💥Mains Ready By December. Smash Mains & Smash PYQ Admissions Open
Talk to Mentor

Civilsdaily

Login

Type: Schemes

  • Women’s safety falls through gap between intent and policy

    Why in the News

    A gangrape at Aastha Kunj Park in South Delhi and a molestation case in Bihar’s Jamui come almost 15 years after the December 2012 Delhi gangrape. The funds and schemes built since then have not made public spaces safe, because policy has stopped at intent and not reached accountability, capacity or women’s presence in public life.

    What has the Nirbhaya framework built since 2012?

    1. What it is: The Nirbhaya Fund is a dedicated pool of Union money for women’s safety programmes, created after the 2012 protests. It works like a ring-fenced budget line for safety projects.
    2. Legal response: The Sexual Harassment of Women at Workplace (Prevention, Prohibition and Redressal) Act, 2013 (POSH Act) also followed the protests. It sets rules to prevent and redress sexual harassment at work.
    3. Spending record: Of Rs 7,712.85 crore allotted over a decade, Rs 5,846.08 crore was used.
    4. What the money built: Nearly 15,000 women’s help desks in police stations and fast-track courts for rape cases. Chennai, Surat and Bhubaneswar also set up gender labs to test safer urban design.
    5. The takeaway: Money has been spent and institutions built, yet streets remain unsafe, so the failure lies in follow-through, not funding.

    Why do safety audits not make streets safer?

    1. Safety audit: A safety audit walks a street, park or bus route to record risks such as dark stretches. Nikore Associates, a consultancy, has audited public spaces and transport in at least 10 cities.
    2. Audits as an end: Administrations publicise how many audits they conduct, not how the problems found are fixed, so no agency answers for a flagged risk.
    3. Unfixed dark zone: A lane behind Lady Shri Ram College, Delhi, has a 500 m unlit stretch that is widely known and still unfixed.
    4. Public reporting demand: City agencies should publish how they fix audit findings, handle women’s safety helpline calls, and how long their crisis response takes.

    Why do free bus rides not add up to safety?

    1. Free travel schemes: At least eight States offer free bus travel for women, in place of investment in gender-sensitive infrastructure such as lit streets and safe stops.
    2. Wait and walk: A free bus does little for safety if waits are long and unpredictable, or if women walk to the stop on unsafe streets.
    3. Intent without capacity: Free fares show that governments mean well. They do not show the capacity to innovate, meaning the design skill to build inclusive cities that work for all users.

    How would more women in public-facing jobs change public space?

    1. Absence breeds risk: Women are nearly absent from public spaces in the evenings, and emptier streets are less safe for them.
    2. Public-facing jobs: Government agencies hire drivers, conductors, station managers, park workers and e-auto drivers, so new hiring rules and targets can quickly raise women’s presence.
    3. Delhi height rule: The Delhi government cut the bus driver height requirement from 159 cm to 153 cm.
    4. Women bus drivers in Delhi: Within a year of the 2022 change, 34 women bus drivers were inducted.
    5. Women in police: Women are only about 10 per cent of the police, against the Centre’s 33 per cent target.

    Challenges

    1. Input metrics: Nirbhaya spending is tracked by money released, not by fewer crimes or freer movement for women.
    2. Fragmented responsibility: Lighting, buses, parks and policing sit with different agencies, so no single body owns a flagged risk.
    3. Fares versus capital: Fare waivers are a recurring cost that competes with budgets for lights, shelters and buses.

    Way Forward

    1. Outcome-linked releases: The Ministry of Women and Child Development should tie Nirbhaya releases to outcomes such as audit findings closed.
    2. Recruitment norm review: Transport and municipal bodies should revise physical norms that bar women, as Delhi did.
    3. Police hiring plans: States should set yearly recruitment plans for women police to meet the Centre’s target.

    Conclusion

    Women’s safety policy has been measured by money spent and audits held, not by risks removed. The test now is whether city agencies report what they have fixed and whether governments hire enough women to change who occupies public space.

    Government initiatives for women’s safety

    1. Mission Shakti, ‘Sambal’: Runs One Stop Centres, the Women Helpline and Nari Adalats for legal, medical and counselling support.
    2. Safe City Projects: In eight major cities, artificial intelligence (AI) enabled closed-circuit television (CCTV) cameras and panic buttons cover public spaces.
    3. Zero FIR: Section 173, Bharatiya Nagarik Suraksha Sanhita, 2023, lets a woman file a First Information Report at any police station.

    Matching Previous Year Question

    “[2025, GS2, 10 marks] Women’s social capital complements in advancing empowerment and gender equity. Explain.”

  • Farmers need a share of the solar boom

    Why in the News

    India’s solar capacity has grown sixtyfold since 2014, mostly through utilities and rooftop households. Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan (PM-KUSUM), the Ministry of New and Renewable Energy’s scheme for farmers, has lagged. The Indian Council for Research on International Economic Relations (ICRIER) proposes agri-photovoltaics, so farmland yields food and power.

    What is PM-KUSUM Component A, and why has it lagged?

    1. What it is: Component A lets a farmer build a solar plant of up to 2 MW on his land and sell its power, like growing electricity as a crop.
    2. Why it was added: PM-KUSUM began with solar pumps; Component A added income from selling power.
    3. What went wrong: With no capital subsidy, a farmer must raise the full plant cost himself, so the scheme has not yet succeeded.
    4. The takeaway: Farmers hold the land solar needs but not the capital to use it, so the boom has passed them by.

    Who has gained from the solar boom so far?

    1. Global standing: India ranks third in solar, after China and the United States.
    2. Utility scale parks: About 74 percent of capacity sits in large parks on government provided wasteland, run by firms such as NTPC. Eg. Khavda Solar Park, Gujarat.
    3. Rooftop households: Rooftop solar holds about 20 percent, driven by Pradhan Mantri Surya Ghar: Muft Bijli Yojana, whose subsidies cover about 60 percent of a household system.
    4. Finance gap: Surya Ghar has a World Bank loan; PM-KUSUM has none.

    How would agri-photovoltaics bring farmers in?

    1. Agri-photovoltaics: Agri-PV mounts panels about 11 feet above the ground with spacing for crops underneath, so one field yields food and power.
    2. Subsidy and cheap credit: Component A needs a Surya Ghar style subsidy. Farmers and farmer producer companies (FPCs) should get Priority Sector Lending, the cheaper credit banks must give agriculture.
    3. Feed-in tariff: This is the fixed price a distribution company (discom) pays per unit fed into the grid. A tariff of Rs 4.5 per kWh makes projects viable.
    4. Solar cooperatives: The World Bank financed Operation Flood, the dairy cooperative drive, and should back solar cooperatives too. This “PM Surya Khet Kranti” makes solar the “third crop“.

    Why would it pay, and what is the trade-off with food?

    1. Food versus energy: Ground mounted solar on farmland displaces food crops, so the writers want it banned.
    2. Three objectives: Agri-PV under Component A serves three objectives:
      • Farm income: rises eight to ten times, as an ICRIER pilot in Rajasthan showed through power sales and shade tolerant horticulture;
      • Power subsidy bill: falls, because farm power costs about Rs 8.5 per kWh to supply, the Comptroller and Auditor General (CAG) estimates, but farmers pay about Rs 1;
      • Rural industrialisation: clean energy helps rural areas industrialise.
    3. No new spending: A feed-in tariff near half the supply cost can come from the existing farm power subsidy.

    Challenges

    1. Scale of farm demand: Agriculture uses nearly 260,000 GWh a year, priced far below cost, so agri-PV must scale widely to matter.
    2. Discom payment delays: Loss making discoms pay generators late, so power sales are unreliable income.
    3. Rising demand needs storage: Artificial intelligence (AI) data centres consume heavy power, so new solar must come with storage.

    Way Forward

    1. Aggregate through FPCs: Route agri-PV plants through FPCs and cooperatives so small holdings pool land and credit.
    2. Differentiated tariff: State regulators should notify a separate agri-PV feed-in tariff.
    3. Storage in design: Plan agri-PV with battery or pumped hydro storage beyond lithium-ion.

    Conclusion

    India can scale solar, but farmers, who hold most of the land, own almost none of it. Whether Component A gets Surya Ghar style support and a paying tariff will decide if solar also raises rural incomes.

    Key numbers

    1. Solar capacity: 2.82 GW (2014) to 168.04 GW (August 2026); Khavda Solar Park 30 GW.
    2. Surya Ghar: Rs 78,000 central subsidy for 3 kW, plus Rs 30,000 in Uttar Pradesh, against Rs 1.8 lakh cost; 1 crore households; outlay Rs 75,021 crore; World Bank loan $820 million.
    3. ICRIER pilot: 600 kW; income about Rs 40,000 to nearly Rs 4 lakh per acre; Rs 1.4 crore State Bank of India loan, Rs 60 lakh farmer share, Rs 35 lakh Kotak corporate social responsibility funds.
    4. Tariff subsidy bill: Rs 2.35 lakh crore a year; agriculture may bear 85 percent.

    Government initiatives for solar energy

    1. Production Linked Incentive (PLI) scheme: Rewards domestic manufacture of solar cells and modules.
    2. Green Energy Corridors: Transmission lines carrying large solar and wind output into the grid.
    3. Battery storage viability gap funding: Part funds battery storage to steady renewable supply.

    Matching Previous Year Question

    “[2026] Which of the following statements with regard to Green Hydrogen is/are correct? 1. It is decarbonized hydrogen obtained from natural gas reforming combined with carbon capture and storage (CCS). 2. It is produced using electrolysis of water with electricity generated by renewable energy. 3. National Green Hydrogen Mission of India aims for abatement of nearly 50 MMT of annual greenhouse gas emissions by 2030. (a) 1 only (b) 2 and 3 only (c) 2 only (d) 1, 2 and 3 Answer: B”

  • MP’s Jal Jeevan probe findings: Collapsed tank and missing taps

    Why in the News

    The Economic Offences Wing (EOW), the Madhya Pradesh police unit that investigates financial crime, has recorded findings of collapsed storage, missing taps, incomplete pipework and halted supply in Jal Jeevan Mission works in four villages of Mauganj district. Rs 3.85 crore had already been paid to the contractor for those works. The agency alleges that the contractor and three then Public Health Engineering (PHE) officials colluded to execute substandard work and secure payment for it. The works were awarded in 2021 under the Har Ghar Nal Jal programme with a nine month completion deadline. The contested point is that the divergence between works recorded as complete and water actually delivered surfaced only on physical verification after a complaint, and not through the scheme’s own reporting.

    What did the investigation cover, and under which laws is it proceeding?

    1. Trigger for the probe: The investigation followed a complaint and a physical verification of the works on the ground.
    2. Villages covered: Verification covered four villages, Judmania Raghunath, Khatkhari, Karah alias Bairagarh and Shivrajpur.
    3. Statutes invoked: The case is being investigated under the Bharatiya Nyaya Sanhita, 2023 and the Prevention of Corruption Act, 1988.
    4. Departmental response: The Jal Jeevan Mission department declined to comment on the findings, stating only that it had “no issues with the probe”.

    What did the four village projects sanction, and what did the contractor report?

    1. Judmania Raghunath: The project covered 7,600 metres of high density polyethylene (HDPE) pipeline, an underground sump from which water is pumped up, a motor and 440 household tap connections. The contractor and the sub engineer reported the pipeline laid, a motor pump installed, electrical work completed and 400 household connections provided.
    2. Khatkhari: The project covered a 75 kilolitre overhead tank, a sump, 4,400 metres of pipeline, a motor pump, electrical work and 315 household connections. The contractor reported the pipeline, motor, electrical work and sump completed, with 290 domestic connections provided.
    3. Karah alias Bairagarh: The project covered a 250 kilolitre overhead tank, a sump, 11,500 metres of pipeline, five submersible motors and 740 domestic tap connections. The contractor reported the full pipeline length laid, four submersible motors installed and all 740 household connections provided.
    4. Shivrajpur: The project covered a 125 kilolitre overhead tank, a sump, 8,000 metres of pipeline, two motors, electrical work and 700 household connections. The contractor reported the pipeline laid, one motor installed, electrical work completed, the sump constructed and 600 domestic connections provided.

    What did physical verification actually find?

    1. Household connections incomplete: At Judmania Raghunath the household connections had not been completed. Water released into the main pipeline reached the “initial five to 10 distribution lines” and could not move further.
    2. Pipes without fittings: Distribution pipelines had been brought out in front of villagers’ houses with “no fitting of any kind or concrete circular stand post” constructed. The First Information Report records this at Khatkhari and at Karah alias Bairagarh.
    3. Collapsed storage: The Khatkhari overhead tank, built with 15 metre staging during the tenure of the then executive engineer, was of poor quality. It collapsed on 27 March 2026 during test filling.
    4. Half laid pipeline and missing pumps: At Karah alias Bairagarh pipeline work was complete in only about half the area, and one submersible motor was found against the four reported. Supply there has now stopped completely.
    5. Part covered Gram Panchayat: At Shivrajpur pipeline laying was completed in only part of the Gram Panchayat. Supply ran for a few days after construction began and then stopped.

    What does the pattern across the four villages show about how payment was released?

    1. Last mile omission: Pipelines were laid in several places. The infrastructure needed to actually supply water to individual households was missing or incomplete.
    2. Reported count above verified count: In each of the four villages the connection count the contractor reported exceeded what verification could confirm, so payment rested on the report rather than on delivered supply.
    3. Storage as single point of failure: A tank that fails on its first filling leaves a village with pipework and no supply, whatever pipeline length the record carries.
    4. Certification inside the executing department: The officials named belong to the department that executes the works, so the party recording completion was the party answerable for it.

    Challenges to Jal Jeevan Mission delivery

    1. Assets counted instead of water delivered: A scheme measured by works built records success even where nothing arrives at the tap. Eg. The Mission’s own reporting is built on household tap connections provided, which is an asset count rather than a measure of supply.
      The Fix: Make payment tranches conditional on a functionality test at the household tap, verified by the Village Water and Sanitation Committee of the Gram Panchayat.
    2. Thin independent inspection: Works spread across thousands of villages are certified by the same engineering department that builds them, so an outside check arrives only after a complaint. Eg. Mission guidelines provide for third party inspection agencies, whose coverage depends on what each State engages.
      The Fix: Fix a minimum sampling percentage for third party inspection per district and attach the inspection report to every payment file.
    3. Source sustainability: A tap fails where the underlying source dries, so storage and pipework alone do not secure supply. Eg. Groundwater over extraction leaves large parts of Bundelkhand and Marathwada dependent on tanker supply each summer.
      The Fix: Tie every village scheme to a source sustainability plan under the Atal Bhujal Yojana or to a surface water linkage before sanction.
    4. Operation and maintenance after commissioning: A commissioned scheme needs recurring power, chemicals and repair money, which a capital grant does not carry. Eg. Under the National Rural Drinking Water Programme, which the Mission subsumed in 2019, habitations recorded as covered slipped back to partially covered status.
      The Fix: Route operation and maintenance to the Gram Panchayat funded from the tied water and sanitation grant of the Fifteenth Finance Commission.

    Conclusion

    The failure here sits in the last stretch between the pipeline and the tap, and that stretch is what the completion record never tested. The case now rests on a criminal investigation, so the immediate questions are recovery of the amount already released and completion of the unfinished works. The marker to watch is whether certification of such works moves outside the engineering department that executes them.

    Back2Basics: Jal Jeevan Mission

    1. Administering ministry: The Mission is run by the Department of Drinking Water and Sanitation under the Ministry of Jal Shakti.
    2. Objective: Announced in 2019, it aims to provide a functional household tap connection to every rural household, with the target year extended from 2024 to 2028.
    3. Service standard: Its design service level is 55 litres per capita per day of potable water at the household.
    4. Implementation unit: Planning, implementation and management are routed through the Gram Panchayat and its village level water committee, also called the Pani Samiti.

    Matching Previous Year Question

    “[2026, GS2, 15 marks] “Transparency and accountability in governance are not about controlling corruption but about creating the trust of stakeholders in the policy process by following the Rule of Law and Participatory Governance.” Comment.”

  • ‘Make in India’ of 12 years shows patchy performance

    Why in the News

    Twelve years after the Make in India campaign was launched on 25 September 2014, an assessment across 12 metrics covering growth, investment, employment and exports shows the manufacturing sector has not materially raised its share in India’s economic growth, employment or global exports. The campaign’s later incentive schemes have produced some results. Those gains sit in a handful of sectors rather than across manufacturing as a whole. The contested point is whether the shortfall reflects too few incentives or a failure of private investment to broaden beyond the sectors an incentive already reaches.

    What is Make in India?

    1. Launch and objective: Make in India is a Union government campaign launched on 25 September 2014 to raise the manufacturing sector’s share in India’s economic growth, employment and exports.
    2. How performance is judged: Its record is read off 12 metrics spanning growth, investment, employment and exports, rather than off a single headline target.
    3. Two statistical series: The output figures exist in an old series and a new series of both the national accounts and the Index of Industrial Production (IIP). A 12 year comparison therefore runs across both.

    Has the manufacturing sector actually gained ground in the economy?

    1. Growth against the whole economy: Manufacturing grew faster than the overall economy in only half of the 12 years under consideration on the old series.
    2. The new series reading: On the new series manufacturing outpaced overall growth in all three years for which data exists, from the 2023 to 2024 financial year through the 2025 to 2026 financial year. That gap is shrinking fast.
    3. Industrial production: Within the IIP, manufacturing outpaced the overall index in only three of the 12 years on the old series of that index.
    4. The new IIP series: Manufacturing growth matched the overall index in the 2023 to 2024 financial year and was slower in each of the next two years.
    5. Share of output, old series: Gross Value Added (GVA) data on the older series shows manufacturing’s share in overall GVA is lower in the 2025 to 2026 financial year than it was when the campaign was launched in 2014.
    6. Share of output, new series: The new series shows the sector’s share rising marginally, from 14.6 per cent in the 2022 to 2023 financial year to 15.6 per cent in the 2025 to 2026 financial year.

    What do the export numbers actually show?

    1. Growth since the launch: Non petroleum goods exports grew 53 per cent to $388.3 billion in the 2025 to 2026 financial year, from $253.5 billion in the year the campaign was launched.
    2. The preceding 12 years: The same exports grew more than 400 per cent over the 12 years before the launch, on a much smaller base.
    3. Base effect is only part of it: The smaller starting base accounts for only some of the difference between the two periods.
    4. Share of world trade: United Nations Conference on Trade and Development (UNCTAD) data shows India’s share in global merchandise exports rose from around 0.8 per cent in 2002 to 1.7 per cent in 2013. It has remained at 1.7 per cent in the 2025 to 2026 financial year.

    Is private investment backing the manufacturing push?

    1. Private capital formation: Gross fixed capital formation (GFCF) by the private sector, meaning its spending on real asset creation, formed a lower share of gross domestic product (GDP) in the 2023 to 2024 financial year, the latest on the old series, than it did in the 2014 to 2015 financial year.
    2. The new series trend: On the new series GFCF as a percentage of GDP has been falling since the 2022 to 2023 financial year.
    3. Foreign investment into factories: Foreign direct investment (FDI) into manufacturing grew slower than overall FDI in 7 of the 12 years. Its share in overall FDI rose from nearly 48 per cent in the 2014 to 2015 financial year to 55 per cent in the 2025 to 2026 financial year.
    4. Capacity utilisation: Reserve Bank of India (RBI) data on how intensively factories are being used shows the metric rising slowly over recent years. It remains below the 80 per cent mark treated as the level above which companies invest in fresh capacity.
    5. Credit without output: Bank credit to industry has grown strongly, led by credit to micro, small and medium enterprises. In the absence of sustained rapid growth in output, this points to borrowing for working capital rather than for new investment.

    How concentrated are the incentive gains?

    1. Scale of the schemes: The 14 Production Linked Incentive (PLI) schemes, launched across 2020 and 2021, have drawn a cumulative investment of Rs 2.4 lakh crore as of March 2026.
    2. Concentration in five sectors: Solar modules, pharmaceutical drugs, automobiles and their components, specialty steel and large scale electronics manufacturing together account for nearly 83 per cent of all investment under the schemes.
    3. Everything else in the schemes: The remaining covered sectors share a little over one sixth of the investment between them.

    Challenges to Make in India

    1. Tariff protection raises input costs: Duties placed on intermediate goods raise the cost of inputs for the assembly the same policy is trying to attract. Eg. The Phased Manufacturing Programme for mobile phones raised duties on imported components such as chargers and printed circuit board assemblies.
      The Fix: Hold intermediate inputs at low duty rates and apply protection only at the final assembly stage.
    2. Incentive design favours large incumbents: A subsidy paid on incremental sales above a threshold can only be claimed by firms already operating at scale. Eg. Under the PLI scheme for large scale electronics manufacturing, most approved incentive has flowed to a small group of mobile phone assemblers.
      The Fix: Add a lower turnover tier with simpler claim documentation so first time manufacturers can enter the scheme.
    3. Assembly without deepening: Incentives reward final assembly, so domestic value addition stays low where components continue to be imported. Eg. India’s electronics exports have risen alongside rising imports of components and sub assemblies.
      The Fix: Tie each incentive tranche to a rising domestic value addition threshold verified at the component level.
    4. Factor market constraints outlast incentives: Land, power reliability and labour regulation decide where a plant is built, and a subsidy changes none of them. Eg. The four labour codes passed in 2019 and 2020 took years to be brought into force.
      The Fix: Publish State level readiness on serviced industrial land, power availability and single window clearance timelines so investors can compare locations.

    Conclusion

    The instruments changed and the structural shares did not. A campaign judged on manufacturing’s place in output, employment and global exports has moved none of the three, and the one instrument that did pull investment pulled it into a narrow group of sectors. What has not been achieved is broad private capacity creation, and that is the condition the next phase has to meet rather than another incentive line. The marker to watch is whether private capital formation turns up as a share of output, since that is what builds new factories.

    Back2Basics: Gross Value Added

    1. What it measures: GVA is output minus the value of the intermediate goods and services consumed in producing it. It isolates the value added by each sector, which is why sectoral shares are read off GVA rather than off GDP.
    2. Relation to GDP: GDP at market prices equals GVA at basic prices plus product taxes minus product subsidies.
    3. Why the series matters: National accounts are periodically rebased on a more recent base year, so the same indicator in an old series and a new series is not directly comparable.

    Matching Previous Year Question

    “[2025, GS3, 15 marks] Discuss the rationale of the Production Linked Incentive (PLI) scheme. What are its achievements? In what way can the functioning and outcomes of the scheme be improved?”

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

    Why in the News

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

    What is a semiconductor ‘supercycle’?

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

    What is driving the current chip boom?

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

    How is demand being secured?

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

    Where does India fit in the supercycle?

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

    What do ISM 2.0 and the design route offer?

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

    Challenges to India’s position in the chip supercycle

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

    Conclusion

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

    Matching Previous Year Question

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

  • India’s vast canal network offers a land-free path to solar power

    Why in the News

    The Centre has approved the PM Surya Sarovar Yojana (PM-SSY). The scheme aims at developing 5,000 MW of floating solar capacity on reservoirs and other inland water bodies across the country. The approval follows a steady rise in the cost and difficulty of acquiring land for large-scale solar projects. India’s canal network, one of the largest in the world, carries a second land-neutral option in canal-top photovoltaics (CTPV), meaning solar panels mounted on elevated structures built over canal stretches. A 2024 assessment placed India’s combined canal-top and canal-bank potential at around 131 GW. Deployment has stayed limited for more than a decade after the first installation, so the binding constraint on canal-top solar is system cost and structural design rather than resource availability.

    What is canal-top photovoltaics?

    1. Structures built over the canal: CTPV mounts solar panels on specialised structures erected over canal stretches. The canal itself becomes the site, so no separate plot is acquired.
    2. Difference from floating solar: A floating system places panels on floating platforms on a water body. CTPV instead uses elevated structures standing above the canal.
    3. Design set by canal geometry: A system is built to the canal’s width, design and orientation. The elevated structure may span the canal or sit along the canal banks.
    4. Unobstructed water flow: Every design must leave the canal’s water flow unobstructed.

    What does covering a canal deliver beyond electricity?

    1. Land neutrality: CTPV requires virtually no additional land. Eg. In Punjab, the installation of 20 MW of canal-top systems is estimated to have saved nearly 100 acres of land.
    2. Reduced evaporation loss: Panels covering a canal stretch cut the amount of water lost to evaporation. The gain matters most in India’s water-stressed regions.
    3. Cooling effect on panel output: The water beneath the panels cools them. Panel performance in hot weather improves as a result.
    4. Measured dual output: A 1 MW system over the Narmada Canal at Mehsana in Gujarat saves close to 9 million litres of water every year. It generates 1.6 million units of electricity annually.

    How far has deployment actually gone in India?

    1. Early adoption: India’s first canal-top installation was commissioned at Mehsana in Gujarat in 2012. The country was an early adopter of the technology.
    2. Gujarat and Punjab capacity: Two 10 MW systems were commissioned in Vadodara, Gujarat, between 2014 and 2017. Punjab commissioned 20 MW of canal-top systems between 2017 and 2018.
    3. Punjab’s current pipeline: The Punjab Energy Development Agency invited expressions of interest in September 2025 for 40 MW of canal-top projects. The State’s canal network spans over 10,000 km.
    4. Haryana’s exploration: Haryana has initiated efforts to explore canal-top systems over six of its irrigation canals.
    5. A niche after a decade: CTPV remains largely a niche application, and deployment has stayed limited for more than a decade after the first installation.

    What does the assessed potential show about where canal-top solar can scale?

    1. Assessed potential: A 2024 assessment estimated India’s canal-top and canal-bank potential at around 131 GW.
    2. Scope of the estimate: The estimate covers canals up to 30 m wide. It assumes vertical bifacial installations for canals over 30 m wide.
    3. Screening criteria: Solar irradiation, canal characteristics, distance from substations and protected areas were applied to identify the best-suited canal stretches across India.
    4. Leading States: Uttar Pradesh, Bihar, Karnataka, Andhra Pradesh and Punjab carry the highest potential.

    Why has a decade of policy support not converted pilots into scale?

    1. The 2014 pilot scheme: The Ministry of New and Renewable Energy (MNRE) launched a pilot-cum-demonstration scheme for grid-connected canal-top and canal-bank projects in 2014. It set a target of 50 MW each for canal-top and canal-bank projects.
    2. Financial assistance offered: The scheme offered Rs 3 crore per MW for canal-top systems and Rs 1.5 crore per MW for canal-bank systems. The assistance was capped at 30% of project cost, whichever was lower.
    3. Limits of financial assistance: The 2014 scheme shows that financial support by itself does not convert pilots into large-scale deployment.
    4. Floating solar as the new policy signal: PM-SSY is expected to revitalise the floating solar segment and drive its adoption across India. That policy interest in land-neutral solar can extend to canal-top systems.

    Challenges to canal-top photovoltaics

    1. High system cost: Elevated structures spanning a canal need additional structural steel, foundations and access provisions, so canal-top systems cost more than ground-mounted ones. Eg. High system cost is the primary bottleneck behind a deployment record of a few tens of megawatts since 2012.
      The Fix: Route early projects through viability gap funding and low-cost debt, so developers build experience and cost falls through scale and standardisation.
    2. Structural design against canal operations: The structures must avoid disrupting canal operations and must withstand winds. Eg. A design spanning an irrigation canal has to clear the water flow and carry maintenance access at the same time.
      The Fix: Issue standardised specifications and guidelines for canal-top structures, so each developer does not engineer the same span from scratch.
    3. Maintenance on a working canal: Cleaning panels, replacement and repair are difficult on structures elevated above a canal that is in use. Eg. The two 10 MW systems at Vadodara sit over live irrigation canals.
      The Fix: Build operations and maintenance access into the design standard rather than leaving it to each project’s own layout.
    4. Linear layout and evacuation distance: A canal-top system runs along the canal’s course, so irregular paths and changes of direction raise the cost of electricity where substations or transformers are not close. Eg. Punjab’s canal network runs over 10,000 km across the State.
      The Fix: Select and prioritise canal stretches on land scarcity, nearby electricity demand, grid connectivity and canal geometry before capacity is tendered.
    5. Institutional coordination: A canal-top project sits across a State nodal agency and an irrigation department, each with its own approval process. Eg. Haryana’s exploration covers six irrigation canals under its irrigation administration.
      The Fix: Attach capacity building of State nodal agencies and irrigation departments, plus streamlined process flows, to any renewed canal-top scheme.

    Conclusion

    Land-neutral solar has moved from demonstration to a funded national scheme in the floating segment, and canal-top solar sits one step behind it. The obstacle is not the size of the resource or the absence of a subsidy, both of which have been established for years. It is the cost of building over a working canal and the absence of a standard way of doing it. The measure to watch is whether any renewed canal-top support carries standardised specifications and State agency capacity building alongside the money, since money on its own has already been tried once.

    Matching Previous Year Question

    “[2015, GS3, 12.5 marks] To what factors can be the recent dramatic fall in equipment cost and tariff of solar energy be attributed? What implications does the trend have for thermal power producers and related industry?”

  • How it widens social security net, why unions are claiming it is ‘too little and too late’

    Why in the News

    The Ministry of Labour and Employment has notified a rise in the wage ceiling of the Employees’ Provident Fund Organisation (EPFO) from Rs 15,000 to Rs 25,000 a month, the first revision in 12 years. The notification follows approval of the increase by the Union Cabinet. Over 8 crore subscribers must now contribute mandatorily up to the new limit under the Employees’ Provident Fund (EPF) scheme, the Employees’ Pension Scheme (EPS) and the Employees’ Deposit Linked Insurance (EDLI) scheme, and about 51 lakh more workers come under mandatory coverage. The tension is over what a ceiling fixed in rupees can do. Trade unions have called the new figure “too little and too late” and want the threshold tied to wages and inflation rather than revised once a decade.

    What is the EPFO wage ceiling and what does it trigger?

    1. What the ceiling is: It is the monthly wage level up to which membership of the EPFO’s three schemes is compulsory in a covered establishment, and beyond which a worker may choose not to contribute.
    2. What it applies to: The same figure governs mandatory coverage under all three schemes at once, the provident fund, the pension scheme and the deposit linked insurance scheme.
    3. What it does not cap: A worker already contributing on basic pay above the old limit is unaffected in the provident fund, since the ceiling bounds the compulsory floor of coverage rather than the amount that may be saved.

    What changes in the contribution arithmetic?

    1. Who pays what: The employee and the employer each contribute 12% of basic salary, dearness allowance and retaining allowance, with the employee’s entire share going to the EPF.
    2. How the employer’s share splits: Of the employer’s 12%, 3.67% goes to the EPF and 8.33% to the EPS, and the pension share is calculated on the wage ceiling for most subscribers.
    3. The pension effect: The monthly pension contribution rises to Rs 2,083 from Rs 1,250, because 8.33% is now computed on Rs 25,000 instead of Rs 15,000.
    4. The state’s own share: The government contributes 1.16% towards an employee’s pension up to the wage ceiling to cover any shortfall from low wages, and employees make no contribution of their own to the pension scheme.
    5. The insurance leg: Under the EDLI scheme the employer contributes 0.5% of wages with no deduction from the employee, and the scheme pays life insurance cover of Rs 2.5 lakh to Rs 7 lakh on death during service.
    6. Who gains most: Workers earning between Rs 15,000 and Rs 25,000 see the largest change, since their social security contributions rise from voluntary or low levels to the full mandatory rate.

    Where does this revision sit in the scheme’s own history?

    1. Frequency of revision: This is the ninth revision of the EPF scheme’s wage ceiling since the scheme began in 1952.
    2. The pattern of long gaps: It is only the third occasion on which the gap between two revisions exceeded a decade, so a frozen ceiling is a recurring feature rather than a one off lapse.
    3. The two previous steps: The ceiling was raised to Rs 15,000 from Rs 6,500 in September 2014, and to Rs 6,500 from Rs 5,000 in June 2001.
    4. Where the demand was raised: The revision had been discussed in several meetings of the Central Board of Trustees of the EPFO over the last decade before it was acted on.

    What does the new ceiling signal to the wider labour market?

    1. Statutory minimum wages had overtaken the old ceiling: At least seven major States and Union Territories set statutory minimum wages for unskilled workers above the old Rs 15,000 limit.
    2. The specific figures: Monthly minimum wages stand at Rs 17,800 in Delhi, Rs 17,000 in Maharashtra and Rs 16,800 in Karnataka.
    3. What the gap meant in practice: A ceiling below the legal minimum wage in a State excluded the lowest paid formal workers there from compulsory coverage, which inverts the purpose of a floor.
    4. The signalling effect: A higher central threshold indicates a higher expected wage scale to States and to employers, beyond its direct effect on contributions.

    Why do trade unions call the revision inadequate?

    1. The stated objection to the frozen figure: The All India Trade Union Congress (AITUC) has said a social security ceiling held at Rs 15,000 for 12 years was already out of step with prevailing wages.
    2. The demand on the number: Its General Secretary has asked for the ceiling to be raised to Rs 30,000 so that more deserving sections of employees are covered.
    3. The demand on the method: The union position is that the threshold must move in step with minimum wages, actual wages, inflation and the cost of living, rather than being reset by discretion.
    4. The take home pay concern: Employers are expected to absorb the higher contribution inside the existing cost to company structure, so a worker’s monthly take home pay falls even as the savings balance rises.

    Challenges to the EPFO wage ceiling framework

    1. A nominal ceiling loses value every year it is not revised: A threshold fixed in rupees falls in real terms with inflation, so coverage narrows automatically between revisions. Eg. The previous limit stood unchanged from 2014 while several States raised statutory minimum wages past it.
      The Fix: Link the ceiling to a published wage or price index with automatic annual revision, so coverage does not depend on a discretionary decision.
    2. Coverage is tied to the establishment, not the worker: Compulsory membership runs through establishments covered by the scheme, so gig, platform and informal workers stay outside it whatever the ceiling is. Eg. The Code on Social Security, 2020 provides for schemes for gig and platform workers, which remain outside the EPFO’s mandatory contribution structure.
      The Fix: Operationalise the aggregator contribution route for gig and platform workers so coverage follows the worker across employers.
    3. A higher mandatory contribution can push employment off the books: Where an employer treats the contribution as a cost to be avoided, the response is under reporting of wages or headcount rather than compliance. Eg. Splitting pay into allowances outside basic wages was contested up to the Supreme Court in the 2019 Regional Provident Fund Commissioner v. Vivekananda Vidyamandir line of cases on what counts as basic wages.
      The Fix: Audit wage structures of covered establishments against declared basic wages and publish sector wise compliance data.
    4. Pension outcomes remain weak despite higher contributions: The pension share is computed on the ceiling rather than on actual pay, so the pension of a worker earning well above the ceiling stays low. Eg. Pensionable salary for most subscribers is capped at the ceiling even where actual wages are several times higher.
      The Fix: Publish the actuarial position of the pension scheme at each revision, so the pension a given contribution buys is visible before the ceiling is set.
    5. Take home pay falls for the workers the change is meant to protect: A low wage worker gains a deferred benefit and loses current income, which is the trade off least affordable at that wage level. Eg. Employers absorb the higher contribution within the existing cost to company package.
      The Fix: Phase the increased employee share over two or three years for workers in the newly covered band, while the employer share applies at once.

    Conclusion

    The revision settles the level of the ceiling and leaves open the method of setting it. A threshold fixed in rupees and revised at intervals of a decade will drift below statutory minimum wages again, which is what produced the present anomaly of a social security floor lower than the legal wage floor in several States. The stated union demand is not merely a higher number but an indexation rule that removes the need for a political decision each time. The thing to watch is whether the Central Board of Trustees takes up a standing revision formula, since that is what decides whether this correction has to be repeated in another twelve years.

    Back2Basics: Employees’ Provident Fund Organisation (EPFO)

    1. Statutory basis: It administers schemes framed under the Employees’ Provident Funds and Miscellaneous Provisions Act, 1952, and functions under the Ministry of Labour and Employment.
    2. Who governs it: It is steered by the Central Board of Trustees, a tripartite body of government, employer and employee representatives, chaired by the Union Labour Minister.
    3. The three schemes: It runs the EPF scheme for retirement savings, the EPS for pension, and the EDLI scheme for life insurance cover linked to provident fund membership.
    4. Scope of application: The parent Act applies to establishments employing 20 or more persons in notified industries, and coverage continues even if employment later falls below that number.

    Matching Previous Year Question

    “[2021] With reference to casual workers employed in India, consider the following statements: 1.All casual workers are entitled to Employees Provident Fund coverage. 2.All casual workers are entitled to regular working hours and overtime payment. 3.The government can, by notification, specify that an establishment or industry shall pay wages only through its bank account. Which of the above statements are correct? (a) 1 and 2 only (b) 2 and 3 only (c) 1 and 3 only (d) 1, 2, and 3 Answer: (b)”

  • PM pitches India as trusted base for chip manufacturing

    Why in the News

    The Prime Minister has said the world needs “new and trusted locations” for semiconductor manufacturing and that India is readying itself to meet that requirement, while inaugurating SEMICON India 2026 in New Delhi. He said India has entered the second phase of its semiconductor journey, moving beyond policy announcements and plant construction toward commercial production of chips. The pitch answers a specific market condition, that chip companies are looking to diversify their global supply chains away from a narrow set of manufacturing locations. The tension is between the pitch and the base it rests on. India’s semiconductor demand is projected at $110 billion by FY30, while domestic manufacturing remains at a nascent stage and imports have grown at a compound annual rate of 23%.

    What is the India Semiconductor Mission?

    1. What it does: It is the central programme that provides fiscal support to semiconductor projects in India, covering fabrication, packaging and other parts of the chip value chain.
    2. Phase one scale: Twelve semiconductor projects were approved under the first phase, spanning fabrication, packaging and other value chain segments.
    3. Phase two scope: The programme has moved to Semicon 2.0, a Rs 1.27 lakh crore programme that widens the focus beyond large chip factories.

    Why is India pitching itself as a trusted location now?

    1. Supply chain diversification: Chip companies are looking to spread manufacturing across more countries, which creates an opening for a location that is not already in the established set.
    2. The trust framing: The pitch was made as a claim about reliability rather than cost, on the stated ground that the world’s trust in India is increasing alongside its economic growth.
    3. The supporting economic markers: The claim was anchored on 7.8% quarterly GDP growth, a recent sovereign rating upgrade by a Japanese credit rating agency, and the New Delhi Declaration adopted at the BRICS Summit India hosted this month.
    4. The stated pace: India has achieved in about four years what generally takes countries around a decade to build, though semiconductor manufacturing was described as a journey with no end point.

    What has the first phase actually delivered?

    1. Projects in production: Five of the twelve approved projects have already started commercial production, which is the marker separating phase one from phase two.
    2. Memory output from Gujarat: Micron Technology has begun shipping DRAM (Dynamic Random Access Memory) and NAND memory products to customers globally from its Sanand facility in Gujarat.
    3. The scale up path there: The plant is expected to assemble and test tens of millions of chips this year, scaling to hundreds of millions next year.
    4. Design and engineering presence: Infineon Technologies, a German chipmaker, now has over 2,800 employees in India, and has said India has potential to strengthen its position across the global semiconductor value chain as its domestic market and technology capabilities expand.

    What does Semicon 2.0 change about the approach?

    1. Beyond the fab: The programme extends support to semiconductor equipment, materials, design, research and development, supply chains and skilled manpower, rather than to large chip factories alone.
    2. The ecosystem logic: A fabrication plant depends on a surrounding base of tool makers, chemical and gas suppliers and trained engineers, which the first phase did not fund directly.
    3. Project count: The next phase is expected to see the number of approved projects increase further.

    How large is the demand gap the mission is chasing?

    1. Projected demand: India’s semiconductor demand is projected to reach $110 billion by FY30 and to exceed $200 billion by FY35.
    2. The import bill so far: The country spent almost $150 billion on semiconductor product imports between FY17 and FY25.
    3. The trajectory if nothing changes: Imports grew at a compound annual growth rate of 23% over that period, and on the same trend annual imports could reach $240 billion by 2035.
    4. The policy conclusion drawn: Building a comprehensive semiconductor ecosystem has been identified as an urgent national priority on the strength of that gap.

    Challenges to the India Semiconductor Mission

    1. Utility reliability at fab sites: A fabrication plant needs continuous ultrapure water and uninterrupted power, and an interruption of either scraps the wafers in process. Eg. Taiwan’s chip plants cut water use and trucked in supplies during the 2021 drought when the island’s reservoirs fell to record lows.
      The Fix: Ring fence dedicated water recycling plants and captive power capacity for each approved site as a condition of disbursal.
    2. Fabrication workforce depth: India’s semiconductor engineers sit in design centres rather than in fabrication and process engineering, which is a different skill base. Eg. Design centres of global chipmakers have operated in Bengaluru and Hyderabad for over two decades without a commercial fabrication plant alongside them.
      The Fix: Tie a share of the incentive to process engineer placements trained through partnerships with operating fabs abroad.
    3. Equipment and materials import dependence: The tools and high purity inputs a fab consumes come from a handful of global suppliers, so domestic assembly does not by itself reduce external exposure. Eg. Extreme ultraviolet lithography machines are produced by a single company, ASML of the Netherlands.
      The Fix: Anchor equipment and materials suppliers in India through long term purchase commitments from the approved plants rather than through subsidy alone.
    4. Competition at mature nodes: India’s approved capacity targets older process nodes, where large capacity additions elsewhere can push prices below the level a new entrant needs. Eg. Sustained capacity expansion in China at 28 nanometre and older nodes has driven down prices for legacy chips.
      The Fix: Condition support on secured long term offtake contracts rather than on installed capacity alone.

    Conclusion

    The pitch is that trust and diversification, rather than cost, are what bring chip manufacturing to India. The measurable claim behind it is narrower, five plants in commercial production against a demand curve heading for $200 billion. Semicon 2.0’s widening into equipment, materials and skills is the part that decides whether the fabs have a supply base around them, and the count of projects approved under it is the next thing to watch.

    Matching Previous Year Question

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

  • Social security net widens: Govt nod for raising EPFO wage ceiling to Rs 25,000

    Why in the News

    The Union Cabinet has approved raising the mandatory wage ceiling for subscribers of the Employees’ Provident Fund Organisation (EPFO), the statutory body that runs India’s largest contributory retirement savings system, from Rs 15,000 to Rs 25,000 a month. The last revision came in September 2014, when the ceiling moved from Rs 6,500 to Rs 15,000. The stated reason for acting now is sustained wage growth, rising incomes and the continued expansion of formal employment over the intervening years. The revision widens mandatory coverage by about 51 lakh workers, and it also raises what employers must set aside for every worker earning between Rs 15,000 and Rs 25,000. The contested point is who absorbs that higher cost, since employers may adjust it inside the existing cost-to-company structure and reduce take-home pay.

    What is the EPFO wage ceiling?

    1. Statutory wage ceiling: It is the monthly wage level up to which provident fund contributions are compulsory for both the employee and the employer. Contributions above that level are voluntary rather than mandated.
    2. Wage base it is applied to: The ceiling applies to basic salary, dearness allowance and retaining allowance where one is paid, not to gross salary.
    3. Coverage trigger: A worker earning at or below the ceiling must be enrolled, so raising the ceiling pulls a fresh band of salaried workers into statutory coverage rather than leaving their savings to voluntary choice.
    4. What it governs beyond savings: The same ceiling fixes the wage on which pension and insurance entitlements are calculated, so it sets the size of the benefit and not only the size of the deduction.

    What changes in contributions and pension after the revision?

    1. Contribution rate: Employees and employers each contribute 12% of the wage base. The employee’s entire share goes to the Employees’ Provident Fund (EPF).
    2. Split of the employer’s share: Of the employer’s 12%, 3.67% goes to EPF and 8.33% goes to the Employees’ Pension Scheme (EPS), the defined-benefit pension arm.
    3. Pension contribution cap: The monthly EPS contribution is capped at Rs 2,080, up from Rs 1,250. Employees make no contribution of their own to the pension scheme.
    4. The Centre’s own share: The government contributes 1.16% towards an employee’s pension up to the wage ceiling, so the higher ceiling raises the Centre’s per-worker liability automatically.
    5. Effect on a single worker: Total EPF contribution for a worker is expected to rise by about Rs 600 a month on average, as per official estimates.

    Who does the wider net cover, and at what fiscal cost?

    1. Additional coverage: About 51 lakh more employees come under the EPFO’s ambit. Over 8 crore workers will be mandated to contribute up to the Rs 25,000 wage limit.
    2. Three benefits widened at once: The higher ceiling expands access to provident fund savings, pension protection under EPS and insurance protection under the Employees’ Deposit Linked Insurance Scheme (EDLI), which pays a lump sum to the nominee of a member who dies in service.
    3. Additional budgetary cost: The Centre bears an added Rs 1,089 crore. Annual government outgo on pension contributions rises to about Rs 11,339 crore against existing budgetary support of about Rs 10,250 crore.
    4. Date of effect: The revised ceiling takes effect from 18 September 2026, which the Labour and Employment Ministry marked as Vishwakarma Puja.

    Why had the ceiling stayed unchanged for 12 years?

    1. Gap since the last revision: The previous revision came in September 2014, when the ceiling moved from Rs 6,500 to Rs 15,000, and that level then stood unchanged for 12 years.
    2. Statutory ceiling below statutory minimum wages: At least seven major States and Union Territories already fix minimum wages for unskilled workers above the old Rs 15,000 ceiling. Eg. Delhi at Rs 17,800, Maharashtra Rs 17,000, Karnataka Rs 16,800, Haryana Rs 16,500, Gujarat Rs 16,000, Rajasthan Rs 15,500 and Uttarakhand Rs 15,220.
    3. Signalling effect on the labour market: A ceiling set above every State minimum wage signals a higher reference wage scale for workers to States and to employers.
    4. Framework realignment: The revision lets the statutory contribution and pensionable-wage framework track prevailing wage levels rather than wage levels of a decade ago.

    Challenges to the higher EPFO wage ceiling

    1. Absorption inside cost-to-company: Employers may absorb the higher contribution within the existing cost-to-company structure, so the worker funds a larger part of a benefit that is formally split. Eg. An employee drawing Rs 22,000 a month gains statutory coverage and loses monthly take-home pay at the same time.
      The Fix: Issue the revised wage ceiling guidelines with an explicit restatement that the employer’s provident fund share cannot be deducted from the employee’s pay, backed by inspection of pay structures in the affected band.
    2. Cost pressure on small employers: Higher provident fund, pension and insurance liabilities land hardest on labour-intensive units with thin margins. Eg. Manufacturing units and micro, small and medium enterprises face higher operating costs in the short run.
      The Fix: Extend an employer-share support window for newly covered workers in small units, on the design already used for employment-linked incentive support.
    3. Informality is untouched: The statutory framework applies to establishments with 20 or more employees, so the vast majority of India’s workers remain outside it whatever the ceiling. Eg. Casual and own-account workers in construction and retail gain nothing from a ceiling revision.
      The Fix: Link the revised ceiling to universal registration of workers on the e-Shram database, so coverage expands by widening the base and not only by raising the wage line.
    4. Pension adequacy: A pension calculated on a capped pensionable wage still delivers a small monthly pension after decades of service. Eg. The minimum monthly pension under the Employees’ Pension Scheme has stood at Rs 1,000 since 2014.
      The Fix: Fix a periodic statutory review cycle for both the wage ceiling and the minimum pension, so neither depends on a discretionary decision once in 12 years.
    5. Contested exit and withdrawal rules: Frequent changes to withdrawal and settlement rules reduce the predictability that a long-horizon savings product depends on. Eg. The 2016 proposal to restrict full provident fund withdrawal before retirement was rolled back after protests.
      The Fix: Settle withdrawal rules through the tripartite Central Board of Trustees with a stated notice period before any change takes effect.

    Conclusion

    Coverage and adequacy have moved together for the first time in over a decade in this scheme. The revision settles the width of the statutory net; it leaves open who ultimately pays for the widening. The test is whether the guidelines still to be issued hold employers to the rule that their share cannot be recovered from wages, and whether the newly covered band sees its take-home pay protected in the first pay cycles after 18 September 2026.

    Back2Basics: Employees’ Provident Fund Organisation

    1. Governing statute: It functions under the Employees’ Provident Funds and Miscellaneous Provisions Act, 1952, and is administered by the Ministry of Labour and Employment.
    2. Applicability: The Act applies to notified establishments employing 20 or more persons.
    3. Three schemes it runs: The Employees’ Provident Fund Scheme, 1952, the Employees’ Pension Scheme, 1995 and the Employees’ Deposit Linked Insurance Scheme, 1976.
    4. Governance: It is steered by the tripartite Central Board of Trustees, which carries representatives of the Centre, State governments, employers and employees.

    Matching Previous Year Question

    “With reference to casual workers employed in India, consider the following statements: 1.All casual workers are entitled to Employees Provident Fund coverage. 2.All casual workers are entitled to regular working hours and overtime payment. 3.The government can, by notification, specify that an establishment or industry shall pay wages only through its bank account. Which of the above statements are correct?”

  • VB-G RAM G scheme trails MGNREGS by 9% in August

    Why in the News

    The Viksit Bharat Guarantee for Rozgar and Ajeevika Mission (Gramin), known as VB-G RAM G, generated 9.01 percent fewer persondays in August than the Mahatma Gandhi National Rural Employment Guarantee Scheme (MGNREGS) did in the same month a year earlier. The new scheme replaced MGNREGS from July 2026, and its first month recorded a far steeper fall, so the two months together sit well below the corresponding period of 2025. The Union Ministry of Rural Development has said it is too early to judge the scheme, attributing part of the dip to a 60 day pause linked to notified peak agricultural periods, which is a feature the new Act introduces. The contested point is whether a smaller volume of work reflects a transition between two systems or a design that narrows the guarantee itself.

    What is the Viksit Bharat Guarantee for Rozgar and Ajeevika Mission (Gramin)?

    1. VB-G RAM G: It is the Centre’s rural wage employment programme, operational from July 2026, which has replaced MGNREGS as the vehicle for guaranteed work to rural households.
    2. Peak agricultural period flexibility: The governing Act lets each State notify its own peak agricultural periods, during which the programme pauses so it complements farm work rather than competing with it for labour.
    3. Sub State notification: States may issue area specific notifications for districts, blocks or gram panchayats, based on agro climatic conditions and local cropping patterns.
    4. Entitlement document: Work is accessed through a Gramin Rozgar Guarantee card, and job cards already issued under MGNREGS remain valid for the purpose.

    How far has work generation fallen?

    1. First month: Persondays fell from 17.65 crore in July 2025 under MGNREGS to 9.18 crore in July 2026, a decline of 48.01 percent.
    2. Second month: Persondays fell from 12.12 crore in August 2025 to 11.03 crore this August, the decline narrowing sharply against July.
    3. Cumulative position: Across July and August together the figure fell from 29.78 crore to 20.21 crore persondays, a decline of 32.13 percent.
    4. Direction inside the new scheme: August recorded a modest improvement in employment generation over July, so the programme is rising month on month while still trailing its predecessor year on year.

    Why is the year on year comparison understated?

    1. A missing State in the base year: No persondays at all were generated in West Bengal under MGNREGS in 2025, so the comparison base excludes one large State’s entire contribution.
    2. Origin of the stoppage: Implementation of MGNREGS in West Bengal was stalled in December 2021.
    3. Formal suspension of funds: The Union government officially froze all financial disbursements to the State on 9 March 2022.
    4. Effect on the measured gap: With the base year short of one major State’s persondays, the true fall in work generated is wider than the reported percentages show.

    What explains the dip, according to the Ministry?

    1. Too early to judge: The Union Ministry of Rural Development’s stated position is that two months of operation are not a basis on which to assess the scheme’s performance.
    2. The agricultural pause: A 60 day pause in employment through the peak agricultural season is cited as a contributor to the lower persondays generated.
    3. Notification progress: 16 States and Union Territories have so far notified their respective peak agricultural periods.
    4. The stated design intent: Tailoring the pause to local calendars is meant to let the employment programme complement peak agricultural activity instead of drawing labour away from it.

    What has the migration from MGNREGS involved?

    1. Automatic migration: Every worker registered under the Mahatma Gandhi National Rural Employment Guarantee Act, 2005 has been migrated to VB-G RAM G, irrespective of the e-KYC status of the job card.
    2. New cards issued: 6,40,779 new Gramin Rozgar Guarantee cards have been issued across States and Union Territories since the scheme became operational.
    3. e-KYC completion: e-KYC has been completed for 15.89 crore workers, including 10.27 crore of the 10.84 crore active workers, roughly 95 percent.
    4. Pending e-KYC is not a bar: The Ministry has clarified that incomplete e-KYC does not prevent a worker from demanding or receiving employment.

    Challenges to VB-G RAM G

    1. A notified pause narrows the guarantee: Suspending work for a fixed stretch each year withdraws the entitlement in exactly the districts where farm distress and the farm calendar overlap. Eg. A landless labourer in a rainfall deficient district finds less farm work available precisely in the season the pause assumes is busy.
      The Fix: Make the notified pause conditional on a district level rainfall or sown area trigger, so it lapses automatically in a deficient season.
    2. A demand driven scheme is only as good as recorded demand: Persondays fall when work is not sought or not registered, and the same number can be read either way. Eg. Unmet demand under MGNREGS was persistently understated because applications were often not entered against a dated receipt.
      The Fix: Publish district wise work applications received alongside persondays generated, so unmet demand is visible in the same dataset.
    3. Verification requirements exclude at the margin: Digital attendance and identity steps drop workers who cannot complete them, even where the rule says they are not disqualified. Eg. The National Mobile Monitoring System attendance requirement under MGNREGS cost workers their day’s record at sites with poor connectivity.
      The Fix: Provide a recorded offline fallback for attendance and verification at every worksite, with the physical muster roll valid on its own.
    4. Wage payment delays suppress participation: Work is unattractive where wages arrive weeks after it is done, and the delay depends on fund release rather than on anything the worker controls. Eg. Compensation for delayed wages has been a standing complaint against MGNREGS despite the statutory timeline behind it.
      The Fix: Release delay compensation automatically from the same system that records the delay, without requiring a separate claim from the worker.
    5. A funding dispute can suspend an entire State: Where the Centre withholds funds over compliance findings, the entitlement lapses for every worker in that State at once. Eg. Disbursements to West Bengal were frozen and the scheme produced no work there for years afterwards.
      The Fix: Route any withholding through a time bound adjudication carrying an interim wage payment channel, so a compliance dispute does not extinguish a statutory entitlement.

    Conclusion

    Two months are a thin basis for a verdict on a programme that has replaced a statutory guarantee covering most of rural India’s registered workforce. The unresolved tension is between a seasonal pause designed to leave farm labour undisturbed and a guarantee whose whole purpose is to be available when other work is not. The marker to watch is what the remaining States notify as their peak agricultural periods, since the length and the timing of those windows will decide how much of the year the guarantee actually covers.

    Back2Basics: Mahatma Gandhi National Rural Employment Guarantee Act, 2005

    1. Nature: It created a legal right to wage employment in rural areas, enforceable on demand rather than granted at administrative discretion.
    2. Entitlement: It guaranteed 100 days of unskilled manual work in a financial year to every rural household whose adult members volunteered for it.
    3. Design safeguards: It required work within 15 days of demand, an unemployment allowance where work was not provided in time, and at least one third of beneficiaries to be women.
    4. Administration: It was implemented by the Union Ministry of Rural Development through gram panchayats, with works selected in the gram sabha and wages paid into workers’ accounts.

    Matching Previous Year Question

    “Among the following who are eligible to benefit from the “Mahatma Gandhi National Rural Employment Guarantee Act”?”