does not yet produce chips and is not capturing profits from advanced ones.

    What is a semiconductor ‘supercycle’?

    1. Definition: A supercycle is a multi-year period of investment and growth produced by a fundamental technology shift that alters the underlying structure of demand, rather than by an ordinary upswing in orders.
    2. Earlier instances: The same pattern was seen with computers in the 1990s and with smartphones in the 2010s.

    What is driving the current chip boom?

    1. Data centres: These are physical facilities housing equipment that stores and processes digital data, such as servers and computers, and they generate a large share of present demand. An AI data centre carries the specialised infrastructure needed to support AI technology.
    2. AI accelerators: The AI chip, or accelerator, undertakes the massive calculations needed to run AI models.
    3. The memory bottleneck: These processors must also receive data rapidly, and traditional memory hardware struggles to supply it because of its physical distance from the processor.
    4. High-bandwidth memory: High-bandwidth memory (HBM) chips stack layers of a computer’s working memory close to the processor, which allows large volumes of data to move rapidly between memory and processor.
    5. Advanced packaging: Processors and memory stacks are combined using highly advanced packaging techniques, so packaging is part of the performance rather than a finishing step.
    6. Market structure: The HBM market has three big players, SK Hynix and Samsung of South Korea, and Micron of the United States.

    How is demand being secured?

    1. Shift to business buyers: Memory manufacturers traditionally relied on consumer sales, and the AI buildout is moving the market towards business-to-business sales.
    2. Scale of committed spending: Microsoft, Amazon, Google and Meta plan to spend nearly $635 billion on AI infrastructure in 2026 alone, including data centres, on S&P Global data.
    3. Take-or-pay contracts: Chipmakers are entering long-term take-or-pay agreements, under which a customer must buy the agreed chips regardless of current demand or pay hefty penalties.

    Where does India fit in the supercycle?

    1. Projects approved: India approved 12 semiconductor projects under ISM 1.0, and some packaging facilities have begun production.
    2. Position in the chain: India does not produce chips, and has focused on establishing manufacturing capacity in assembly, testing and packaging.
    3. What that looks like in practice: Micron’s Sanand facility in Gujarat will process imported wafers used for chipmaking.
    4. Profit position: India is not capturing profits from advanced chips, so the demand surge passes through its facilities rather than accruing to them.

    What do ISM 2.0 and the design route offer?

    1. ISM 2.0: Launched in February, it aims to build on the existing base, and its packaging scheme offers financial support.
    2. Chiplet research: Another scheme will support research and development (R&D) in chiplet technologies. A conventional chip is made from a single piece of silicon, and chiplets combine smaller specialised chips to lower cost and waste.
    3. Design workforce: Nearly a fifth of the global chip workforce is based in India, which makes chip design a separate entry point from fabrication.
    4. Edge-AI design: Under the design-linked incentive scheme, the startup Netrasemi is developing edge-AI processors for cameras and drones. These perform AI computations on the device instead of sending data to the cloud, which speeds up responses and cuts data transmission over the internet.
    5. Value chain signal: Germany’s Infineon has acquired the Bengaluru-based fabless company C2i, a firm that designs and sells chips without manufacturing them.

    Challenges to India’s position in the chip supercycle

    1. Concentration of the buyer base: Predictable order books rest on a handful of buyers, so a spending pause by one of them resets demand for the whole memory market. Eg. Nearly all of the 2026 AI infrastructure outlay tracked by S&P Global sits with four companies.
      The Fix: Tie capacity commitments to the revenue AI services actually generate rather than to announced infrastructure budgets.
    2. Participation limited to the back end: Approved Indian capacity sits in assembly, testing and packaging, so the margin on an advanced chip is earned before the part reaches India. Eg. Wafers processed at the Sanand facility are imported.
      The Fix: Convert the design workforce advantage into Indian ownership of chip designs rather than design services performed for foreign firms.
    3. Input costs rising before returns arrive: The AI surge raises prices for every Indian buyer of servers and devices while India earns nothing from the surge itself. Eg. A parliamentary reply in July recorded that demand for AI servers and data centres was tightening memory supplies and raising prices.
      The Fix: Prioritise memory packaging capacity in the ISM 2.0 pipeline, so part of the price increase is captured domestically.
    4. Capital drawn to established hubs: Investor interest follows existing semiconductor depth, and India competes for that capital without the same base. Eg. Some foreign investment withdrawals from Indian markets in 2026 have been linked to interest in the semiconductor-heavy markets of Taiwan and South Korea.
      The Fix: Sequence incentives towards capability milestones that shift India up the chain, so the investment case rests on capacity rather than on announcements.

    Conclusion

    The demand shift the supercycle describes sits in memory and in packaging, which is the part of the chain India has chosen to build. India remains a processor of imported wafers and a supplier of design labour, so the surge raises its input costs before it raises its earnings. The unresolved question is whether the packaging and chiplet schemes move India from assembly towards value it can retain. The markers to watch are whether an Indian facility begins producing rather than processing, and whether the industry’s order books hold once AI service revenue is measured against the infrastructure already contracted.

    Matching Previous Year Question

    “[2025, GS3, 15 marks] India aims to become a semiconductor manufacturing hub. What are the challenges faced by the semiconductor industry in India? Mention the salient features of the India Semiconductor Mission.”

  • In IIT, student death and a reckoning

    Why in the News

    A second-year BTech student at the Indian Institute of Technology (IIT) Bombay took his life hours after he was allegedly found adopting unfair means in an examination. Following student agitation, the institute has suspended the dean who reported him. Faculty members have rallied behind their colleague. The death comes a month after the death by suicide of an MSc student at IIT-Delhi, which set off weeks of protest and questions about the responsibilities of an institution towards those in its care. The family of the IIT-Bombay student has alleged caste discrimination. The contested point is whether a campus can hold academic integrity and a duty of care at the same time.

    Why is individual resilience the wrong frame for these deaths?

    1. Endurance already demonstrated: Students who clear these competitive entrance examinations have proved a formidable capacity for endurance, so a want of resilience does not explain the outcome.
    2. Scale of the pattern: Between 2006 and 2026 there have reportedly been over 170 student deaths across various IIT campuses, which makes this a recurring institutional outcome rather than a set of individual failures.
    3. The actual question: What is at issue is the old imagination of authority in premier campuses, which have become more socially and culturally diverse than ever before.

    How has the social composition of premier campuses outrun their institutional culture?

    1. What diversity brings in: A more diverse intake carries different experiences of class, caste, language, aspiration and vulnerability into the same classroom and hostel.
    2. New forms of exclusion: Diversity without a corresponding shift in institutional culture creates fresh exclusions rather than removing old ones.
    3. Design of the institution: These campuses were built principally around teaching, testing, rigour and discipline, and that design has no place to receive what a changed student body reports.

    Why can a counsellor’s office not address the change on campus?

    1. A structural change met with an addition: A system organised around examination and discipline cannot absorb a change in who its students are through the addition of a counsellor’s office alone.
    2. What students are reporting: Many students are away from home for the first time and are describing isolation, stigma and fear, which are conditions of the campus rather than clinical complaints.
    3. Where the listening has to happen: Professors and administrators are the people placed to hear this, so the response has to sit inside the academic relationship and not only beside it.

    Where does the faculty sit between accountability and compassion?

    1. The disciplinary act and its consequence: The dean who reported an examination irregularity was suspended after student agitation, while faculty members rallied behind him, so the same act was read as duty by one side and as cause by the other.
    2. Crises they were not trained for: Faculty work inside a system of administrative protocol and are expected to anticipate crises for which they received no training.
    3. The clarity they lack: Faculty have no settled statement of what is expected of them when a student is in distress.
    4. The assurance they lack: A decision taken in a student’s best interest and in line with guidelines carries the risk of being used to scapegoat the person who took it.

    Challenges to anchoring academic excellence in student wellbeing

    1. Caste and hierarchy inside the department: Counselling and grievance machinery does not reach the hierarchy that operates between a student and the people who grade him. Eg. The deceased student’s family has alleged caste discrimination.
      The Fix: Conduct a frank institutional reckoning with caste and hierarchy as a standing exercise, separate from the grievance process.
    2. Response confined to the aftermath: Institutional change is attempted in the sound and fury that follows a death and not before one. Eg. The IIT-Delhi death produced weeks of protest before the question of institutional responsibility was asked.
      The Fix: Make meaningful student representation ordinary institutional practice, so distress reaches the administration without a tragedy to carry it.
    3. Integrity procedure without a care protocol: Reporting examination misconduct and responding to a student in distress are handled by the same staff under a single disciplinary rulebook. Eg. A report of unfair means was made and the institution had no parallel process for what followed it.
      The Fix: Write guidelines that preserve academic integrity alongside strong counselling and grievance mechanisms, so one report triggers both tracks.
    4. Purpose narrowed to high performers: An institution of excellence measures itself by what its best students achieve, which leaves failure unaccommodated. Eg. Both deaths involved students at the point of academic or disciplinary difficulty rather than at the point of selection.
      The Fix: Define the mentoring mandate to cover the student who fails, so that failure is survivable inside the institution.

    Conclusion

    Two institutions are being asked to hold accountability and compassion in the same set of rules, and they currently have a language for only one of them. The suspension of one office holder settles nothing, because the difficulty is that a disciplinary system and a duty of care are running on the same staff with no protocol connecting them. What remains unresolved is who is answerable when a procedure correctly followed ends in a death. The measure to watch is whether the IITs issue a distress response protocol that sits beside their integrity rules rather than beneath them.

    Matching Previous Year Question

    “[2014, GS2, 12.5 marks] Should the premier institutes like IITs/IIMs be allowed to retain premier status, allowed more academic independence in designing courses and also decide mode/criteria of selection of students. Discuss in light of the growing challenges.”

  • Towards recognising women farmers

    Why in the News

    Maharashtra has passed the Women Farmers’ Empowerment Bill. The law grants women independent recognition as farmers irrespective of land ownership, through a Woman Farmer Certificate. It is the first Indian State legislation to give enforceable legal form to the activity-based, land-delinked definition of ‘farmer’. The National Policy for Farmers set that definition out in 2007 and never operationalised it. A comparable central law was introduced in the Rajya Sabha in 2011 and lapsed. The contested point is that recognition as a farmer in India runs through land revenue records, and those records stand primarily in men’s names. The United Nations has named 2026 the International Year of the Woman Farmer.

    What is the Woman Farmer Certificate under the Women Farmers’ Empowerment Bill?

    1. Land-delinked definition: The Act recognises women residents engaged in agriculture for at least one agricultural season a year, irrespective of the nature of the land. It broadens the definitions of both ‘agriculture’ and ‘farmer’.
    2. Woman Farmer Certificate: The certificate is the document that confers an independent agricultural identity on a woman, drawn from what she does rather than from a title in a land record.
    3. Categories named in the Act: It explicitly recognises the landless cultivator, the landless livestock rearer, the agricultural labourer, the plantation labourer and the pastoralist.

    How far has women’s participation in agriculture outrun their recognition as farmers?

    1. Workforce size: In 2025 agriculture employed roughly 110 million women and 127 million men in rural India, on Census adjusted Periodic Labour Force Survey (PLFS) estimates, bringing the sector close to gender parity.
    2. Rate of increase: The women’s agricultural workforce has more than doubled since 2017-18.
    3. Concentration in agriculture: Nearly three-quarters of all rural women workers are now in agriculture, against less than half of men.
    4. Unpaid work: In 2025 more than 41% of female agricultural workers were unpaid, against 20% of men.
    5. Own-account work: Nearly 63% of men were own-account workers, against 39% of women.

    Why does the land record decide who counts as a farmer?

    1. Ownership held by men: Women largely work family land without owning it or appearing on the land record, because patriarchal norms keep records in men’s names.
    2. Share of holdings: Only 14% of operational agricultural land holdings, measured primarily through land records, are with women, as per the Agriculture Census 2015-16.
    3. Land record as the source of truth: Each State uses its land revenue record for administrative purposes, so the bias against women is carried forward into databases and scheme access.
    4. What exclusion costs: A woman left off the record cannot reach credit, subsidies, technology, extension services and related opportunities tied to land titles.

    What does scheme access reveal about the recognition gap?

    1. PM-KISAN coverage: Only 23% of beneficiaries of the Pradhan Mantri Kisan Samman Nidhi (PM-KISAN) are women.
    2. PM-KISAN design: The scheme pays Rs 6,000 a year in direct financial assistance to eligible landholding farmer families for agricultural expenses and household needs.
    3. Gap where women dominate the workforce: Even in States where women are more than 50% of the agriculture workforce, women are under one-third of beneficiaries in most of them.
    4. Three measures of the gap: The gap is approximated by three shares taken together, women as a share of all agriculture and allied workers in 2025, women’s operational holdings as a share of all operational holdings in 2015-16, and women as a share of eligible PM-KISAN beneficiaries in 2024.
    5. Comparability caveat: The holdings and PM-KISAN figures sit nine years apart, and PM-KISAN counts individuals per landholding family, including successor widows, while the Census counts each holding once.

    Why is the binding constraint the identification system rather than land itself?

    1. Missing instrument: A women farmers’ registry delinked from land records had been absent before this legislation, so recognition shifts from the owner of land to the person who farms.
    2. Meghalaya: Women are 70% of PM-KISAN beneficiaries there, a share that reflects matrilineal inheritance under which women are the customary landholders.
    3. Kerala: Women are 44% of beneficiaries, and collective farming through groups such as Kudumbashree provides an alternative route to participation and recognition.
    4. Odisha: The KALIA scheme has reached landless and sharecropper women without a land title as the gate.
    5. Widest gaps: In Jammu and Kashmir and Himachal Pradesh women are nearly two-thirds of the agricultural workforce but a small fraction of beneficiaries.
    6. The constraint named: Where the land record is the gatekeeper women are filtered out, and where an alternative mechanism exists their access rises substantially.

    What will turning recognition into access require?

    1. Route to registration: Implementation runs through either self-registration or identification of women farmers by the Gram Sabha, including women with no land and women with no title in their name.
    2. A new database: The Act provides for a database of women farmers, which has to be connected to existing agricultural databases.
    3. Digital integration: Linking the certificates to Agri Stack, the digital agriculture platform developed by the Union Ministry of Agriculture and Farmers Welfare, and issuing FarmerIDs to women is what carries them into the wider digital agricultural ecosystem.

    Challenges to the Woman Farmer Certificate

    1. Duplication and exclusion in the register: A second database beside existing agricultural databases can record the same woman twice or leave her out of both. Eg. States hold no common definition for identifying a woman farmer, issuing her certificate or maintaining the record.
      The Fix: Build a standardised cross-State system of definitions, certificates and databases, so one woman farmer carries one identity across schemes and platforms.
    2. Awareness as the binding step: A certificate confers status without telling its holder what the status unlocks. Eg. Registration depends on a woman either applying herself or being identified by her Gram Sabha, and a woman who knows of neither route stays uncounted.
      The Fix: Run a continuous local information campaign naming the schemes and the credit lines the certificate opens.
    3. Central eligibility still keyed to land: A State certificate does not by itself alter the eligibility test a central scheme applies. Eg. PM-KISAN pays landholding farmer families, so a landless certificate holder still fails that test.
      The Fix: Rewrite scheme eligibility around the activity-based definition of a farmer rather than around a land title.

    Conclusion

    One State has separated the identity of a farmer from the ownership of land. Access to credit and welfare still runs through databases that read titles. The unresolved question is whether scheme administrators treat an activity-based certificate as proof of farmer status, or whether a second register simply sits beside the first without opening anything. What to watch is whether other States legislate a comparable registry, and whether the Gram Sabha route reaches women who have never appeared in any agricultural record.

    Matching Previous Year Question

    “[2014, GS1, 10 marks] Discuss the various economic and socio-cultural forces that are driving increasing feminization of agriculture in India.”

  • Building trust is key in warnings on melting glaciers

    Why in the News

    The disaster that unfolded in Nepal and Tibet began with a rock-ice avalanche that transformed into a devastating debris flow. First reports read the event as an earthquake and possibly a glacial lake outburst flood (GLOF), a flood released when a lake held back by glacial ice or debris gives way. The shaking was in fact the force of the rock-ice avalanche hitting the valley floor. There was no glacial lake in the valley at all. The same sequence produced the Chamoli disaster in 2021, from a rock-ice avalanche off Ronti Peak, and the Dharali disaster in 2025. Himalayan warning systems are organised around glacial lakes whose location is known. The hazard that killed at Rasuwa can begin on any of hundreds of thousands of thawing slopes.

    What is a rock-ice avalanche hazard cascade?

    1. Rock-ice avalanche: A mass of rock and ice detaches from a steep, deglaciating slope and falls to the valley floor.
    2. Transformation into a debris flow: The impact converts the avalanche into a debris flow, which then travels down the valley and destroys what stands in its path.
    3. Hazard cascade: One process sets off the next, so the damaging flood has no single identifiable source waiting to be watched.
    4. Disaster rather than natural event: Many rock avalanches and thousands of debris flows occur every year, and they become disasters only where they strike lives and surroundings.

    Why is a hazard cascade harder to plan for than a glacial lake flood?

    1. Known water source in a GLOF: For a glacial lake outburst flood, the origin of the water is the glacial lake itself.
    2. Three interventions available at a lake: A lake can be modelled to forecast flood behaviour, drained where it is judged dangerous, or fitted with real-time monitoring.
    3. No lake at Rasuwa: There was no large lake in that valley, so none of those three options was available and the event was as difficult to plan for as Chamoli.
    4. Number of possible sources: Rock-ice avalanches could originate from many hundreds of thousands of steep, rapidly deglaciating slopes with thawing permafrost in the Himalaya.
    5. Limits of failure prediction: Detecting slopes that are already moving is perhaps possible, and working out which of them will fail catastrophically is not yet reliable.

    Who is exposed to these hazards, and where did the deaths occur?

    1. Global GLOF exposure: 15 million people worldwide live with glacial lake outburst flood danger.
    2. Concentration in High Mountain Asia: Over 9 million of those people are in High Mountain Asia, and nearly 3 million are in India alone.
    3. Hydropower workers among the dead: In both Chamoli and Rasuwa, a significant number of the dead and missing were workers at hydropower infrastructure standing in the path of the flows.
    4. Decisions downstream: The open questions are where people can and cannot live below such slopes, and what the benefits and risks of hydropower development in these environments are.

    What would a denser seismic station network deliver?

    1. Detection of landslide-generated earthquakes: Seismic stations can detect and locate the earthquake that a landslide itself generates.
    2. Seismic signature of the flood: Extreme flood events produce continuous seismic noise as they move down a valley, in the same way glacial lake outburst floods do.
    3. Technically possible, not yet built: The denser network is achievable with existing science and has not been done.
    4. Cost and cross-border requirement: It would need co-operation across the Himalaya’s international borders and tens of millions of dollars.

    Challenges to early warning for Himalayan hazard cascades

    1. Instrumenting every valley is impractical: River gauges or monitoring in every single high mountain valley cannot realistically deliver warning in time. Eg. At Rasuwa the cascade began where there was no lake and no instrumented source to watch.
      The Fix: Concentrate instruments on the valleys that carry settlements or hydropower works below a rapidly deglaciating slope.
    2. No usable lead time near the source: Warning shrinks to nothing for people living close to where the cascade begins. Eg. The system in place during the Rasuwa event gave enough warning for those further downstream and not enough for those upstream.
      The Fix: Pair instrumented warning with pre-agreed evacuation routes for the upstream valley, where no alert will ever arrive early enough.
    3. Warning as a communication problem: Detection has to be followed by the news reaching people, by the speed at which they respond, and by what they actually do. Eg. Workers at hydropower sites in the flow path died in both Chamoli and Rasuwa.
      The Fix: Embed the warning system in the communities expected to act on it, so an alert is trusted and attached to a rehearsed response.
    4. Cost of a wrong call: Naming a slope as dangerous, and failing to name one, both carry high consequences. Eg. Identifying which moving slopes will catastrophically fail is not yet reliable science.
      The Fix: Publish slope hazard assessments with their stated uncertainty, so the confidence attached to a warning travels with the warning.

    Conclusion

    Himalayan risk planning is built around a hazard whose source can be located, and the events now killing people begin on slopes nobody is watching. The science to close that gap exists and the network to carry it does not, because it requires money and agreement between countries that share the range. A warning that communities do not trust, or do not know how to act on, saves nobody, which makes trust part of the engineering rather than an afterthought. Lives can be saved on those terms, and the places cannot, which turns the harder question into where building should be permitted at all.

    Matching Previous Year Question

    “[2020, GS1, 10 marks] How will the melting of Himalayan glaciers have a far-reaching impact on the water resources of India? (हिमालय के हिमनदों के पिघलने का भारत के जल-संसाधनों पर किस प्रकार दूरगामी प्रभाव होगा ?)”