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Type: Explained

These Newscards correspond to the explained section of various newspapers. They become immensely important for both prelims and mains and special attention needs to be paid to them

  • 60 days on, a disturbing US-Iran stalemate

    Why in the News

    The 60 day window for the United States and Iran to agree a long term peace framework expired on 17 August 2026 with no agreement. Both sides had already shut that window through late June and July while trading strikes, and the Strait of Hormuz remains blockaded by Iran and counterblockaded by the United States. A deadlock that neither side can end now holds global oil and gas movement hostage.

    What is the US Iran Memorandum of Understanding of 17 June?

    1. What it was: An interim understanding signed on 17 June 2026 that declared the immediate and permanent termination of military operations on all fronts.
    2. The clock: It set a 60 day timeframe, extendable by mutual consent, within which a broader agreement was to be reached.
    3. What the broader deal covered: Limits on Iran’s nuclear programme on one side and the lifting of United States sanctions on the other.
    4. The disputed clause: Point 5 was read by Tehran as giving it the right to manage the Strait of Hormuz, which it shares with Oman. Washington rejected that reading.
    5. How it collapsed: Hostilities resumed once Iran began firing on vessels it said were using an unapproved route through the waterway.
    6. Status on expiry: No long term framework exists. The interim text is the only agreed document and it is no longer being observed.

    What is the Strait of Hormuz?

    1. Location: A narrow sea passage connecting the Persian Gulf to the Gulf of Oman and the Arabian Sea, bordered by Iran to the north and Oman and the United Arab Emirates to the south.
    2. Why it matters: About a fifth of global oil and liquefied natural gas moved through it before the war, with no overland route able to absorb that volume.

    What is a naval blockade?

    1. Definition: A blockade is the use of warships to stop shipping from entering or leaving a coast or a waterway.
    2. The two sided version here: Iran has closed the strait to traffic it has not approved. The United States has answered with a counterblockade of Iranian ports that it says it can sustain indefinitely by rotating ships.

    What is the Bab el Mandeb Strait?

    1. Location: The passage between Yemen and Djibouti that links the Red Sea to the Gulf of Aden, and so links Suez traffic to the Indian Ocean.
    2. Current state: The Yemen based Houthi group enforces a partial blockade there, which puts a second chokepoint on the same route at risk.

    What are strategic petroleum reserves?

    1. Definition: Underground crude oil stocks held by the State to cover consumption when imports are cut off by war, sanctions or a supply shock.
    2. How they work: The reserve is filled when prices are low and released into refineries when supply stops, so the shock reaches the economy slowly rather than at once.

    Why did the 60 day framework fail to hold?

    1. Interpretation, not intent: The understanding began to unravel largely over disagreement on how its own terms should be read, not over a refusal to talk.
    2. The strait stayed shut: The framework never reopened the Strait of Hormuz, which Iran has effectively blockaded since the Israel and United States attack of 28 February 2026.
    3. The war widened instead: The 60 day period saw the Houthis and Saudi Arabia begin attacking each other, extending the conflict to a second waterway.
    4. Escalation on the ground: Iranian drones struck the office of the Kurdistan Regional Government’s prime minister in northern Iraq on 17 August.
    5. Policy shift in Tehran: A senior Iranian official stated that Iran has moved from a defensive to a fully offensive posture and would strike to break the American naval blockade if diplomacy failed.
    6. Parallel track: Iran and Oman have separately negotiated the coordinates of a jointly managed route through the strait, and progress there has been slow.

    Which figures define the scale of the disruption?

    1. Transit collapse: Traffic through the strait fell to two vessels in a day against more than 130 daily before the conflict.
    2. Share of world energy: About one fifth of global oil and liquefied natural gas flowed through the strait before the war.
    3. Timeline: The war was launched on 28 February 2026. The Memorandum of Understanding was signed on 17 June and its window closed on 17 August.
    4. Second chokepoint: Seven missiles were fired at the Bab el Mandeb Strait and the Mokha coastline in a single day, alongside Houthi claims of striking a Saudi landing ship and four patrol boats.
    5. Spillover count: The Kurdistan region of Iraq has been targeted more than 1,000 times by Iran and pro Iran armed groups since the war began.
    6. Environmental cost: A 160 km oil slick from a bulk carrier struck by a projectile spread off Qeshm island and threatened the Hara mangrove forests, a UNESCO biosphere reserve.
    7. India’s gas shift: Indian liquefied natural gas imports rose 15.4 percent to 7.08 million tonnes over May to July as Qatari supply collapsed.

    Why are both sides doubling down on economic warfare?

    1. Lesson learned in Washington: Bombing alone has not dislodged the government in Tehran, and the United States is running low on munitions.
    2. Lesson learned in Tehran: The United States has come to stay in the region, and ballistic missiles fired at American bases or at Israel will not change that.
    3. American instruments: Washington has rescinded sanction waivers on Iranian oil in the international market and threatens to hold its naval blockade of Iranian ports indefinitely.
    4. Iranian instrument: Tehran’s single point of leverage is the strait itself, which it can keep closed at low cost to its own military.
    5. Iran’s political bet: Tehran calculates that it can squeeze the American administration until the midterm elections and treats the stalemate as the new balance of power.
    6. The American constraint: With a midterm election approaching, the United States President must show that the pressure campaign is producing results without trapping the country in another foreign war.

    What do the positions of other States in the conflict demonstrate?

    1. Oman: It shares the strait with Iran and is negotiating a jointly managed route with Tehran, which makes a small mediating State the only working channel. The United States President has threatened to bomb Oman if it gets in the way of a deal.
    2. Gulf States and the Malacca model: Oman, backed by Gulf States, offered Iran a scheme of voluntary transit fees for using the strait, modelled on the arrangement used in the Strait of Malacca.
    3. Israel: It launched the war jointly with the United States on 28 February, which is why the closure of the strait is treated in Tehran as a response to an attack rather than an independent act.
    4. Saudi Arabia: It is now in direct exchange of fire with the Houthis, which shows how a bilateral war spreads to a second chokepoint through proxies.
    5. Yemen and the Houthis: A non State armed group enforces a partial blockade of the Bab el Mandeb using ballistic missiles and drones against naval and commercial shipping.
    6. Iraq and the Kurdistan region: Iranian drones and pro Iran armed groups have struck the autonomous region’s leadership more than 1,000 times, showing that the conflict travels through weak neighbouring States.
    7. Qatar: Its liquefied natural gas exports must cross the strait, which is why the shutdown forced buyers such as India to switch to United States, Nigerian, Omani and Angolan cargoes.

    Where does the stalemate turn against both sides?

    1. Each side believes time favours it: Tehran is waiting out the American electoral calendar. Washington is waiting for economic pain to force a concession.
    2. Neither can convert leverage: Neither party has gained decisive leverage to force a settlement, and neither can end the conflict on its own terms.
    3. Rhetoric against interest: The American position swings between threatening to bomb a mediating State and insisting that a negotiated settlement is possible.
    4. Cost falls on third parties: The deadlock means the rest of the world remains hostage to a conflict that neither side is capable of ending.
    5. Stalemate as an outcome: The likeliest result is not victory for either side but the deadlock itself becoming the new normal.
    6. Diplomacy is not a hedge: For States dependent on the strait, waiting for a settlement is a bet on two governments that have both chosen to wait.

    What does the stalemate demand of India?

    1. Managed so far: India has absorbed the consequences of the closure to date without a visible supply failure.
    2. Three interests exposed: A persisting stalemate puts India’s economic, energy and strategic interests at risk together, not one at a time.
    3. Diplomacy alone is insufficient: Negotiating access with either party does not remove the underlying dependence on a single waterway.
    4. Cut import dependence: India must reduce its overwhelming dependence on imported oil rather than manage each disruption as it arrives.
    5. Build larger reserves: Strategic petroleum reserve capacity has to be expanded well beyond present levels. Oil and Natural Gas Corporation is to reserve half of its 1.75 million tonne Mangaluru facility for strategic storage.
    6. Diversify and substitute: Gas sourcing has already shifted to the United States, Nigeria, Oman and Angola, and investment in alternative energy is the only durable substitute.

    Challenges to India’s energy security in a Hormuz disruption

    1. Single route concentration: A large share of Indian crude and gas passes one 21 nautical mile wide passage with no overland alternative. e.g. Qatari liquefied natural gas supply to India collapsed once the strait shut.
    2. Reserve cover is thin: Indian strategic reserves cover only a few days of national consumption against the 90 day standard used by International Energy Agency members. e.g. phase one caverns at Visakhapatnam, Mangaluru and Padur hold 5.33 million tonnes in total.
    3. Freight and insurance shock: War risk premiums and rerouting raise the landed cost of every cargo even when volumes are secured. e.g. Red Sea diversions around the Cape of Good Hope from 2024 added roughly two weeks to voyages from Europe.
    4. Currency and fiscal transmission: An oil price spike widens the current account deficit and pushes up subsidy and inflation pressure together. e.g. every $10 rise in the crude price is estimated to add close to 0.4 percent of gross domestic product to India’s import bill.
    5. Refinery configuration: Indian refineries are tuned to specific crude grades, so substitution is not simply a question of finding any seller. e.g. sour heavy Gulf grades cannot be replaced one for one by lighter Nigerian or United States crude.
    6. Diaspora and remittance exposure: About nine million Indians work in the Gulf, and a wider war puts both their safety and their transfers at risk. e.g. evacuation operations of the scale of Operation Ajay in 2023.
    7. Shipping and seafarer risk: Indian crews form a large share of global merchant manning and are directly exposed to attacks on commercial vessels. e.g. the drone strike on a merchant vessel in the Arabian Sea in December 2023.

    Conclusion

    The lapse of the 60 day window confirms that the closure of the Strait of Hormuz is no longer a temporary interruption but the working balance of power between two governments that both expect the other to break first. For India the practical consequence is that the exposure is structural and cannot be negotiated away one shipment at a time. Reduced dependence on imported crude, a materially larger strategic reserve and a faster shift to alternative energy are the only responses that survive whichever way the deadlock ends.

    About Global Maritime Chokepoints

    1. Definition: A chokepoint is a narrow shipping channel through which a large share of world trade must pass, so a closure at that point reroutes or halts global flows.
    2. Strait of Hormuz: The single largest oil chokepoint, carrying roughly 20 million barrels a day of petroleum liquids before the war, about a fifth of world consumption.
    3. Strait of Malacca: The busiest passage between the Indian and Pacific Oceans, carrying most of the crude bound for China, Japan and South Korea.
    4. Bab el Mandeb: The Red Sea entrance that connects Suez traffic to the Indian Ocean, about 18 nautical miles wide at its narrowest.
    5. Suez Canal and Panama Canal: Artificial chokepoints whose closure adds thousands of nautical miles to a voyage. e.g. the Ever Given grounding blocked Suez for six days in March 2021.
    6. Turkish Straits and Danish Straits: The Bosphorus and Dardanelles carry Black Sea grain and Russian crude. The Danish Straits carry Baltic exports.
    7. India’s position: India lies alongside the Indian Ocean sea lanes that connect Hormuz and Malacca, which makes it both exposed to and capable of policing these routes.

    Treaty Framework Governing Passage Through International Straits

    1. United Nations Convention on the Law of the Sea, 1982: The framework treaty governing maritime zones, navigation rights and the settlement of maritime disputes.
    2. Article 3: Allows a coastal State a territorial sea of up to 12 nautical miles, which is why the Strait of Hormuz falls within Iranian and Omani waters.
    3. Article 37: Applies the transit passage regime to straits used for international navigation between one part of the high seas and another.
    4. Article 38: Guarantees all ships and aircraft the right of transit passage, which cannot be suspended by the bordering States.
    5. Article 44: Bars States bordering a strait from hampering or suspending transit passage and requires them to publicise navigational hazards.
    6. Article 88 and Article 301: Reserve the high seas for peaceful purposes and bar the threat or use of force against the territorial integrity of any State.
    7. Iran’s position: Iran signed but has not ratified the Convention, and argues that the transit passage regime does not bind a non party.

    Laws and Rules Governing India’s Oil and Gas Security

    1. Petroleum Act, 1934: Regulates the import, transport, storage, production and refining of petroleum and petroleum products.
    2. Oilfields (Regulation and Development) Act, 1948: Governs the grant of exploration and production rights over petroleum and natural gas.
    3. Territorial Waters, Continental Shelf, Exclusive Economic Zone and Other Maritime Zones Act, 1976: Defines India’s maritime zones and the rights India exercises in each of them.
    4. Merchant Shipping Act, 1958: Governs registration, safety and manning of Indian flag vessels and the protection of Indian seafarers.
    5. Petroleum and Natural Gas Regulatory Board Act, 2006: Creates the downstream regulator for refining, transport, distribution and marketing, other than production.
    6. Essential Commodities Act, 1955: Allows the Union government to control the production, supply and distribution of petroleum products in a scarcity.
    7. Energy Conservation Act, 2001: Provides the legal base for efficiency standards and, after the 2022 amendment, for a domestic carbon credit trading scheme.

    Back2Basics: Strait of Hormuz

    1. Designation: A maritime chokepoint, tracked in the Places in News list as a strategic waterway rather than a protected area.
    2. Location: Between Iran on the north and Oman’s Musandam peninsula and the United Arab Emirates on the south.
    3. Connects: The Persian Gulf on one side to the Gulf of Oman and the Arabian Sea on the other.
    4. Dimensions: About 21 nautical miles wide at its narrowest, with inbound and outbound shipping lanes of about two miles each separated by a buffer.
    5. Littoral States: Iran, Oman and the United Arab Emirates. Qatar, Bahrain, Kuwait and Iraq have no route to the open ocean except through it.
    6. Islands: Qeshm, Hormuz, Larak, and the disputed Abu Musa and the Greater and Lesser Tunbs, held by Iran and claimed by the United Arab Emirates.
    7. Ecology: The Hara mangrove forests off Qeshm island, dominated by grey mangrove, form a UNESCO biosphere reserve.

    Government Initiatives

    1. Indian Strategic Petroleum Reserves Limited: Builds and operates India’s underground crude caverns. Phase one covers Visakhapatnam, Mangaluru and Padur with a combined 5.33 million tonnes.
    2. Strategic reserve phase two: Approved caverns at Chandikhol in Odisha and a second Padur facility, adding about 6.5 million tonnes of capacity.
    3. Hydrocarbon Exploration and Licensing Policy and Open Acreage Licensing Policy: Replace production sharing with a revenue sharing model and let bidders select blocks on their own initiative to raise domestic output.
    4. National Green Hydrogen Mission: Approved in 2023 to build five million tonnes of annual green hydrogen capacity by 2030 and cut fossil fuel imports.
    5. Ethanol Blended Petrol Programme: Substitutes imported crude with domestic ethanol. The 20 percent blending target was advanced to 2025 and met.
    6. PM Surya Ghar Muft Bijli Yojana: Supports rooftop solar in one crore households, shifting household demand away from fossil generation.
    7. Overseas equity oil: ONGC Videsh Limited holds producing assets abroad so that a share of India’s crude comes from equity rather than the spot market.

    Key Facts about India’s Oil and Gas Dependence

    1. Import dependence: India imports over 85 percent of the crude oil it consumes and about half of its natural gas.
    2. Consumption rank: India is the third largest consumer of crude oil in the world after the United States and China.
    3. Refining capacity: India is the fourth largest refiner globally, with Jamnagar in Gujarat the largest single refining complex in the world.
    4. Main suppliers: Russia, Iraq, Saudi Arabia, the United Arab Emirates and the United States are the largest sources of Indian crude imports.
    5. Gas sources: Qatar has been India’s largest supplier of liquefied natural gas, delivered under long term contracts through Hormuz.
    6. Reserve benchmark: International Energy Agency members hold 90 days of net import cover. India’s strategic reserves cover only a small fraction of that.
    7. Institutional link: India became an Association country of the International Energy Agency in 2017 and has sought full membership.

    Challenges in India’s Energy Security

    1. Import concentration by geography: A single region supplies a majority of Indian crude, so one regional conflict moves the whole import basket. e.g. West Asian suppliers accounted for the bulk of Indian crude before Russian barrels rose after 2022.
    2. Payment and sanctions exposure: Secondary sanctions can strand a supply relationship that is otherwise commercially sound. e.g. Indian refiners halted Iranian crude purchases in 2019 after the United States ended sanction waivers.
    3. Domestic production decline: Output from ageing fields keeps falling even as demand rises, widening the import gap. e.g. Mumbai High output has fallen steadily from its peak levels.
    4. Storage and pipeline gaps: Gas cannot reach demand centres without a completed grid, so imported cargoes are stranded at terminals. e.g. sections of the Urja Ganga pipeline in eastern India took over a decade to commission.
    5. Critical mineral dependence in the transition: A shift to electric mobility replaces oil dependence with lithium, cobalt and rare earth dependence. e.g. India imports nearly all of its lithium and cobalt requirement.
    6. Grid readiness for renewables: Variable solar and wind output needs storage and balancing capacity that does not yet exist at scale. e.g. curtailment of renewable generation in high output states during low demand hours.
    7. Price pass through politics: Retail fuel prices are politically managed, so a crude spike lands on oil marketing company balance sheets rather than consumers. e.g. under recoveries absorbed by public sector oil marketing companies during 2021 and 2022.

    Way Forward

    1. Expand strategic storage: Complete the phase two caverns and move Indian cover toward the 90 day benchmark used by International Energy Agency members.
    2. Commercialise reserve operation: Allow foreign and private participation in cavern filling so storage is built and rotated without full budgetary funding.
    3. Diversify supply geography: Hold standing contracts across West Asia, West Africa, the Americas and Russia so no single waterway carries a majority of volumes.
    4. Accelerate substitution: Scale ethanol blending, compressed biogas, green hydrogen and electric mobility so demand growth is not met by imported crude.
    5. Secure the sea lanes: Sustain Indian naval deployments for merchant escort in the Gulf of Aden and the Arabian Sea, and expand maritime domain awareness sharing.
    6. Build the gas grid: Complete the national gas grid and city gas networks so imported and domestic gas reaches demand centres.
    7. Deepen mineral supply chains: Secure lithium, cobalt and rare earth supply through overseas assets and domestic processing so the energy transition does not create a fresh chokepoint.

    “[2026] Ships from which of the following countries have to cross the Strait of Hormuz to reach out to the Indian Ocean?
    1. Bahrain
    2. Syria
    3. Qatar
    4. Egypt
    (a) 1 and 2
    (b) 1 and 3
    (c) 2 and 3
    (d) 3 and 4

  • Over 4,000 cases pending against MPs, MLAs: Amicus curiae to SC

    Why in the News

    The 22nd report of the amicus curiae to the Supreme Court records 4,192 criminal cases pending trial against sitting and former Members of Parliament and Members of Legislative Assemblies, with 519 pending for more than a decade. The figure has stayed above 4,000 every year since 2018, through three rounds of Supreme Court directions creating special courts, designated courts and suo motu monitoring. The report therefore shifts the question from what should be ordered to why nine years of orders have not moved the number.

    Who is an amicus curiae?

    1. About: An amicus curiae is a senior lawyer appointed by a court to assist it impartially in a matter, rather than to represent any party before it.
    2. Role here: The amicus in this public interest litigation collects pendency data from every High Court, audits compliance with earlier directions and files periodic reports with recommendations.

    What is a designated court for cases against legislators?

    1. About: A designated court is an existing Sessions or Magisterial court identified in each district to hear criminal cases against sitting and former legislators on priority.
    2. Difference from a special court: A special court is constituted exclusively for such cases, while a designated court continues to carry its ordinary docket alongside them.

    What does the 22nd amicus report record?

    1. Total pendency: 4,192 cases against sitting and former MPs and MLAs are pending trial across the country.
    2. The oldest bracket: 519 cases have been pending for more than a decade.
    3. Cases still under investigation: 700 cases are pending investigation, of which 360 have stayed at that stage for more than three years without a chargesheet.
    4. Source of the data: The figure is drawn from information received from High Courts and their websites, and the High Court websites together show 4,442 pending cases.
    5. A gap in reporting: The Allahabad High Court did not submit a report, so its figure of 1,171 cases is taken from its website as of February 2024.
    6. Reach into high office: Chief Ministers of 14 of 28 States have criminal cases pending trial against them.
    7. Where the case is listed: The matter was referred to a three judge Bench in February 2025 and was listed before that Bench on 18 August.

    What is the full pendency profile in the data?

    1. Cases pending for 5 to 10 years: 754.
    2. Cases pending for 3 to 5 years: 562.
    3. Cases pending for less than 3 years: 1,095.
    4. State wise concentration: Uttar Pradesh leads with 1,171 cases, followed by Kerala at 543, Bihar at 373, Maharashtra at 364 and Odisha at 330.
    5. Chief Ministers facing cases: The Telangana Chief Minister faces the highest number at 89, followed by the West Bengal Chief Minister at 29, the Karnataka and Andhra Pradesh Chief Ministers at 19 each and the Kerala Chief Minister at 18.
    6. The trend line: Pendency rose from 4,075 in December 2018 to 5,140 in November 2022 before settling at 4,192 in July 2026, remaining above 4,000 throughout.
    7. Scale in the sitting Houses: 251 of 543 members of the Lok Sabha and 75 of 233 members of the Rajya Sabha have criminal cases against them.
    8. Data caveat: The cut off dates for the State figures vary, so the totals are indicative rather than a single day snapshot.

    What has the Supreme Court already directed since 2017?

    1. Special courts in 2017: The Court ordered the setting up of 12 special courts in 10 States and Union Territories for speedy trial of criminal cases involving legislators.
    2. Designated courts in December 2018: It directed that one designated Sessions Court and one designated Magisterial Court be identified in every district to try such cases on priority.
    3. Suo motu monitoring in November 2023: It directed the Chief Justices of all High Courts to register suo motu cases to monitor early disposal and empowered special benches to issue directions for expeditious trial.
    4. Reference in February 2025: The matter went to a three judge Bench after an earlier amicus report flagged the absence of effective monitoring by most High Courts.
    5. The outcome so far: Pendency has remained at roughly the same level across all three rounds of directions.

    Why has pendency stayed above 4,000 since 2018?

    1. Designated courts carry ordinary work: Courts identified for legislators’ cases continue to handle their regular judicial docket, so priority exists on paper only.
    2. Repeated adjournments: Hearings are deferred at the instance of parties without effective cost or consequence.
    3. Non appearance of accused persons: Accused legislators fail to appear on listed dates, and the trial cannot proceed in their absence.
    4. Delays in securing witnesses: Witnesses are not produced on the dates fixed, breaking the continuity of evidence.
    5. Inadequate High Court monitoring: Most High Courts have not run the suo motu monitoring the Court ordered in November 2023.

    What does the amicus recommend?

    1. Exclusive trials: Designated courts should conduct trials involving lawmakers exclusively until their backlog is cleared.
    2. Day to day hearing: Cases pending for more than three years should be heard on a day to day basis.
    3. Non bailable warrants: Courts should issue non bailable warrants where an accused lawmaker fails to appear on two consecutive dates.
    4. Nodal prosecution officer: A nodal prosecution officer should be appointed to secure the attendance of witnesses.
    5. Real time data upload: Case data and order sheets should be uploaded in real time on High Court websites.
    6. Trial within one year: Trials should be completed within one year of the framing of charges.
    7. Monthly monitoring: High Courts should monitor cases pending for more than three years every month.
    8. Micro monitoring: Individual delayed cases should be tracked separately rather than only in aggregate.

    Does prioritising legislators’ cases sit comfortably with equal treatment of all undertrials?

    1. Two competing claims: Legislators exercise public power and merit faster scrutiny, while ordinary undertrials suffer longer custody and have a stronger claim under Article 21.
    2. Fixed judicial capacity: Exclusive trials for legislators redirect court time within an unchanged pool of judges, so another category of case slows down.
    3. The trigger for priority: A legislator’s continuation in office turns on conviction under Section 8 of the Representation of the People Act, 1951, which no ordinary accused faces.
    4. Delay as a strategy: Prolonged trial protects the incumbent, so the beneficiary of delay is the accused who holds power.
    5. Why the equality objection is limited: The priority attaches to the office and its power over the criminal justice system, not to the person’s status as a citizen.
    6. The unresolved part: Neither the special courts of 2017 nor the designated courts of 2018 came with additional judges, so the priority was ordered without the capacity to deliver it.

    Challenges to expeditious trial of legislators

    1. No additional judicial capacity: Priority was mandated without creating new posts. e.g. the 2017 order created only 12 special courts across 10 States and Union Territories for a national caseload above 4,000.
    2. Investigation stalling before trial: A case never reaches the designated court if the chargesheet is not filed. e.g. 360 cases have stayed under investigation for more than three years without a chargesheet.
    3. Prosecutorial dependence on the executive: Public Prosecutors are appointed by State governments that the accused may lead. e.g. Chief Ministers of 14 of 28 States face pending criminal cases.
    4. Witness hostility and intimidation: Witnesses turn hostile where the accused holds local power. e.g. India still has no operational witness protection framework beyond the 2018 scheme approved in Mahender Chawla v Union of India.
    5. Withdrawal of prosecution: Section 360 of the Bharatiya Nagarik Suraksha Sanhita, 2023 permits withdrawal with the court’s consent. e.g. Uttar Pradesh moved to withdraw a large batch of political cases in 2020, prompting High Court scrutiny.
    6. Inconsistent High Court reporting: Monitoring cannot work without uniform data. e.g. the Allahabad High Court, holding the largest caseload at 1,171, did not submit a report at all.
    7. Conviction does not follow speed: Faster trials do not by themselves improve the quality of investigation. e.g. pendency fell from 5,140 in November 2022 to 4,192 in July 2026 without any recorded rise in convictions.

    Conclusion

    The report shows an institutional pattern rather than a backlog problem, since pendency has stayed above 4,000 through three separate rounds of Supreme Court directions since 2017. Priority listing without additional judges, an independent prosecution and enforceable attendance simply redistributes delay. The matter now stands listed before a three judge Bench of the Supreme Court on 18 August, where the amicus has sought exclusive trials, day to day hearing of cases older than three years and completion of trial within one year of charge framing. The number to watch after that hearing is the count of cases older than a decade, currently 519.

    “[2024, GS2, 15 marks] Explain the reasons for the growth of public interest litigation in India. As a result of it, has the Indian Supreme Court emerged as the world’s most powerful judiciary?”

  • A third of names could be deleted in Delhi’s draft SIR roll of electors

    Why in the News

    The enumeration phase of the Special Intensive Revision (SIR) of electoral rolls closed with forms uploaded for only 97.47 lakh of Delhi’s 1.45 crore electors, implying a deletion of about 32.41 per cent, the highest in the country. The same exercise has left 2.08 crore forms uncollected in Maharashtra and 1.08 crore Karnataka electors outside the draft roll. The revision is designed to purify the roll, and the figures show that the burden of staying on it has shifted to the elector within a fixed calendar.

    What is the Special Intensive Revision of electoral rolls?

    1. About: A house to house revision of electoral rolls conducted by the Election Commission of India (ECI) in which every existing elector must be re verified rather than only new applicants being added.
    2. Enumeration phase: Booth Level Officers (BLOs) carry pre filled enumeration forms door to door, help electors complete them and upload the details to the official portal.
    3. Mapping requirement: Electors are required to map themselves or their lineage to an earlier reference roll, the 2002 roll in the States covered so far.
    4. Consequence of non collection: A name whose form is not collected and digitised does not appear in the draft roll published at the end of the phase.
    5. Restoration route: Exclusion from the draft is not final, since an elector may apply afresh during the claims and objections window.

    What is the ASDDO category?

    1. About: ASDDO stands for Absent, Shifted, Dead, Duplicate and Other, the classification used for electors whose enumeration forms could not be collected.
    2. What it does not mean: A form recorded as uncollected does not by itself establish that the elector is dead, has shifted or is ineligible, since the elector may simply not have been traced at the recorded address.

    What is Form 6 in the electoral roll process?

    1. About: Form 6 is the application for inclusion of a name in the electoral roll, prescribed under the Registration of Electors Rules, 1960.
    2. Use in this revision: Electors dropped from the draft roll must file Form 6 during the claims and objections period to be added to the final roll.

    What do the State level enumeration figures show?

    1. Delhi: Forms were uploaded for 97.47 lakh electors, about 67 per cent of the 1.45 crore on the roll when the exercise began, leaving 47.62 lakh marked uncollectible.
    2. Maharashtra: Of an electorate of 9,78,54,049, forms for 7,69,52,262 or 78.64 per cent were digitised, 2,07,93,916 or 21.25 per cent were uncollected and 1,07,871 or 0.11 per cent remained pending.
    3. Karnataka: 1.08 crore electors fall in the ASDDO list, of whom 65.61 lakh or 11.84 per cent have permanently shifted, 16.38 lakh or 2.96 per cent are dead and 15.28 lakh or 2.76 per cent are untraceable or absent.
    4. Karnataka notices: A further 25.14 lakh electors face notices under the No Mapping category for failing to link themselves or their lineage to the 2002 roll, with about 4.46 crore mapped electors digitised at 80.46 per cent.
    5. Telangana: 73.39 lakh names were deleted in the draft roll, 60 lakh showed anomalies and 32 lakh remain unmapped, so 92 lakh electors will receive notices out of a total of 3.38 crore.
    6. Telangana breakdown: 9,22,229 electors or 2.73 per cent have died, 57,46,803 or 16.99 per cent were found shifted or absent and 6,70,203 or 1.98 per cent were enrolled in more than one place.
    7. Published draft rolls so far: Telangana recorded the highest deletion at 21.59 per cent, followed by Arunachal Pradesh at 19.09 per cent and Uttar Pradesh at 18.7 per cent.

    How do the numbers differ between urban and rural districts?

    1. City comparison: Deletions in the draft roll stand at 32.41 per cent in Delhi, 40.09 per cent in Hyderabad, 27.16 per cent in Pune and 20.26 per cent in Gurgaon.
    2. Maharashtra’s four largest urban districts: Thane, Mumbai City, Mumbai Suburban and Pune account for 94.47 lakh uncollected forms, 45.4 per cent of the State total, while holding only 27.5 per cent of the electorate.
    3. District level peaks: Thane leads with 28.88 lakh of 74.51 lakh electors uncollected at 38.77 per cent, followed by Mumbai City at 37.57 per cent, Mumbai Suburban at 34.48 per cent and Pune at 31.92 per cent.
    4. Next tier: Nagpur recorded 14.06 lakh uncollected forms at 30.32 per cent, Palghar 6.87 lakh at 28.88 per cent and Raigad 5.91 lakh at 23.33 per cent.
    5. Rural contrast: Uncollected forms stand at 8.82 per cent in Hingoli, 9.10 per cent in Buldhana, 9.93 per cent in Ratnagiri and 10.62 per cent in Latur.
    6. Concentration: Seven districts hold about 1.21 crore or 58.3 per cent of all uncollected forms while holding about 37 per cent of Maharashtra’s electorate.
    7. Movement in the final days: Maharashtra’s uncollected figure rose from 1.80 crore on 12 August to 2.08 crore on 17 August, an increase of about 27.3 lakh in five days.

    Why are deletion rates highest in the largest cities?

    1. Floating population: Officials attribute the urban pattern to large migrant workforces recorded at addresses they no longer occupy.
    2. Address updation gap: Government employees and salaried private sector workers move frequently and rarely update their address in the roll.
    3. Physical verification limits: A Booth Level Officer must find the elector at the recorded address, which fails in high rise and high churn neighbourhoods.
    4. Refusal category: Delhi officials estimate 1 to 2 lakh electors in the Other category, covering those who refuse to sign or submit enumeration forms.
    5. Booth level concentration: In nearly 3,000 booths in Karnataka, deletion rates exceed 60 per cent, so the effect is concentrated rather than spread evenly.
    6. Timeline pressure: Delhi’s enumeration was extended twice, from 29 July to 8 August and then to 17 August, because digitisation of forms lagged.

    Does a shorter roll necessarily mean a more accurate one?

    1. Two defensible objectives: Removing dead, shifted and duplicate entries protects the roll, and retaining every genuine elector protects the franchise, and the same procedure serves both unevenly.
    2. Category conflation: A single uncollected label covers the dead, the shifted, the duplicated and the merely absent, so an administrative failure to trace is recorded alongside genuine ineligibility.
    3. Reversal of the burden: The elector must now prove entitlement afresh within a fixed window rather than the State proving ineligibility before deletion.
    4. Unequal cost of restoration: Filing Form 6 and producing documents is easiest for those with stable addresses and hardest for the migrant workers who dominate the deletion lists.
    5. Contested reading of the data: Officials state that the draft is not a permanent deletion, while civil society groups in Karnataka petitioned the Chief Minister that about half of Bengaluru’s electors face removal.
    6. Demand for more time: Civil society groups have asked the Karnataka government to seek a three month extension of the revision and to approach the Supreme Court if necessary.

    What is the timeline from draft roll to final roll?

    1. Draft publication: Draft electoral rolls are published on 24 August in Delhi, Maharashtra and Karnataka.
    2. Claims and objections: Electors may file claims and objections in Delhi until 23 September, and in Telangana from 17 August to 16 September.
    3. Disposal window: Claims and objections in Delhi are to be disposed of between 24 August and 22 October, and in Telangana until 15 October.
    4. Notices for incomplete forms: Electors who submitted forms with incomplete details receive notices seeking proof of eligibility over the following two months.
    5. Final roll: The final electoral roll for Delhi is published on 27 October, and only that number settles the actual scale of exclusion.
    6. Pre draft correction: Booth Level Agents of political parties and residents may point out errors in the list before the draft is published.

    Challenges to the Special Intensive Revision

    1. Documentary burden on the poor: Proof of lineage against a 2002 roll is hardest for those without stable records. e.g. Karnataka has issued No Mapping notices to 25.14 lakh electors who could not link themselves to the 2002 list.
    2. Compressed calendar: Enumeration, notice and disposal phases overlap, leaving little time for genuine electors to respond. e.g. Delhi’s enumeration was extended twice and still closed with 47.62 lakh forms uncollected.
    3. Booth Level Officer workload: One official covers a full booth in a fixed window with no realistic revisit capacity. e.g. Thane recorded nearly four in ten forms uncollected against fewer than one in ten in Hingoli.
    4. Migrant disenfranchisement: India has no portable voting right, so a worker deleted at the home address is not automatically enrolled at the workplace. e.g. Mumbai Suburban recorded 26.99 lakh uncollected forms in a district built on internal migration.
    5. Political contestation of the process: Deletion figures become an electoral dispute rather than an administrative one. e.g. a leading public figure in Karnataka reported being marked as shifted during enumeration.
    6. Verification quality: Duplicate and dead entries are identified by field report rather than by linkage to a civil registration database. e.g. Telangana classified 9.22 lakh electors as dead on field verification alone.
    7. Appeal capacity: Disposal of lakhs of claims within two months strains Electoral Registration Officers. e.g. Telangana must dispose of notices to 92 lakh electors by 15 October.

    Conclusion

    The revision has converted a routine roll correction into a mass re registration event whose cost falls hardest on internal migrants in large cities. The published deletion figures record failure to trace as much as genuine ineligibility, and the two are not separated in the draft. Draft rolls publish on 24 August, claims and objections close on 23 September in Delhi, and the final roll on 27 October is the first number that will show how many genuine electors were actually lost. The scale of restoration achieved in that window is the real test of the exercise.

    [2024, GS2, 10 marks] Examine the need for electoral reforms as suggested by various committees with particular reference to “one nation-one election” principle.”

  • From price taker to price setter: India’s commodity market gains clout

    Why in the News

    The Securities and Exchange Board of India (SEBI) is soliciting public views on allowing Foreign Portfolio Investors (FPIs) into non agricultural, physically settled commodity derivatives covering bullion, energy and base metals. India is a major importer of crude oil, gold and industrial metals, yet it takes prices set on foreign exchanges rather than setting them. The proposal tests whether deeper liquidity turns India into a price setter or imports the volatility of global markets.

    What are physically settled commodity derivatives?

    1. About: A commodity derivative is a contract whose value is derived from an underlying commodity, traded as a future or an option on an exchange.
    2. Physical settlement: A physically settled contract is closed by actual delivery of the underlying goods at expiry, rather than by paying the cash difference between the contract price and the market price.
    3. Why the distinction matters: Physical settlement ties the exchange price to the real warehouse and delivery market, which is what makes a contract usable as a benchmark.
    4. The categories in question: The proposal covers bullion meaning gold, silver and their derivatives, energy meaning crude oil and natural gas, and base metals meaning aluminium, copper, lead, nickel and zinc.
    5. The present bar: Overseas investors are at present not allowed to participate in contracts linked to crude, natural gas, gold or silver that are settled by actual delivery of the underlying goods.

    What is a Foreign Portfolio Investor (FPI)?

    1. About: An FPI is a non resident investor registered with SEBI to invest in Indian securities and financial instruments without acquiring management control.
    2. Distinguishing feature: Portfolio investment is liquid and can exit quickly, unlike foreign direct investment which takes a lasting interest in an enterprise.
    3. Present count: More than 11,000 FPIs are currently registered in India.

    What does price taker versus price setter mean?

    1. Price taker: A market participant large enough to buy in volume, yet whose own trading does not influence the reference price at which the commodity is quoted globally.
    2. Price setter: A market whose exchange price becomes the reference benchmark that buyers and sellers elsewhere quote against.
    3. The stake for India: A price setting market retains benchmark authority, transaction value and hedging activity inside the country instead of exporting them.

    What is Average Daily Turnover (ADT)?

    1. About: Average Daily Turnover is the average notional value of contracts traded per trading day over a stated period, used as the standard measure of an exchange’s activity.
    2. Use here: It is the figure by which the Multi Commodity Exchange (MCX) is compared against global commodity exchanges for depth.

    Why is India a price taker despite being a major importer?

    1. Import weight without market weight: India is a major importer of crude oil, gold and industrial metals, and still has no proportionate influence on how those commodities are priced.
    2. Hedging happens offshore: Domestic commodity risk is currently hedged largely through London, New York, Chicago and Singapore rather than on Indian exchanges.
    3. Missing institutional depth: MCX has strong retail and domestic participation and relatively limited institutional depth compared with global exchanges.
    4. The missing precondition: For India to become a price setter, its domestic commodity market needs integration with the global financial architecture.
    5. The consequence of the gap: Indian users of these commodities accept a price discovered abroad and pay the transaction and collateral cost of using a foreign venue.

    What exactly is SEBI proposing?

    1. The consultation: SEBI is proposing to allow access to foreign portfolio investors into non agricultural derivatives and is seeking public views on the design.
    2. The stated objective: The aim is to bring global commodity risk management into India.
    3. The expected byproduct: Increased depth and liquidity in commodity derivative markets, enabling the country to serve as a global benchmark.
    4. The product scope: Participation is proposed in physically settled contracts in bullion, energy and base metals, the segments that are either imported or globally priced.
    5. The safeguard already stated: SEBI has mandated that such participants square off positions before the delivery period.
    6. The stated challenge: The design problem is to ensure that greater liquidity does not become greater volatility.

    How would onshore hedging change India’s foreign exchange position?

    1. Margin retention: Margin money posted against contracts stays within the country instead of moving to a foreign clearing house.
    2. Brokerage retention: Brokerage paid on the trade remains domestic revenue.
    3. Lower collateral demand on banks: Banks would need less foreign currency for collateral purposes when hedging moves onshore.
    4. What is not saved: India cannot avoid paying dollars for demand inelastic imported commodities, so the total import bill does not fall.
    5. What is saved: The country saves on offshore collateral, transaction costs and financial outflows.
    6. The precise gain: The result is a reduction in the volatility of India’s foreign exchange requirement, not a large reduction in total foreign exchange outflow.

    What multiplier effect do FPIs bring to the domestic market?

    1. The liquidity function: FPIs can create a multiplier effect by providing the liquidity that domestic hedgers need on the other side of their trades.
    2. The hedgers who benefit: Airlines, oil marketing companies (OMCs) and industrial users would be able to hedge efficiently on Indian exchanges.
    3. The scale even at low participation: Of the more than 11,000 registered FPIs, even a tenth participating on a conservative estimate would bring in considerable liquidity.
    4. Benchmark influence: By attracting global capital, Indian exchanges can gradually become more influential in regional price discovery.
    5. Reduced benchmark dependence: A deeper market also cuts India’s dependence on overseas benchmarks for the same commodities.

    What does the MCX data show about the market’s current depth?

    1. Combined turnover: MCX recorded a combined futures and options Average Daily Turnover of Rs 10.5 lakh crore as of the first quarter of FY27.
    2. Rate of growth: The combined futures and options ADT of MCX rose by 238 per cent in the first quarter of FY27.
    3. What the growth reflects: The rise reflects growing investor adoption of commodity derivatives for both hedging and trading.
    4. Client base: The active client base almost doubled year on year to 13.72 lakh in the review period.
    5. Registered foreign investors: More than 11,000 FPIs are already registered in India across asset classes.
    6. Composition advantage: MCX is dominated by commodities that are either imported or globally priced, which is why the proposal is expected to benefit it most.
    7. The positioning goal: The change is expected to expand MCX’s addressable market and strengthen its position as an Asian commodity trading hub.

    How did the present proposal evolve from earlier reform?

    1. The origin: The seeds of the present proposal were sown in 2015, at the time of the merger of the Forward Markets Commission with SEBI.
    2. The approach since: SEBI has taken measured steps in developing the commodity derivatives market in an orderly manner.
    3. The products introduced: SEBI introduced futures on commodity indices, options on commodity futures, and options in goods.
    4. The stated purpose of those products: To attract broad based participation, enhance liquidity, facilitate hedging and bring more depth to the commodity derivatives market.
    5. Who took them up: The products launched by the exchanges are witnessing substantial trading volumes, driven by mutual funds, alternate investment funds and portfolio management services.
    6. The earlier foreign access route: Eligible Foreign Entities (EFEs) were initially allowed to participate only for hedging, and only if they had direct exposure to Indian physical commodities.
    7. Why that route failed: The response of eligible foreign entities was woefully low, due to operational complexities in the eligibility and compliance design.

    What does the single international precedent cited actually establish?

    1. The one study relied upon: SEBI cites a study of China, which found a jump in volume and in the number of deals after internationalisation of its futures markets.
    2. The cost finding: That study also found trading cost was largely unaffected by the entry of foreign participants.
    3. The inference drawn: SEBI reasoned from this evidence for the entry of FPIs into Indian commodity derivatives.
    4. The limit of the evidence: A single country study of volume and cost does not establish that benchmark authority shifted, which is the outcome India is actually seeking.
    5. The offshore venues that matter: The benchmarks India competes against sit in London, New York, Chicago and Singapore, and none of those cases is examined in the proposal.

    Does deeper liquidity buy price setting power or imported volatility?

    1. The reform is significant: Widening access for FPIs into non farm commodity derivatives is a significant step towards market depth.
    2. The speculation risk: Speculation may amplify price movements in an already charged geopolitical environment, with currency fluctuations and supply disruptions.
    3. Position concentration: Large international commodity trading houses and hedge funds could accumulate significant positions and influence short term prices.
    4. The partial safeguard: SEBI has mandated such participants to square off positions before the delivery period, which limits delivery squeezes but not price influence during the contract’s life.
    5. Contagion channel: Indian commodity markets may sway to Federal Reserve policy and dollar movements once foreign capital is a large presence.
    6. Financialisation risk: Excessive financialisation of commodities may create a discord between futures prices and physical market realities.
    7. The central trade off: The same foreign capital that gives India benchmark weight also transmits foreign monetary policy into domestic commodity prices.

    Challenges to opening commodity derivatives to foreign portfolio investors

    1. Volatility transmission to consumer prices: Commodity futures prices feed into fuel and metal costs that households and industry pay. e.g. a spike in crude futures during the Strait of Hormuz disruption of 2026 pushed the Indian crude basket towards $90 a barrel.
    2. Warehousing and delivery infrastructure: Physical settlement needs accredited warehouses, assaying and quality certification at scale. e.g. the National Spot Exchange Limited payment crisis of 2013 arose from unverified underlying stocks in warehouses.
    3. Regulatory arbitrage with offshore venues: Participants can shift between Indian and foreign contracts to exploit margin and tax differences. e.g. Indian single stock and index derivative volumes migrated to Singapore before the exchanges restructured their offshore licensing.
    4. Currency convertibility limits: The rupee is not fully convertible on the capital account, which constrains how freely foreign hedgers can move funds. e.g. offshore participants continue to use non deliverable forward markets for rupee exposure.
    5. Concentration and manipulation risk: A few large global houses dominate physical trade in several of these commodities. e.g. global metal trading is concentrated among a small number of houses whose positions can move benchmark prices.
    6. Retail exposure to a wholesale market: Indian commodity exchanges have unusually high retail participation for a risk transfer market. e.g. the active client base at MCX almost doubled to 13.72 lakh in a single year.
    7. Agricultural spillover through sentiment: Even with farm contracts excluded, financialisation shapes expectations across commodity classes. e.g. futures trading in seven agricultural commodities was suspended in 2021 over inflation concerns and the suspension was extended repeatedly.

    Conclusion

    India buys crude oil, gold and base metals in global volume and still accepts a price discovered on exchanges abroad, and the proposal to admit FPIs is an attempt to relocate that price discovery onshore. The measurable gain is narrower than the framing suggests, since it lowers the volatility of India’s foreign exchange requirement and retains margin, brokerage and collateral, without reducing the dollar bill for demand inelastic imports. What remains unresolved is whether the same foreign capital that supplies depth also imports Federal Reserve policy and dollar movements into Indian commodity prices. The proposal is at the public consultation stage, and the design question SEBI must answer is how to ensure greater liquidity does not become greater volatility.

    Commodity Derivatives Market in India

    1. About: A commodity derivatives market allows producers, importers and consumers to lock in a future price for a commodity, transferring price risk to participants willing to bear it.
    2. The two functions: The market performs price discovery, by aggregating expectations into a single quoted price, and risk management, by allowing hedging against adverse price movement.
    3. Regulatory history: Commodity derivatives were regulated by the Forward Markets Commission under the Forward Contracts (Regulation) Act, 1952 until the Commission merged with SEBI in 2015.
    4. The exchanges: MCX dominates non agricultural commodities, while the National Commodity and Derivatives Exchange (NCDEX) is the principal agricultural commodity exchange.
    5. India’s scale: India is the world’s largest consumer of gold after China, the third largest consumer and importer of crude oil, and a leading consumer of silver and base metals.
    6. The structural weakness: Institutional and foreign participation is thin, so Indian contracts track international benchmarks rather than generating them.
    7. The newer venue: The India International Bullion Exchange at GIFT City was created to route bullion imports through an organised exchange platform.

    Statutory Framework Governing Commodity Derivatives

    1. Entry 48 of the Union List: Places stock exchanges and futures markets exclusively within Parliament’s legislative competence.
    2. Securities Contracts (Regulation) Act, 1956, Section 2(bc): Defines a commodity derivative, brought in by the Finance Act, 2015.
    3. SEBI Act, 1992, Section 11: Sets out SEBI’s duty to protect investors and to regulate the securities market, extended to commodity derivatives after the merger.
    4. Finance Act, 2015: Repealed the Forward Contracts (Regulation) Act, 1952 and transferred regulation of commodity derivatives to SEBI.
    5. Foreign Exchange Management Act, 1999, Section 6: Governs capital account transactions, the route through which foreign participation and collateral flows are controlled.
    6. Essential Commodities Act, 1955: Empowers the Union to regulate production, supply and trade in notified essential commodities, including suspension of futures trading.

    Laws and Rules Governing Commodity Market Participation

    1. Securities Contracts (Regulation) Act, 1956: Governs recognition of stock exchanges and the legality of contracts in securities and commodity derivatives.
    2. Section 2(bc): Introduced the statutory definition of a commodity derivative in 2015.
    3. SEBI Act, 1992: Establishes SEBI with powers of investigation, adjudication and penalty across securities and commodity derivative markets.
    4. SEBI (Foreign Portfolio Investors) Regulations, 2019: Set out registration categories, eligibility and investment conditions for foreign portfolio investors.
    5. Foreign Exchange Management Act, 1999: Governs the cross border movement of funds, margins and collateral by foreign participants.
    6. Foreign Exchange Management (Debt Instruments) Regulations, 2019: Regulate FPI access to Indian debt, the parallel route to their equity access.
    7. Warehousing (Development and Regulation) Act, 2007: Establishes the Warehousing Development and Regulatory Authority and the negotiable warehouse receipt system that underpins physical settlement.
    8. Essential Commodities Act, 1955: Provides the power under which futures trading in specific commodities has been suspended.
    9. Prevention of Money Laundering Act, 2002: Applies know your customer and reporting obligations to intermediaries handling foreign participant funds.

    Back2Basics: Multi Commodity Exchange of India (MCX)

    1. What it is: MCX is India’s largest commodity derivatives exchange, dealing mainly in bullion, energy and base metals.
    2. Regulator: Regulated by SEBI under the Securities Contracts (Regulation) Act, 1956 since the 2015 transfer of commodity market regulation.
    3. Year of operations: Began operations in 2003 and became India’s first listed commodity exchange.
    4. Product range: Offers futures and options in gold, silver, crude oil, natural gas, aluminium, copper, lead, nickel, zinc, cotton and other commodities.
    5. Index products: Operates commodity indices such as iCOMDEX, on which index futures are traded.
    6. Settlement types: Runs both cash settled and physically settled contracts, with delivery through accredited warehouses and vaults.
    7. Current scale: Combined futures and options average daily turnover reached Rs 10.5 lakh crore in the first quarter of FY27, with an active client base of 13.72 lakh.

    Government Initiatives Related to Commodity Markets

    1. Merger of the Forward Markets Commission with SEBI: Unified regulation of securities and commodity derivatives under a single regulator from 2015.
    2. India International Bullion Exchange at GIFT City: Created to channel bullion imports through a regulated exchange and build a domestic gold price benchmark.
    3. Gold Monetisation Scheme: Mobilises idle household and institutional gold into the banking system to reduce fresh import demand.
    4. Sovereign Gold Bonds: Offer a paper alternative to physical gold holding, reducing import linked demand.
    5. Electronic Negotiable Warehouse Receipts: Issued under the Warehousing Development and Regulatory Authority framework to make stored commodities financeable and deliverable.
    6. Electronic National Agriculture Market (eNAM): Creates a unified electronic spot market for agricultural produce across regulated mandis.
    7. International Financial Services Centres Authority: Regulates the unified financial services centre at GIFT City, including commodity and bullion derivatives available to non residents.

    Key Facts about India’s Commodity Market

    1. Regulator: SEBI, since the Forward Markets Commission merged into it on 28 September 2015.
    2. Repealed statute: The Forward Contracts (Regulation) Act, 1952 was repealed through the Finance Act, 2015.
    3. Principal exchanges: MCX for non agricultural commodities and NCDEX for agricultural commodities.
    4. Gold consumption: India is among the two largest gold consuming countries in the world, with imports a major component of its current account deficit.
    5. Crude dependence: India imports well over 85 per cent of its crude oil requirement, which is why energy contracts dominate hedging demand.
    6. Institutional access built in stages: Mutual funds, alternate investment funds and portfolio management services were allowed into commodity derivatives before foreign portfolio investors.
    7. Physical settlement mandate: SEBI moved several non agricultural contracts to compulsory delivery based settlement to align futures prices with physical markets.

    Challenges in India’s Commodity Derivatives Market

    1. Shallow institutional participation: Banks, insurers and pension funds are largely absent from commodity hedging. e.g. Indian banks are not permitted to take proprietary positions in commodity derivatives the way global banks do.
    2. Fragmented physical markets: Spot markets remain dispersed and unstandardised, weakening the link between futures and delivery. e.g. agricultural produce market committee mandis quote different grades and prices for the same crop within one State.
    3. Policy reversals: Sudden suspension of contracts undermines confidence in the market as a hedging venue. e.g. futures trading in seven agricultural commodities including wheat, mustard and chana was suspended in December 2021.
    4. Tax and transaction cost: Commodity transaction tax and stamp duty raise the cost of trading relative to offshore venues. e.g. Indian participants have historically routed positions through Dubai and Singapore for cost reasons.
    5. Quality assaying and standardisation: Delivery requires reliable and uniform quality certification. e.g. bullion delivery requires refiners accredited to internationally recognised good delivery standards, which few Indian refiners hold.
    6. Investor protection in a leveraged market: Retail participants trade leveraged contracts they may not fully understand. e.g. the negative settlement of crude oil futures in April 2020 imposed large losses on Indian retail participants holding long positions.
    7. Weak farmer linkage: The agricultural segment does not reach the producers it is meant to protect. e.g. participation by farmer producer organisations in agricultural futures remains a very small share of turnover.

    Way Forward

    1. Phase the entry with position limits: Admit foreign portfolio investors in stages with commodity wise position limits, so liquidity builds without allowing concentrated control of a contract.
    2. Strengthen surveillance: Build cross market surveillance linking futures positions with warehouse stocks and physical trade data to detect manipulation early.
    3. Deepen delivery infrastructure: Expand accredited warehouses, vaults and assaying laboratories so physical settlement scales with volume.
    4. Allow domestic institutional hedgers: Permit banks, insurers and pension funds calibrated access, so foreign capital is not the only source of institutional depth.
    5. Stabilise policy: Commit to a rule based framework for suspending a contract, so intervention is predictable rather than discretionary.
    6. Rationalise transaction cost: Review the commodity transaction tax and stamp duty structure to remove the incentive to hedge offshore.
    7. Extend hedging to the producer: Support aggregation through farmer producer organisations and small industry associations so hedging reaches beyond large firms.

    Matching Previous Year Question

    “[2021] Consider the following:
    1.Foreign currency convertible bonds
    2.Foreign institutional investment with certain conditions
    3.Global depository receipts
    4.Non-resident external deposits
    Which of the above can be included in Foreign Direct Investments?
    (a) 1, 2 and 3
    (b) 3 only
    (c) 2 and 4
    (d) 1 and 4
    Answer: (a)”

  • Odisha’s Coastline Is Shrinking: 28% Under Erosion Threat

    Why in the News

    A reply tabled in the Rajya Sabha by the Union Minister for Ports, Shipping and Waterways stated that about 28.3 percent of Odisha’s 564 km coastline is undergoing erosion. The figure sits alongside a second one that complicates it, since 54.1 percent of the same coastline is gaining land, which means the state faces not a uniformly retreating coast but a redistribution of sand that destroys some villages while building others.

    What is a geotextile tube embankment?

    1. About: A geotextile tube is a large cylindrical container fabricated from high strength, porous synthetic fabric and filled with a sand slurry to form an artificial coastal structure.
    2. Material: The fabric is a woven synthetic such as polypropylene, which retains the sand fill while allowing water to drain out through the pores.
    3. Function: Rows of such tubes are laid to form a sea wall that absorbs the impact of incoming waves at the shoreline. The energy loss at the structure reduces the scouring of the beach behind it.
    4. Deployment in Odisha: One such embankment is being developed at Pentha village in Kendrapara district, one of the worst affected stretches of the Odisha coast.
    5. Why it is preferred: The tubes are filled with locally dredged sand rather than imported rock armour, which lowers cost and allows the structure to settle with the seabed.

    What is shoreline change?

    1. About: Shoreline change is the dynamic process in which the boundary between land and water shifts over time.
    2. Drivers: The shift is produced by natural forces such as waves, tides and storms, and by human activity such as port construction and sand mining.

    What is coastal accretion?

    1. About: Accretion is the seaward growth of the shoreline when sediment carried by waves and currents is deposited faster than it is removed.
    2. Why it matters: A coastline can record accretion in aggregate while individual stretches erode, because the same longshore current that starves one beach feeds another.

    What is the National Centre for Coastal Research?

    1. About: The National Centre for Coastal Research (NCCR) is the national institution that monitors long term shoreline change across the Indian coastline.
    2. The Odisha study: It carried out a comprehensive assessment and mapping of shoreline change analysis along the Odisha coast from 1990 to 2022, and identified several stretches in the affected districts as vulnerable stretches.

    How does erosion vary across Odisha’s six coastal districts?

    1. The state level split: Of the 564 km coastline, 28.3 percent is eroding, 17.6 percent is stable with no significant shoreline change, and 54.1 percent is undergoing accretion.
    2. Jagatsinghpur: The most erosion prone district, with 47.6 percent of its 55.8 km coastline facing erosion.
    3. Ganjam: Erosion affects 45.7 percent of its 60.18 km shoreline.
    4. Kendrapara: Erosion affects 45 percent of its 149.36 km shoreline, the longest coastline among the six districts.
    5. Balasore: Erosion affects 23.8 percent of its 88 km coastline.
    6. Puri: Erosion affects 10.2 percent of its 138 km coastline.
    7. Bhadrak: Erosion affects 4.6 percent of its 72 km coastline, the lowest share among the six.

    What drives shoreline change along the Odisha coast?

    1. Natural marine forces: Waves, tides and storms continuously redistribute sediment along the coast.
    2. Coastal structures: A 2021 study on shoreline change along the Odisha coast, published in the Journal of Earth System Science, records that sea walls, breakwaters and jetties modify both the shoreline and the beach morphology.
    3. Ports and harbours: The effect is more significant where hard structures are raised for port and harbour development, which interrupts the longshore movement of sand.
    4. Extreme events: Tsunamis and cyclonic storms produce drastic shoreline changes, and Odisha is the most cyclone prone state along the Indian coast.
    5. Human extraction and construction: Sand mining and unplanned infrastructure development along the coast remove or block sediment supply.
    6. Sea level rise: Global sea level rise driven by climate change adds a permanent upward baseline to every storm surge and tidal cycle.

    What has coastal erosion already cost Odisha’s communities?

    1. Villages lost in Kendrapara: Rising sea level and coastal erosion have already submerged 16 villages in Kendrapara district, displacing several hundred people.
    2. Loss beyond land: The affected villagers lost not only their land but also their livelihoods, since fishing and cultivation both depend on proximity to the lost shoreline.
    3. Podampeta in Ganjam: A village of nearly 500 households has been deserted as the sea swept inland.
    4. Ramayapatna and other settlements: Several other coastal villages in Ganjam are witnessing the sea advance towards the landmass, rendering residents homeless.

    What measures has Odisha taken to protect its coast?

    1. Geotextile tube embankment: A geotextile tube sea wall is being developed at Pentha in Kendrapara to absorb wave impact on one of the most exposed stretches.
    2. Sea wall cum service roads: These are being developed across parts of Balasore district and at Ramayapatna beach in Ganjam.
    3. How the dual structure works: The outer tier acts as a defensive barrier against strong tidal waves and erosion. The inner tier operates as a service road for local transport and public access.
    4. Planned relocation: The state has developed a resettlement colony, described as India’s first climate resettlement colony, to accommodate people displaced by coastal erosion.
    5. Vulnerability mapping: The NCCR has identified specific vulnerable stretches within the six districts on the basis of long term shoreline analysis, which allows protection works to be prioritised.

    “[2022, GS3, 15 marks] Explain the causes and effects of coastal erosion in India. What are the available coastal management techniques for combating the hazard?”

  • India’s Extradition Push: States Told to Prepare for Fugitive Returns

    Why in the News

    The Ministry of Home Affairs (MHA) has asked all States and Union Territories to process extradition requests for fugitives abroad without delay, and to develop prison facilities in central jails that meet international standards. The instruction locates the failure inside India’s own investigating agencies rather than only in foreign courts. India has brought back 274 fugitives from 36 countries since 2021.

    What is extradition?

    1. About: Extradition is the formal surrender of a person by one state to another for trial or for serving a sentence in the requesting state.
    2. Legal basis: It operates through the Extradition Act, 1962 read with a bilateral treaty or a notified arrangement with the country concerned.
    3. Core conditions: The offence must be punishable in both countries, and the person tried only for the offence for which surrender was granted.
    4. What decides the outcome: The foreign court applies its own domestic law and human rights obligations, not the requesting state’s assessment of the case.

    What is an Interpol Red Notice?

    1. About: A request to law enforcement worldwide to locate and provisionally arrest a person pending extradition, surrender or similar legal action.
    2. Its legal weight: It is not an international arrest warrant, and each country decides what force to give it under its own law.

    What is an Interpol Blue Notice?

    1. About: A request to collect additional information about a person’s identity, location or activities in relation to a criminal investigation.
    2. Why conversion matters: A Blue Notice does not support arrest, so it must be converted into a Red Notice before extradition action becomes possible.

    What is a provisional arrest request?

    1. About: An urgent request to a foreign state to arrest a located fugitive before the full extradition documentation is submitted.
    2. The time limit: It holds the person only for a fixed period, after which the formal extradition request must arrive or the person is released.

    What has the Home Ministry directed the States to do?

    1. Timely processing: States and Union Territories must ensure timely processing of extradition requests for fugitives abroad.
    2. Dossiers in advance: All States, Union Territories and law enforcement agencies must prepare extradition dossiers in advance in every case where an Interpol Red Notice has been issued.
    3. Why in advance: The prepared dossier allows a provisional arrest or extradition request to be sent immediately once a fugitive is located or arrested abroad.
    4. Prison upgrades: Central jails must develop prison facilities that meet international standards, and the status of such facilities has been sought from every State.
    5. Case review: All pending extradition matters must be reviewed, and cases unsuitable for extradition identified or proposed for withdrawal.
    6. Extradition cells: The review meeting discussed setting up extradition cells with sufficient staff and converting Interpol Blue Notices into Red Notices.

    Why do extradition requests fail on India’s own side?

    1. The observed pattern: Even after fugitives are traced or arrested abroad on the basis of Interpol notices, state police or investigating agencies delay sending provisional arrest or formal extradition requests to the ministry.
    2. Who owns the document: Preparing a legally sound extradition request is primarily the responsibility of the investigating agency or state police concerned.
    3. Consequence one, release: If the formal request does not arrive within the stipulated time, the fugitive may be released.
    4. Consequence two, lapse: The period of provisional arrest lapses, ending the legal basis for custody.
    5. Consequence three, flight: The person may flee that foreign jurisdiction, making tracing and arrest again extremely difficult.
    6. Why the deadline binds: Foreign authorities are bound by their own domestic laws and treaty obligations and cannot extend custody to accommodate Indian delay.

    Which agencies must coordinate for a single extradition?

    1. The investigating agency or state police: Builds the case file and drafts the legally sound request.
    2. The Central Bureau of Investigation: Routes the matter through Interpol, since it is India’s National Central Bureau.
    3. The Ministry of Home Affairs: Processes and forwards the request as the nodal ministry.
    4. The Ministry of External Affairs: Transmits the request through diplomatic channels.
    5. The Indian mission concerned: Pursues the request with the host government and its courts.
    6. The failure point: A chain of five actors means one slow link defeats the entire request, which is what the advisory targets.

    Why do prison conditions decide extradition outcomes abroad?

    1. The foreign test: Courts in requested states assess whether surrender would expose the person to treatment violating their own human rights obligations.
    2. What is examined: Cell space, overcrowding, medical care, protection from violence and access to legal remedies in the specific jail proposed.
    3. The Indian response so far: Assurances have been offered on a case by case basis, including video evidence of designated barracks.
    4. Why the directive follows: Requiring central jails to meet international standards converts a case by case assurance into a standing capability.
    5. The linked demand: The ministry has sought updated details on the status of internationally compliant prison facilities from every State.

    Why has a withdrawal review been ordered?

    1. Reluctance on certain cases: Some States and agencies have been reluctant to proceed with extradition in matrimonial disputes and other cases.
    2. Their reasoning: Such cases, in their assessment, may not meet the legal threshold of an extraditable offence.
    3. The reporting gap: Those decisions were not communicated to the ministry, leaving pending cases on the books without status.
    4. The correction: Cases unsuitable for extradition must now be identified or formally proposed for withdrawal, so effort concentrates on viable requests.

    Challenges to India’s Extradition Framework

    1. Delay at the origin of the request: The window created by a foreign arrest closes before the paperwork arrives. e.g. an expired provisional arrest period releases the fugitive with no fresh basis for custody.
    2. Prison conditions as a refusal ground: Foreign courts refuse surrender on human rights grounds relating to Indian jails. e.g. the United Kingdom High Court allowed an appeal against extradition in a tax and money laundering case in 2025 on prison conditions and treatment grounds.
    3. Precedent of outright refusal: A refusal on custodial treatment grounds can end a case permanently. e.g. Denmark declined to extradite the principal accused in the Purulia arms drop case, citing risk of ill treatment.
    4. Conditions attached to successful surrender: Assurances given to secure extradition bind Indian courts afterwards. e.g. the assurance given to Portugal limited the sentence in the case of a fugitive returned in 2005 to 25 years and excluded the death penalty.
    5. Absence of a treaty with key jurisdictions: Fugitives shelter in states where India has no extradition treaty, only an arrangement or none at all. e.g. requests to jurisdictions without treaty coverage depend entirely on reciprocity and domestic discretion.
    6. Capacity inside state police: Most state forces have no officer trained in drafting extradition documentation. e.g. the ministry has had to direct the creation of dedicated extradition cells with sufficient staff.
    7. Threshold misjudgement: Requests are pursued in cases foreign courts will not accept as extraditable. e.g. matrimonial dispute cases that States themselves assess as below the legal threshold.
    8. Notice type mismatch: A person is tracked on a notice that gives no power of arrest. e.g. Blue Notices pending conversion into Red Notices leave a located fugitive untouchable.

    Conclusion

    The advisory reframes extradition failure as a domestic sequencing problem, since the legal window opened by a foreign arrest is lost when the investigating agency’s dossier is not ready. India has brought back 274 fugitives from 36 countries since 2021, and the ministry now wants dossiers prepared the moment a Red Notice issues, dedicated extradition cells, and central jails built to international standards so that prison conditions stop functioning as a refusal ground. States must next report the status of compliant prison facilities and identify cases proposed for withdrawal from extradition proceedings.

  • Claude AI Gets Global Watermarks to Prove What’s AI-Generated

    Why in the News

    Content generated by Claude will carry a machine readable marking, after Anthropic signed the transparency Code of Practice under Article 50(2) of the European Union Artificial Intelligence Act. The change extends watermarking from images and video to text itself, where the mark travels with copied text and detection is not reliable. The obligation arises from one regional law but the rollout is global.

    What is Anthropic’s new watermarking system?

    1. Trigger: The policy was introduced after Anthropic signed the EU AI Act’s Article 50(2) Code of Practice on Transparency of AI Generated Content.
    2. Two forms of marking: Watermarks are embedded in text content produced by Claude. Signed provenance metadata is attached to supported files in formats such as .svg, .png and .jpg.
    3. Applied at the model level: The text watermark is invisible to users. Anthropic has confirmed that it will not affect Claude’s response.
    4. Persistence: The watermark is part of the text, so it travels with the text when it is copied and pasted elsewhere, and may persist through some editing.
    5. Coverage of surfaces: Output from the Claude Platform (API), Claude, Claude Code, Claude Cowork and Claude Tag is set to carry the embedded watermarks. The same applies when Claude models are accessed through AWS, Google Cloud and Microsoft Foundry.
    6. Detection still incomplete: Anthropic is still working on letting external parties detect the markings, and the rollout announcement did not reveal full technical details.

    What is Article 50(2) of the European Union Artificial Intelligence Act?

    1. Substance: It requires providers of AI systems that generate synthetic text, audio, image or video to mark their outputs in a machine readable format and make them detectable as artificially generated.
    2. Code of Practice route: Signing the associated Code of Practice is the voluntary compliance instrument through which providers demonstrate that they meet the transparency duty.

    What is signed provenance metadata?

    1. About: It is a cryptographically signed record attached to a file that states the file’s origin and the tool that produced it, so a later viewer can verify where it came from.
    2. Weak point: The record is stripped when the file format is converted, which breaks the chain of verification.

    Why does watermarking text change the stakes for ordinary users?

    1. Everyday written work is now in scope: Professional emails, personal messages, school assignments and workplace deliverables that could once pass as human made may carry an AI watermark.
    2. Marginal AI involvement still marks the file: The mark can attach even where Claude’s involvement was close to negligible.
    3. Second hand exposure: A human made file that is proofread, translated, summarised or converted by someone else using Claude can still carry a mark in the final output.
    4. Non users are exposed: A person who never uses the tool can end up holding marked text produced by a collaborator, which has put non users on edge alongside users.
    5. Workflow effect: Millions of customers are reconsidering their use of AI tools and debating at what point human content becomes AI content.

    Why does the mark not settle the question of authorship?

    1. Both error types admitted: Detecting a Claude mark does not confirm that the work was created by AI. The absence of a mark does not confirm that the work was fully human made.
    2. Short text: Short text lengths can throw off the result, since a watermark needs sufficient text to be carried.
    3. Post processing edits: Content changes made after Claude processed the text can degrade the signal.
    4. Format conversion: Metadata is stripped when a file format is converted, removing the provenance record for images and documents.
    5. Unsupported surfaces: Use of a Claude offering that does not yet support AI marking leaves the output unmarked.

    What new risks has the announcement itself created?

    1. A removal market: Multiple dubious websites offering watermark “removal” or “clean up” services came online within days of the announcement.
    2. A repeat of the detector cycle: The earlier rise of AI text detectors was followed by AI text humanisers built to deceive those same detectors.
    3. Reputational damage already recorded: Detector outputs have been involved in cases leading to cancelled book deals and social media trolling for authors and bloggers.
    4. Tool quality: AI text detection tools remain experimental, fallible and prone to errors, yet are treated as evidence.
    5. Credential risk: Users now face the prospect that their own tool damages their professional credentials.

    Why do watermarks work for images but not yet for text?

    1. Images and video are the solved case: Watermarks give regulators, fact checkers and journalists a reliable way to verify the origin of an image or video and trace it to a specific provider.
    2. Text is not: Accurately detecting AI generated text remains uncharted territory, so the same verification logic does not transfer.
    3. Circulation outruns labelling: AI generated content is circulated thousands of times on social media unchecked, as content moderation rules have been loosened across the Meta family of apps and X.
    4. Users do not look: The average internet user scrolling on a phone misses even visible AI watermarks, and an invisible mark is weaker still.
    5. Regulator dependence: A tangible reduction in misinformation and deepfakes requires technology providers and regulators to act together, not a marking standard alone.

    Challenges to AI content watermarking

    1. Adversarial removal: Paraphrasing, translation and dedicated stripping tools defeat statistical text watermarks. e.g. the removal and clean up websites that appeared within days of the Anthropic announcement.
    2. No interoperable standard across providers: A mark from one model tells nothing about content from another, so an unmarked file proves nothing. e.g. the Coalition for Content Provenance and Authenticity (C2PA) standard is adopted by some providers and open source models remain outside it.
    3. False accusation of students and writers: Detector outputs are used as disciplinary evidence despite admitted error rates. e.g. OpenAI withdrew its own AI Text Classifier in July 2023 citing low accuracy.
    4. Open weight models cannot be compelled: A provider level obligation does not reach models that run on a user’s own machine. e.g. freely downloadable open weight models can generate unmarked text offline.
    5. Jurisdictional mismatch: A duty created by one region’s law governs the provider, not the harm suffered elsewhere. e.g. an Indian user injured by unmarked synthetic content depends on a European regulator’s enforcement.
    6. Labelling does not stop the harm: A deepfake remains persuasive even when correctly labelled, because the first viewing shapes belief. e.g. the November 2023 deepfake video of an Indian film actor circulated widely before any advisory was issued.

    Conclusion

    A transparency duty designed for synthetic images and video has been extended to text, where detection is unreliable and the mark attaches to work that may be substantially human. The result is a signal that users cannot see, verify or contest, carrying real reputational consequences. Labelling will reduce misinformation only if detection tools become accurate and platforms act on the marks, neither of which is settled.

    Artificial Intelligence Governance in India

    1. About: AI governance covers the rules on how AI systems are built, trained, deployed and labelled, and who is liable when they cause harm.
    2. No dedicated statute: India regulates AI through existing law and subordinate rules rather than a single AI Act, unlike the European Union’s risk tiered model.
    3. Scale: India has one of the largest AI talent pools and developer bases globally and is among the largest markets for consumer AI applications.
    4. Institutional anchor: The Ministry of Electronics and Information Technology (MeitY) is the nodal ministry, working through the IndiaAI Mission and advisories to intermediaries.
    5. Global positioning: India hosted the AI Impact Summit in New Delhi in February 2026, the successor to the AI Safety Summit series, and is a founding member of the Global Partnership on Artificial Intelligence (GPAI).

    Laws and Rules Governing AI Generated Content in India

    1. Information Technology Act, 2000: The parent statute for electronic records, intermediary liability and cyber offences.
    2. Section 79 grants intermediaries safe harbour subject to due diligence, which is the hook for content labelling duties.
    3. Section 66D penalises cheating by personation using a computer resource, used against deepfake impersonation.
    4. Information Technology (Intermediary Guidelines and Digital Media Ethics Code) Rules, 2021: Impose due diligence, grievance redress and takedown timelines on intermediaries and significant social media intermediaries.
    5. Amendment Rules on synthetically generated information, 2026: Require platforms to label synthetically generated information prominently and to obtain user declarations on whether uploaded content is synthetic.
    6. Digital Personal Data Protection Act, 2023: Governs processing of personal data, including data used to train and prompt AI models, with consent and purpose limitation duties.
    7. Bharatiya Nyaya Sanhita, 2023: Covers forgery, defamation and obscenity offences that synthetic media can constitute.
    8. Copyright Act, 1957: Governs authorship and infringement questions raised by training data and machine generated output.

    Back2Basics: European Union Artificial Intelligence Act

    1. What it is: The world’s first comprehensive horizontal law on artificial intelligence, adopted by the European Union.
    2. Entry into force: 1 August 2024, with obligations applying in phases.
    3. Approach: A risk based classification into unacceptable risk, high risk, limited risk and minimal risk, with duties scaled to the tier.
    4. Prohibited practices: Social scoring by public authorities, untargeted scraping of facial images and manipulative techniques exploiting vulnerabilities.
    5. Article 50: Sets transparency obligations for AI systems that interact with people or generate synthetic content, including machine readable marking of outputs.
    6. Extraterritorial reach: It binds providers placing systems on the EU market irrespective of where they are established, which is why compliance measures are rolled out globally.

    Government Initiatives

    1. IndiaAI Mission: Approved in March 2024 with an outlay of about Rs 10,371.92 crore, built on seven pillars covering compute capacity, innovation centre, datasets platform, application development, future skills, startup financing and safe and trusted AI.
    2. Safe and Trusted AI pillar: Funds work on deepfake detection, algorithmic bias audits and AI governance frameworks, and underpins the proposed AI Safety Institute.
    3. National Strategy for Artificial Intelligence, 2018: NITI Aayog’s framework identifying healthcare, agriculture, education, smart mobility and smart cities as focus sectors under the AI for All approach.
    4. Bhashini: The National Language Translation Mission building open speech and translation datasets across Indian languages.
    5. Responsible AI for Youth: A skilling programme for government school students to build AI literacy at scale.
    6. Digital India Act consultations: Proposed successor to the Information Technology Act, 2000, intended to address emerging technologies including AI and deepfakes.

    Key Facts about AI Content Provenance

    1. C2PA: The Coalition for Content Provenance and Authenticity is the main cross industry technical standard for attaching tamper evident provenance to media files.
    2. SynthID: Google’s watermarking system for AI generated images, audio, video and text.
    3. Deepfake: Synthetic media in which a person’s likeness or voice is replaced or generated, typically using generative adversarial networks or diffusion models.
    4. Turing Test: The 1950 benchmark for machine indistinguishability from a human, now inverted by the problem of detecting machine authorship.
    5. GPAI: The Global Partnership on Artificial Intelligence was launched in June 2020 with India as a founding member, and India held its chair in 2024.

    Challenges in AI Governance in India

    1. No binding statutory framework: India governs AI through advisories and subordinate rules that carry weaker enforceability than a statute. e.g. the March 2024 MeitY advisory on under tested AI models was revised within weeks after industry objections.
    2. Compute dependence: Frontier model training depends on imported accelerators and foreign cloud capacity. e.g. the IndiaAI Mission empanelled over 18,000 graphics processing units in its first round in January 2025 to close this gap.
    3. Data protection enforcement capacity: The Data Protection Board must supervise a very large volume of processors with limited staff. e.g. the Digital Personal Data Protection Act, 2023 rules were notified only in November 2025, years after enactment.
    4. Copyright and training data disputes: Ownership of material used to train models is unresolved in Indian law. e.g. the news agency ANI’s suit against OpenAI in the Delhi High Court filed in November 2024.
    5. Election integrity: Synthetic audio and video can be deployed at scale during compressed campaign periods. e.g. AI generated voice clips of political leaders circulated during the 2024 Lok Sabha campaign.
    6. Algorithmic bias in public service delivery: Models trained on unrepresentative data misclassify beneficiaries. e.g. facial authentication failures for manual workers under Aadhaar based attendance systems.
    7. Skill and audit gap: India lacks a trained cadre of independent AI auditors to test high risk deployments. e.g. no statutory conformity assessment body exists comparable to the notified bodies under the EU AI Act.

    Way Forward

    1. Enact a risk tiered statute: Replace advisory based governance with a law that classifies AI uses by risk and fixes provider and deployer liability.
    2. Mandate interoperable provenance: Require adherence to a common content credential standard so a mark from one provider is readable by all platforms.
    3. Build public detection capacity: Fund an independent testing facility to benchmark deepfake and text detectors and publish accuracy rates.
    4. Protect against false accusation: Bar educational institutions and employers from acting on detector output alone, and require corroborating evidence.
    5. Expand sovereign compute: Scale domestic graphics processing unit capacity and public datasets so Indian models are not fully dependent on foreign infrastructure.
    6. Strengthen platform duties: Require prominent labelling at the point of display, not only in file metadata, and fix takedown timelines for unlabelled synthetic media.
    7. Invest in digital literacy: Run sustained public campaigns so users check provenance labels rather than react to content at first sight.

    “[2023, GS3, 10 marks] Introduce the concept of Artificial Intelligence (AI). How does AI help clinical diagnosis? Do you perceive any threat to privacy of the individual in the use of AI in healthcare?”

  • Washington Warns Allies: Choose Between Pax Silica and Beijing’s AI Bloc

    Why in the News

    A draft United States letter warns the 35 signatories of its artificial intelligence (AI) Opportunity Statement that signing up to Beijing’s competing framework will exclude them from the American led Pax Silica coalition. The demand converts a supply chain initiative into a test of exclusive alignment. Kazakhstan, a potential source of critical minerals that has joined both coalitions, is the immediate trigger.

    What is the Pax Silica initiative?

    1. About: Pax Silica was launched by Washington last year to secure supply chains for AI models, semiconductors and critical minerals.
    2. Purpose: It was built for the technology rivalry with Beijing, treating minerals and chips as the inputs that decide who builds the most capable AI.
    3. Membership: About two dozen countries have joined, including close allies Japan, Australia and South Korea.
    4. Legal character: The framework is not binding, so membership carries no treaty obligation.
    5. The new condition: Members that also join Beijing’s rival body face exclusion from the coalition.

    What is the AI Opportunity Statement?

    1. About: A United States statement signed in June by 35 countries that wish to align AI cooperation with Washington.
    2. Coverage: Its signatories include members of the Pax Silica framework and other countries outside it, and the draft warning letter is addressed to this full list.

    What is the World Artificial Intelligence Cooperation Organization?

    1. About: A rival body launched in July by the Chinese President as a challenge to United States influence over the AI sector.
    2. Its offer: It promotes China’s open weight technology, positioning access to models rather than access to chips as the basis of membership.

    What are open weight AI models?

    1. About: Models whose trained parameters are published for download, allowing anyone to run and adapt them on their own hardware.
    2. Why it matters strategically: Adoption does not require a continuing commercial relationship with the developer, so influence spreads without any agreement being signed.

    What does the draft letter actually demand?

    1. A binary choice: Dozens of countries are to be told they must pick sides in the AI race with China.
    2. The penalty: Signing Beijing’s competing framework means exclusion from the United States led coalition.
    3. The stated objective: Washington hopes to starve China of resources in the race to build the most sophisticated AI.
    4. Why that matters: The most capable models are treated as usable for military or economic dominance, which is what makes inputs a security question.
    5. The evidentiary basis: The warning rests on an internal draft and a United States official, not on a published policy.

    Why do critical minerals sit at the centre of the AI race?

    1. Minerals precede chips: Semiconductors, servers and power systems depend on rare earths, gallium, germanium and graphite before any model can be trained.
    2. Refining, not mining, is the chokepoint: China dominates the midstream separation and refining stages even for ore mined elsewhere.
    3. Export controls as leverage: Beijing has used licensing of gallium, germanium, graphite and rare earth magnets as a direct policy instrument.
    4. Why Kazakhstan matters: It is a key potential source of critical minerals, which is why its dual membership set off alarm in Washington.
    5. The self limiting problem: Excluding a supplier country does not create refining capacity anywhere else.

    What do the individual signatories’ positions show about the cost of forcing a choice?

    1. Kazakhstan, the hedger: It is the only country so far known to have joined both initiatives, using its mineral endowment to sell access to both blocs rather than choose.
    2. Japan, the equipment supplier: A Pax Silica member whose firms control critical semiconductor manufacturing equipment, photoresists and wafer materials that no bloc can replace quickly.
    3. South Korea, the memory chip producer: A Pax Silica member whose memory chip makers run large fabrication capacity inside China, so exclusivity carries a direct commercial cost.
    4. Australia, the mining leg: A Pax Silica member with rare earth deposits and a dedicated critical minerals financing facility, but with separation capacity that has historically depended on offshore processing.
    5. China, the rival architecture: Beijing counters chip and minerals leverage with the World Artificial Intelligence Cooperation Organization and freely downloadable models.
    6. United States, the coalition builder: Washington combines export controls on advanced chips with Pax Silica membership, and now with the threat of exclusion.

    Why does the exclusivity demand cut against the United States’ own supply goal?

    1. Suppliers gain from hedging: A mineral rich state earns more by selling access to both coalitions than by picking one.
    2. A framework with no enforcement: Pax Silica is not binding, so exclusion is the only available lever and it is a blunt one.
    3. Open weight models cannot be fenced: Chinese models spread by download, so denying a country coalition membership does not deny it Chinese technology.
    4. Refining dependence persists: The coalition can exclude a supplier and still find that separation and processing run through China.
    5. Retaliation risk: Beijing can curtail exports of critical minerals essential to advanced technology production while Western supply chains are still being built.

    Where does India stand in the AI and critical minerals contest?

    1. Minerals Security Partnership: India joined the Minerals Security Partnership in June 2023, a United States convened grouping to catalyse investment in critical mineral supply chains.
    2. National Critical Mineral Mission: Approved in January 2025 with an outlay of about 16,300 crore rupees, it targets exploration, recovery from tailings and overseas asset acquisition.
    3. IndiaAI Mission: Approved in March 2024 with about 10,371 crore rupees, covering compute capacity, datasets, foundation model support and safe AI.
    4. Summit diplomacy: India chaired the Global Partnership on Artificial Intelligence and hosted its summit in New Delhi in December 2023, and was named the next AI summit host after the Paris AI Action Summit of February 2025.
    5. The strategic autonomy problem: India sits in United States aligned mineral platforms and in BRICS and the Shanghai Cooperation Organisation alongside China, so an exclusivity demand of the Pax Silica kind directly conflicts with its standing position.

    Challenges to Pax Silica

    1. No enforcement mechanism: A framework that is not binding cannot police dual membership. e.g. Kazakhstan has joined both Pax Silica and the Chinese body without penalty so far.
    2. Substitution by the rival supplier: Excluded states can buy the same inputs and models from Beijing. e.g. China’s export licensing of rare earth magnets from April 2025 halted assembly lines at European car plants, demonstrating who controls the flow.
    3. Cost falls on allies first: Export control regimes hit allied firms’ revenues before they hit the target. e.g. Dutch lithography equipment makers lost a large share of their China sales after successive export restrictions.
    4. Midstream capacity cannot be built quickly: Mining new deposits does not solve separation and refining. e.g. Australian rare earth concentrate was long shipped to Malaysia for separation rather than processed at home.
    5. Price volatility deters new investment: Mineral projects need long horizons that commodity cycles destroy. e.g. lithium prices fell sharply from their 2022 peak, stalling announced projects worldwide.
    6. Open weight diffusion defeats membership rules: Model access spreads independently of any coalition. e.g. a Chinese open weight reasoning model released in January 2025 was downloaded and self hosted worldwide within weeks.
    7. Third country resistance to bloc politics: Middle powers resist being made to choose. e.g. several Global South states hold membership of both Western and Chinese digital and minerals platforms simultaneously.

    Conclusion

    The AI contest has moved from controlling exports of chips to controlling membership of coalitions, and the United States is testing whether exclusivity can be enforced on countries that hold the minerals. The instrument is weak, since Pax Silica binds no one, open weight models spread by download, and refining capacity stays with China regardless of who is excluded. Kazakhstan’s dual membership is the first demonstration that suppliers will hedge. For India, an exclusivity demand of this type collides directly with a foreign policy built on membership of competing platforms.

    “[2025] Consider the following statements:
    I. India has joined the Minerals Security Partnership as a member.
    II. India is a resource-rich country in all the 30 critical minerals that it has identified.
    III. The Parliament in 2023 has amended the Mines and Minerals (Development and Regulation) Act, 1957 empowering the Central Government to exclusively auction mining lease and composite license for certain critical minerals.
    Which of the statements given above are correct?
    (a) I and II only
    (b) II and III only
    (c) I and III only
    (d) I, II and III

  • Assam’s Floods: A 200-Year Man-Made Crisis?

    Why in the News

    In the third week of July, several south bank rivers of Upper Assam rose with extreme speed, swallowed paddy fields and grazing lands, and swept through villages and towns in districts that had not previously faced catastrophic floods. The event exposes a conflict between two explanations of the disaster, one that treats the flood as a hydrological event to be excluded by engineering, and one that treats it as the outcome of a landscape whose capacity to absorb rain has been dismantled over two centuries.

    What is embankment based flood control?

    1. About: An embankment is an earthen barrier raised along a river to confine its flow within the channel and shield the settled floodplain from inundation.
    2. When it was adopted in Assam: A techno bureaucratic campaign in the mid 20th century set out to shield settled floodplains from floods that had until then been treated as predictable and nourishing for agriculture.
    3. The design assumption: The approach treats the flood as an external event to be kept out, rather than as the process that builds the plain it inundates.
    4. The sediment consequence: These barriers interrupted the flow of sediment onto the floodplain, confining silt to the channel instead of spreading it across the fields.
    5. The coverage limit: By 1988, even after thousands of kilometres of embankments had been built, two thirds of the valley still lay open to flooding.

    What are the south bank tributaries of Upper Assam?

    1. About: The south bank tributaries are the rivers that rise in the hills south and east of the Brahmaputra valley and join the main river from its right bank, including the Buridihing, Disang, Dikhow, Jhanji and Dhansiri.
    2. Why they matter here: They are fed by rainfall over the Naga Hills and eastern Arunachal Pradesh, so their flood peaks are set by rain falling outside Assam’s own boundaries.

    What is riverbed aggradation?

    1. About: Aggradation is the raising of a riverbed by deposition of sediment that the river can no longer carry downstream.
    2. Why it worsens flooding: A raised bed reduces the channel’s carrying capacity, so the same discharge overtops the banks at a lower volume than before.

    What is a flash flood?

    1. About: A flash flood is a rapid rise in water level within hours of intense rainfall, typical of steep catchments where runoff reaches the channel before it can infiltrate the soil.
    2. The determining factor: The severity depends on how quickly the catchment sheds water, which is a function of forest cover and soil condition rather than rainfall volume alone.

    What made the July flood different from a routine Brahmaputra flood?

    1. Damage before the main river peaked: Upper Assam felt the brunt of the disaster before the Brahmaputra swelled to its highest, which rules out the main channel as the primary cause.
    2. Rain fell outside Assam: Relentless rain pounded the Naga Hills and Arunachal Pradesh, soaked the slopes and unleashed sudden torrents into the southern tributaries.
    3. New districts affected: Several districts once strangers to such catastrophic floods found themselves engulfed.
    4. Extraction accelerated the runoff: Stone and boulder extraction from riverbeds and hillsides, common in both highlands and lowlands, was identified as a factor that hastened the rainfall’s journey downstream.
    5. The regional setting: Assam is cushioned between the Eastern Himalaya to the north, the Patkai and Barail ranges to the east and the Bay of Bengal to the south, so the southwest monsoon links highlands, floodplains, billions of tonnes of sediment and the shifting channels of hundreds of rivers into a single interdependent system.

    What has changed in the highland catchments that feed Upper Assam?

    1. Shorter cultivation cycles: Growing populations in the highlands of Nagaland and eastern Arunachal Pradesh have made cultivation cycles shorter and more intense, cutting the fallow period that allowed soil to recover.
    2. Small scale coal mining: Mining woven into local economies now competes with the highland agrarian economy and operates through complex networks of speculators.
    3. Relentless logging: Continued removal of tree cover strips the canopy and root systems that slow rainfall reaching the ground.
    4. Expanding infrastructure: New construction seals and compacts surfaces, adding to runoff.
    5. The combined effect: This pressure on the uplands erodes the land’s ability to absorb rainfall, so a given storm now delivers more water, faster, to the tributaries below.

    How did the south bank lose its historic resilience?

    1. The earlier condition: The south bank districts of Upper Assam were once among the Brahmaputra valley’s most resilient regions, defined by thick forests, scattered settlements and a safe distance from the Brahmaputra’s main channel.
    2. The colonial turn: The calm began to unravel in the mid 19th century, when these areas drew the attention of colonial tea planters.
    3. The land use conversion: Land where rain once vanished quietly into the forest floor was transformed into plantations, sites of mineral extraction and farms.
    4. The hydrological result: The converted land could no longer hold back the water, which shifted the flood response of the whole south bank.

    What did the embankment campaign change?

    1. The reversal of the flood’s meaning: Floods that had been seen as predictable and nourishing for agriculture were reclassified as a hazard to be excluded.
    2. The sediment interruption: The barriers cut off the annual deposition of silt that had renewed floodplain fertility.
    3. The incomplete shield: By 1988, thousands of kilometres of embankments still left two thirds of the valley exposed.
    4. The failure mode in July: Embankments along the southern tributaries gave way before the main river crested, producing sudden breaches.
    5. Why a breach is worse than a flood: The breach released a fall of water onto an unembanked plain, concentrating the discharge instead of spreading it.

    How is the monsoon itself changing?

    1. Greater unpredictability: India’s rainy season has become more unpredictable, marked by sudden downpours separated by long dry spells rather than simply more rain overall.
    2. Corroboration for the Northeast: Studies focused on Northeast India echo these findings.
    3. The explanatory shift: The gap between intense rainfall and a weakened landscape explains the flash floods more fully than the quantity of rain alone.
    4. Why the distinction matters: A landscape that once absorbed a heavy monsoon now converts the same rainfall into a peak discharge, so historical rainfall thresholds no longer predict damage.

    Do embankments protect the floodplain or deepen its exposure?

    1. The protection is real but partial: Embankments shielded settled floodplains and made permanent cultivation and settlement possible on land that had flooded annually.
    2. The cost is the sediment: The same barriers interrupted sediment flow, denying the plain the silt that renewed it and confining deposition to the channel bed.
    3. Protection invites exposure: A shielded plain attracts denser settlement, which raises the population and assets at risk when a breach occurs.
    4. Failure is concentrated, not gradual: An unembanked plain floods slowly and predictably, while an embanked one stays dry until the barrier gives way and then receives the full discharge at once.
    5. The measure of the approach: After thousands of kilometres of construction, two thirds of the valley remained open to flooding, which shows the strategy could not be completed at the scale it assumed.
    6. The deeper limitation: The state’s ecology has been treated as a puzzle for engineers, with each crisis examined in isolation, so the cumulative loss of catchment capacity is never entered into the calculation.

    Challenges to flood management in Assam

    1. Ageing embankments past their design life: Most of Assam’s embankment network was built decades ago and now fails at multiple points each season. e.g. the breach of the Bethukandi embankment on the Barak in June 2022, which submerged Silchar town for days.
    2. Bank erosion and permanent land loss: The braided Brahmaputra shifts its channels and consumes cultivated land and villages every year. e.g. Majuli, the large river island in Assam, which has lost a substantial part of its area to erosion since the 1950s.
    3. A catchment that lies outside the State’s jurisdiction: The rainfall that determines Assam’s flood peak falls in Arunachal Pradesh, Nagaland and beyond the international border. e.g. the July flood peak on the south bank tributaries generated by rain over the Naga Hills.
    4. Sudden releases from upstream hydropower projects: Reservoir operation upstream can add a flood wave to an already rising river. e.g. water released from the Ranganadi project in Arunachal Pradesh flooding parts of Lakhimpur district.
    5. Loss of wetlands that once absorbed flood water: The valley’s beels have been filled for construction and encroached upon. e.g. shrinkage of Deepor Beel, the Ramsar site adjoining Guwahati, which has intensified urban flooding in the city.
    6. Relief centred rather than mitigation centred spending: Public expenditure concentrates on camps, compensation and post flood repair rather than catchment restoration. e.g. annual embankment repair works sanctioned after each season’s breaches rather than a basin wide restoration programme.
    7. Riverbed and hillside extraction: Removal of stone, boulders and sand strips the roughness that slows runoff and destabilises slopes. e.g. boulder extraction from riverbeds in the foothills feeding the south bank tributaries.

    Conclusion

    The July flooding in Upper Assam is the outcome of vulnerabilities built over two centuries, not a seasonal misfortune produced by a river’s behaviour. Plantation conversion from the mid 19th century, embankment construction from the mid 20th century and current highland extraction have each reduced the landscape’s capacity to absorb rain, while the monsoon has shifted towards sudden concentrated downpours. Assam’s environment is approaching a tipping point and is not yet beyond repair. What remains unresolved is the framing itself, since the connections between highland and lowland, water and land, and forests and floodplains cannot be rebuilt by engineering alone.

    “[2017, GS1, 15 marks] In what way can floods be converted into a sustainable source of irrigation and all-weather inland navigation in India?”

  • India’s Gendered Clock: 7.5 Hours for Women, Just 65 Minutes for Men

    Why in the News

    India’s Time Use Survey (2025) shows the time women spend on housework rising from about age 10 to a peak of nearly 460 minutes a day, over 7.5 hours, around age 30, while the male curve never crosses 65 minutes at any age between six and 75. The gap is not created by marriage or motherhood, it is assembled in childhood, which places it outside the reach of policies aimed at adult women.

    What is the Time Use Survey?

    1. About: The Time Use Survey is a national household survey conducted by the National Statistics Office under the Ministry of Statistics and Programme Implementation, which records how members of a household allocate their 24 hours across activities on a reference day.
    2. What it captures: It measures activities that no other survey counts, including unpaid domestic services, unpaid caregiving, learning, leisure, self care and volunteer work, alongside paid employment.
    3. Why it exists: Employment surveys count only work inside the production boundary, so time spent cooking or caring for a child disappears from official statistics unless a time use survey records it.

    What is unpaid domestic and caregiving work?

    1. About: Unpaid domestic and caregiving work covers cooking, cleaning, laundry, shopping, collection of water and fuel, minor repairs, and the care of children, the sick and the elderly performed for one’s own household without payment.
    2. Its statistical treatment: These services are produced by households for their own consumption and fall outside the production boundary of the System of National Accounts, so they contribute nothing to measured Gross Domestic Product despite being economically essential.

    What is the Periodic Labour Force Survey?

    1. About: The Periodic Labour Force Survey (PLFS) is the National Statistics Office’s regular survey of employment and unemployment, which estimates the labour force participation rate, worker population ratio and unemployment rate.
    2. Its relevance here: It records the reason given for staying outside the labour force, which is where unpaid domestic responsibility appears as a measured cause of women’s non participation.

    What does the lifetime housework curve show?

    1. The female curve: Time spent on housework begins to rise around age 10, continues through the late teens and twenties, and peaks at nearly 460 minutes a day, over 7.5 hours, around age 30.
    2. The male curve: It never crosses 65 minutes at any age between six and 75, so there is no stage of the male life cycle at which domestic work becomes a substantial claim on time.
    3. Timing of the peak: The peak falls in the prime working years, which is precisely when paid work, promotion and enterprise building compete for the same hours.
    4. The continuity point: Adolescence is not separate from adulthood in this data, it is the stage at which the adult pattern begins to take shape.

    How early does the gender gap in domestic work open?

    1. Parity at age six: Indian boys and girls both spend about five minutes a day on domestic and care work at age six, and their trajectories remain close through early childhood.
    2. The girls’ curve: Girls spend about 15 minutes a day at age 10, 75 minutes at 15, and around 130 minutes by 17.
    3. The boys’ curve: Boys move from roughly five minutes at age six to only about 17 minutes by the end of childhood.
    4. The widening ratio: The girl to boy ratio in unpaid work rises from 1.6 among children aged 6 to 9, to 4.5 among those aged 10 to 14, and to 7.5 among adolescents aged 15 to 17.
    5. The divergence point: The curves separate sharply from around age 10, which is the same age at which the adult female housework curve begins its climb.

    Why is leisure, not schooling, the real cost?

    1. The trade off is usually framed wrongly: The cost of girls’ domestic work is normally argued as a trade off with schooling and education, and the data does not support that framing.
    2. Girls are not losing study time: Girls spend slightly more time on learning than boys at most ages, so they remain in school while carrying the additional work.
    3. Leisure absorbs the burden: Between ages six and 17, girls’ housework rises by roughly 124 minutes a day while their leisure time falls by around 115 minutes a day.
    4. The boys’ pattern: For boys the decline in leisure is much smaller and the time spent on housework changes relatively little.
    5. Why leisure is not residual: Sport, friendships, rest and exploration are how children build confidence, social networks, physical capability and a sense of agency, all of which shape later career trajectories.
    6. The measurement blind spot: School enrolment and learning outcome data register no problem at all, because the loss is entirely in discretionary time.

    Why does cooking sit at the centre of the divergence?

    1. Participation gap in cooking: Among adolescents aged 15 to 17, 42.4 percent of girls report cooking, against only 2.9 percent of boys.
    2. Time gap in cooking: Girls in this age group spend close to an hour cooking, while boys spend just two minutes.
    3. Other gendered tasks: Cleaning and laundry also become increasingly gendered through adolescence, with wide gaps in both participation and time spent.
    4. Where boys match or exceed girls: The only tasks are farm work and shopping, which are outward facing towards the field and the market rather than inward facing into the kitchen.
    5. The full task set measured: Participation is recorded across childcare, cleaning, cooking, farm work, laundry, repairs, shopping and collection of water and fuel, and the inward facing tasks are the ones that carry the gap.
    6. What the allocation trains: Girls are being trained for the household and boys for the world outside, which is how the pattern later appears as an efficient gendered allocation of household work.

    How does childhood conditioning surface in the labour market?

    1. The stated reason for non participation: In the 2025 PLFS, childcare and domestic responsibilities were the single most cited reason women gave for staying out of the labour force.
    2. The urban and rural split: The reason was reported by 52.5 percent of urban women and 40 percent of rural women.
    3. The male comparison: Less than 1 percent of men gave the same reason, so the constraint is not a household constraint but a gendered one.
    4. The field observation behind the data: Among rural women in Haryana aspiring to become entrepreneurs, the biggest practical constraint on doing more paid work was time tied up in cooking and household chores, and their daughters rather than their sons were already sharing that burden.

    Why do current policy interventions arrive too late?

    1. Where policy currently intervenes: Most interventions address women’s unpaid work in adulthood, through childcare services, community kitchens, safe mobility infrastructure, flexible work and social protection.
    2. What that misses: The unequal assignment of domestic work between boys and girls has already been completed before any of these instruments touch a woman’s life.
    3. The correct objective: The aim is not to remove domestic work from children’s lives, but to remove its gender assignment.
    4. The school as the instrument: Schools can give every child, boy or girl, equal opportunity to learn practical life skills, from cooking and home management to stitching, carpentry and financial management.
    5. The gap in India’s own success: India has invested heavily in keeping girls in school and improving their educational outcomes, and paid no comparable attention to what happens to their time outside school.

    Challenges to removing the gender assignment of domestic work

    1. Norms are transmitted inside the household, where policy has no instrument: No scheme reaches the daily decision about which child is called into the kitchen. e.g. mothers in rural Haryana who identified their own time poverty still passed the chores to daughters rather than sons.
    2. The burden is invisible in every headline indicator: Enrolment, learning outcomes and even attendance stay unaffected while leisure collapses. e.g. girls in the survey spend slightly more time learning than boys even while doing seven times the domestic work at 15 to 17.
    3. Infrastructure deficits convert directly into girls’ time: Where water, fuel and sanitation are distant, the collection task falls on girls. e.g. households without piped water where fetching water is a daily pre school chore.
    4. School curricula reinforce the split rather than break it: Vocational and life skill options remain gender typed in practice. e.g. home science and tailoring offered to girls while carpentry, electrical work and workshop practice fill with boys.
    5. Measurement is infrequent: Time use data arrives too rarely to evaluate whether an intervention shifted the allocation. e.g. India ran a pilot time use survey in 1998 to 1999 and its first full national round only two decades later.
    6. Care substitutes are absent for adolescent siblings: Where creche and elder care services are missing, the eldest daughter becomes the default carer. e.g. adolescent girls withdrawn from leisure and play to mind younger siblings while parents do wage work.
    7. Employment law does not reach unpaid household work: No labour statute assigns rights, hours or rest to domestic work performed inside one’s own home. e.g. maternity and creche entitlements under labour law apply to formal employment, covering a small minority of working women.

    Conclusion

    The gender gap in unpaid work is not a marriage effect or a motherhood effect, it is set in place between the ages of 10 and 17 and simply expands afterwards to 7.5 hours a day by age 30. The price girls pay is measured in leisure rather than schooling, which is why India’s success in keeping girls in school has concealed it. Policy instruments built for adult women arrive after the allocation is fixed. The intervention point is the childhood assignment of domestic tasks, and schools that teach cooking, home management, carpentry and financial management to every child are the instrument available now.

    [2024, GS1, 10 marks] Distinguish between gender equality, gender equity and women’s empowerment. Why is it important to take gender concerns into account in programme design and implementation?