YUS IAS | PIB Analysis | Backgrounders released 12–17 September 2026

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1. Securing Farmers' Future with Dignity: 7 Years of PM Kisan Maandhan Yojana (PM-KMY)

Syllabus: GS-II (Welfare schemes for vulnerable sections, social security) | GS-III (Agriculture, farmers' welfare)

Why in News?

The scheme completed seven years on 12 September 2026. By February 2026, over 24.96 lakh farmers had enrolled across the country.

Key Facts for Prelims

Exclusions to remember: Farmers already covered under NPS, ESIC or EPFO are excluded. So are those enrolled in PM-SYM (for unorganised workers) or PM-LVM (for traders), income-tax payers, and institutional landholders.

Voluntary exit: A farmer who exits within 10 years gets back only their own contribution with savings-bank interest. A farmer who exits after 10 years gets their contribution plus accumulated interest. A surviving spouse can continue the scheme.

Significance (Mains)

• It closes the old-age gap in farm policy. Most farm policy (MSP, PM-KISAN, crop insurance) supports farmers during their working years. PM-KMY is one of the few instruments that covers life after farming.
• Small and marginal farmers form the large majority of India's operational holdings. They typically have irregular incomes and little formal savings.
• It promotes financial formalisation by bringing farmers into a contributory pension system.
• The 50% family pension gives a measure of protection to widowed spouses, who are often women.
• The PM-KISAN auto-debit option makes contributions painless for farmers who already receive direct benefit transfers.

Challenges and Critical Analysis

1. Enrolment is low compared with the eligible pool. About 25 lakh enrolments is small against the crores of small and marginal farmers in India.
2. Benefits arrive only after a long wait. Because the maximum enrolment age is 40 and the pension starts at 60, benefits become available only after at least 20 years. Farmers with pressing current needs may not value a pension that far away.
3. The pension is not indexed to inflation. ₹3,000 per month will be worth much less in real terms by the 2040s.
4. Landless, tenant and sharecropping farmers are excluded because eligibility depends on land records. So are women who farm without land titles.
5. The cut-off date of 1 August 2019 for land records excludes people who became landholders later.
6. Irregular incomes make it hard to keep up monthly contributions, and missed contributions weaken the scheme.
7. Farmers above 40 are left out, and they are the ones closest to old age.

Way Forward

• Index the pension to inflation, or review the amount periodically.
• Extend coverage to tenant farmers using tenancy certification, such as the Model Agricultural Land Leasing Act, 2016.
• Mobilise FPOs, SHGs and Krishi Vigyan Kendras for awareness drives. Allow contributions timed to the harvest cycle instead of monthly.
• Integrate the scheme with AgriStack's farmer registry so eligible farmers can be identified and enrolled automatically.

Mains Practice Question: "Social security for farmers has remained the missing pillar of India's agricultural policy." Examine this statement in light of seven years of the Pradhan Mantri Kisan Maandhan Yojana. (15 marks, 250 words)

2. Data Centres in India: Infrastructure for the Digital Age

Syllabus: GS-III (Infrastructure, IT and computers, energy, environment) | GS-II (Governance, e-governance)

Why in News?

PIB released this backgrounder on 14 September 2026. It explains how infrastructure status, fiscal incentives and clean energy are strengthening India's data-centre ecosystem.

What is a Data Centre?

A data centre is a secure facility that houses computing, storage and networking equipment. It stores, processes, manages and distributes large volumes of digital information. When a user checks a bank balance, the request travels through a network to a data centre, is secured, processed and retrieved, and the response returns to the device. This entire chain can take just 1–2 seconds.

Core components (Prelims):

• Power: grid supply with UPS and generator backup.
• Cooling: HVAC systems regulate temperature. Advanced liquid and immersion cooling improve efficiency as AI workloads generate more heat.
• IT hardware: servers, storage (HDD/SSD) and networking.
• Security: physical and cyber.

Key Facts and Figures

Enabling Policy Ecosystem

1. Infrastructure status: The Union Budget 2022–23 added data centres to the Harmonized List of Infrastructure, which improved their access to credit.
2. Tax holiday till 2047: The Union Budget 2026–27 introduced a tax holiday for eligible foreign cloud service providers. It applies to global operations using India-based data centres and covers Tax Years 2026–27 to 2046–47 for notified foreign companies.
3. Linked missions: Semicon 2.0 (₹1,27,500 crore, approved 15 July 2026); the IndiaAI Mission (₹10,371.92 crore); ECMS, whose allocation rose from ₹22,000 crore to ₹40,000 crore; and PLI Scheme 2.0 for IT Hardware, which covers servers.
4. Clean energy: Relevant schemes include the Green Energy Open Access Rules, the Green Energy Corridor Scheme, the National Green Hydrogen Mission, the National Programme on High Efficiency Solar PV Modules and the Solar Park Scheme.
5. Efficiency standards: BIS has developed standards for Power Usage Effectiveness (PUE), Carbon Usage Effectiveness (CUE), Cooling Efficiency Ratio (CER) and Water Usage Effectiveness (WUE). The Bureau of Energy Efficiency has notified ECBC 2017 and the Energy Conservation and Sustainable Building Code (ECSBC) 2024, which contain provisions relevant to data centres.
6. Nuclear power: The SHANTI Act supports reliable nuclear power for sectors including AI and data centres, and enables future deployment of Small Modular Reactors and Micro Nuclear Reactors.
7. Water: Industrial groundwater extraction is regulated under Ministry of Jal Shakti guidelines.

Prelims Concept Box

• PUE (Power Usage Effectiveness) = total facility energy ÷ energy used by IT equipment. The ideal value is 1.0, and lower is better.
• WUE measures water used per unit of IT energy.
• Cooling technologies: direct-to-chip liquid cooling, adiabatic cooling, immersion cooling and closed-loop liquid cooling.
• Hyperscale data centres are very large facilities run by major cloud providers.
• Edge data centres are small facilities placed close to users to reduce latency.

Significance

• Data sovereignty. Data stored in India falls under Indian jurisdiction. This matters for the DPDP Act, 2023.
• Digital Public Infrastructure. Aadhaar, UPI, DigiLocker and CoWIN-type platforms depend on reliable computing capacity.
• AI readiness. GPU clusters under the IndiaAI Mission need AI-grade data centres.
• Investment and jobs in construction, electricals, cooling and IT operations.
• Geo-economics. India can position itself as a regional cloud hub serving the Global South.

Challenges

1. Energy intensity. Demand could grow manyfold, which strains grids and could raise emissions if the power comes from coal.
2. Water stress. Major hubs such as Mumbai, Chennai and Hyderabad are water-stressed cities.
3. Geographic concentration in a few metros creates disaster and grid risks.
4. Import dependence for servers, GPUs and cooling equipment.
5. Cybersecurity, since data centres are critical information infrastructure.
6. E-waste from short hardware replacement cycles.
7. Land and approvals, which vary widely across states.

Way Forward

• Make round-the-clock renewable power purchase agreements, green open access and storage the norm for new capacity.
• Encourage data centres in Tier-2 cities and cooler or coastal regions, using state data-centre policies. Uttar Pradesh's Data Centre Policy 2026, for instance, targets more than 20,000 MW of additional capacity.
• Make PUE and WUE disclosure mandatory and allow reuse of treated wastewater for cooling.
• Build domestic server manufacturing through PLI 2.0 and link it to the semiconductor ecosystem.

Mains Practice Question: Data centres are the "invisible engines" of India's digital economy. Discuss the opportunities and the environmental and energy challenges associated with India's data-centre expansion. (15 marks)

3. Silicon Dreams: SEMICON India 2026 and the Making of a Chip Powerhouse

Syllabus: GS-III (Science & Technology, indigenisation of technology, industrial policy) | GS-II (International relations and groupings)

Why in News?

Prime Minister Narendra Modi inaugurated SEMICON India 2026 at Yashobhoomi, Dwarka, on 17 September. The event ran from 17 to 19 September 2026.

Key Facts: SEMICON India 2026

• Theme: "Silicon to Systems: Building the Ecosystem"
• Scale: more than 600 exhibitors and 300 international companies across 15,000 square metres, with over 150 speakers
• Features: six country pavilions, 12 state pavilions, a startup showcase, a student hackathon, a workforce development pavilion and a women's forum
• Organiser: SEMICON India is organised in partnership with SEMI (Semiconductor Equipment and Materials International)

Electronics Manufacturing: The Base for Semiconductors

High-yield prelims facts:

• Smartphones became India's single largest exported commodity in FY 2025-26, ahead of petroleum products and gems and jewellery.
• India now makes 99.2% of the phones it uses and has become a net exporter of mobiles.
• India is the world's second-largest mobile phone manufacturer by volume, and the sector supports 2.5 million jobs.

Talent and Design Ecosystem

• Target: a pool of 85,000 skilled semiconductor engineers within this decade
• Chips to Startup (C2S): EDA tools have been deployed across 320 academic institutions, and more than 68,000 students have been trained
• Tape-outs: By April 2026, 75 institutions had taped out 211 chips. Seven have been fabricated, including at nodes as advanced as 12 nm.
• ChipIN Centre at C-DAC: It has served more than 1 lakh engineers from over 500 organisations, including 400 academic institutions and 100 start-ups. These users have produced over 300 chip designs for fabrication at SCL Mohali and foreign foundries, and logged over 4 crore hours of design-tool usage.

Pax Silica: Important for IR

India formally joined the Pax Silica coalition on the fifth day of the India AI Impact Summit 2026. The coalition includes the United States and other partners and aims to secure the full "silicon stack", from critical minerals and fabrication to advanced AI systems and deployment infrastructure. Its stated aims are to avoid concentrated supply chains and resist economic coercion.

Discrepancy alert: The "Silicon Dreams" piece says three facilities have started commercial production. The detailed backgrounder released the same day (Topic 4) says five units have. Use five as the more recent official figure, and verify against MeitY or ISM before your exam.

4. India Building Semiconductor Future: Capabilities Across Design, Manufacturing, Packaging, Materials and Talent

Syllabus: GS-III (S&T, industrial policy, economic security) | Prelims (basic science)

Why Semiconductors Matter: The Numbers

• The global semiconductor market grew at 6.5% CAGR between 2014 and 2024 and is projected to grow at 8.5% over the next 5–10 years.
• India's semiconductor demand is projected to reach USD 110 billion by FY2030 and exceed USD 200 billion by FY2035.
• India spent almost USD 150 billion on semiconductor imports during FY17–FY25, with imports growing at 23% CAGR. On that trend, annual imports could reach USD 240 billion by 2035.
• Concentration risk: Taiwan alone produces over 60% of global chips and nearly 90% of advanced chips.

Basic Concepts (Prelims)

• Semiconductor: a material whose electrical conductivity can be controlled, unlike conductors such as copper or insulators. Examples: silicon, germanium, and compound semiconductors such as gallium nitride (GaN) and silicon carbide (SiC).
• Transistor: a microscopic electronic switch. An integrated circuit (IC) carries billions of them.
• Chip-making chain: Silicon from silica (sand) is purified into ingots, which are sliced into wafers. In fabs, wafers go through deposition, photolithography, etching and ion implantation.
• Photolithography: light is used to transfer patterns onto the wafer.
• ATMP/OSAT: Assembly, Testing, Marking and Packaging / Outsourced Semiconductor Assembly and Test. This is the stage where chips are packaged and tested.
• Node: Labels like 90 nm, 45 nm and 28 nm once described physical dimensions, but today they mostly name a process generation. Mature nodes remain essential for automobiles, industrial electronics, telecom and power systems.
• Value chain: Design (including EDA tools and IP) → Fabrication (front-end) → ATMP/OSAT (back-end). Supporting these are equipment, materials, specialty gases and chemicals.

Strategic Missions Powered by Indian Chips

SCL Mohali develops flight-grade chips for satellites and launch vehicles. Chandrayaan-3's lander carried an Indian-made camera chip. SCL's Vikram processor is used in launch vehicles. Aditya-L1 uses radiation-hardened ADC chips developed by SCL.

Semicon 1.0 vs Semicon 2.0

Semicon 1.0 achievements (very important for Prelims):

• 12 manufacturing units approved, with cumulative investment of over ₹1.64 lakh crore. They comprise one silicon fab, one silicon carbide fab, one GaN Micro LED display fab and nine ATMP/OSAT units.
• States: Gujarat, Assam, Uttar Pradesh, Odisha, Punjab and Andhra Pradesh. Five units have begun commercial production.
• 24 chip-design projects worth about ₹900 crore approved.
• Partnerships: cooperation with the US, Japan, the EU, Singapore and the Netherlands; a Joint Declaration of Intent with Germany during the German Chancellor's visit on 12–13 January 2026; and membership of Pax Silica from February 2026.
• India hosts about 7% of the world's semiconductor-focused GCCs and employs nearly 20% of the global chip-design workforce.
• Key projects from general reading: the Tata–PSMC fab at Dholera (Gujarat), Micron ATMP at Sanand (Gujarat), Tata's OSAT at Jagiroad (Assam), the HCL–Foxconn unit at Jewar (UP), and the SiC fab by SiCSem (Odisha).

Supporting Policy Ecosystem (Prelims matching questions)

NPE 2019 set the framework for Electronics System Design and Manufacturing (ESDM). SPECS (2020) gives a capex-linked incentive. EMC 2.0 (2020) supports plug-and-play infrastructure. There are PLI schemes for large-scale electronics (2020) and IT Hardware 2.0 (2023), ECMS (2025), the Mobile Phone Manufacturing Scheme (2026), and a Research, Development and Innovation Scheme under Semicon 2.0. 100% FDI is permitted in electronics manufacturing.

Challenges (Mains)

1. Capital intensity. A leading-edge fab costs USD 10–20 billion, and profits take a long time to arrive.
2. Utilities. Fabs need ultra-pure water, uninterrupted high-quality power and specialty gases.
3. Technology access. Equipment makers (ASML in the Netherlands, Applied Materials, Tokyo Electron, and others) and EDA tool vendors are concentrated in a few countries.
4. Talent. India is strong in design but short of process engineers and fab technicians.
5. Chemicals and materials. India depends on imports for wafers, photoresists and high-purity chemicals.
6. Geopolitics. US–China technology rivalry and export controls create uncertainty.
7. Competition. The US CHIPS Act, the EU Chips Act, and Japanese and Korean subsidies are far larger.

Way Forward

• Master mature nodes (28 nm and above), where demand from automotive, power, IoT and defence is large, and move gradually towards advanced nodes.
• Use Semicon 2.0's machines-and-materials pillar to build domestic sources of specialty gases, chemicals and substrates. Link this to the Critical Minerals Mission for gallium and germanium.
• Develop Indian semiconductor IP, including RISC-V-based processors such as SHAKTI and VEGA, so India has fabless product champions.
• Expand industry–academia fab-training partnerships and trusted-partner agreements through Pax Silica, iCET/TRUST and the Quad.

Mains Practice Question: "Semicon 2.0 marks a transition from building semiconductor capacity to building a complete semiconductor value chain." Analyse, highlighting the strategic rationale and the key challenges in achieving semiconductor self-reliance. (15 marks)

5. Electronics Components Manufacturing Scheme (ECMS): Building India's Electronics Backbone

Syllabus: GS-III (Industrial policy, Make in India, manufacturing, employment)

The Core Problem

India has grown rapidly in assembling electronics, especially phones, but domestic value addition is low. Several critical components and materials are still largely imported, including printed circuit boards, camera and display modules, connectors, capacitors, lithium-ion cells and rare-earth magnets. ECMS aims to move India from assembly to making components.

Key Facts

Incentive types: turnover-linked, capex-linked, and a hybrid of both, depending on the component category. Incentives are also tied to employment targets.

Progress as of August 2026

• 106 projects approved across 15 States, covering 30 electronic product categories, with approved investment of ₹69,548 crore.
• Production is under way at 38 approved plants, and another 16 projects are at advanced stages of construction or machinery installation.
• Expected production is ₹5.34 lakh crore, with 74,628 direct jobs and 2.5 lakh indirect jobs.
• Product examples: The first batch of approvals covered multi-layer PCBs, HDI PCBs, camera modules, copper clad laminates and polypropylene films. A later batch included bare components such as antennas, capacitors, connectors, heat sinks, Li-ion cells, relays, resistors, transducers, SMD passives, flexible PCBs and inductors.

Related Schemes (Prelims)

• PLI for Large Scale Electronics Manufacturing: 4%–6% incentive on incremental sales.
• SPECS: 25% capital-expenditure incentive for components, semiconductor/display fabrication, ATMP units, sub-assemblies and capital goods.
• EMC Scheme: up to 50% of project cost, capped at ₹50 crore per 100 acres, for greenfield projects.
• Phased Manufacturing Programme (PMP): a tariff-based approach to deepen value addition in mobile phones and their sub-assemblies.
• Electronics Development Fund (EDF): a fund of funds that invests in venture ("daughter") funds for ESDM and IT innovation.

Targets

India aims for a USD 500 billion domestic electronics manufacturing ecosystem and USD 150 billion in electronics exports by 2030.

Significance

• Higher domestic value addition (DVA) turns "Make in India" into "Made in India".
• Supply-chain resilience through less dependence on a single country, mainly China, for components.
• Employment, since component manufacturing is more labour-intensive than chip fabrication.
• MSME linkages, because component units create supplier clusters.
• Complements ISM. Chips are useful only when PCBs, passives and modules are made alongside them.

Challenges

• China has large cost advantages from scale.
• Raw materials such as copper foil, specialty resins and rare earths are still imported.
• Past schemes like SPECS saw low uptake, so the lesson is that design must match industry needs.
• Tariff inversion, where inputs are taxed more than finished goods, can hurt competitiveness.
• Skilled technicians and R&D for component design are in short supply.

Way Forward

Rationalise tariffs to remove inversion. Link ECMS with the National Critical Mineral Mission for rare-earth magnets. Build component design capability, not just capacity. Develop plug-and-play component clusters near existing mobile manufacturing hubs, such as in Tamil Nadu, Uttar Pradesh and Karnataka.

Mains Practice Question: India's electronics success has been assembly-led. How does the Electronics Components Manufacturing Scheme seek to deepen domestic value addition? Evaluate its prospects. (10 marks, 150 words)

6. Pradhan Mantri Khanij Kshetra Kalyan Yojana (PMKKKY): Sharing the Gains of Mining with Those Who Bear Its Cost

Syllabus: GS-II (Welfare of vulnerable sections, tribal issues, federalism) | GS-III (Mineral resources, inclusive growth, environment) | GS-I (Distribution of mineral resources)

Why in News?

PMKKKY completed 11 years on 17 September 2026.

Background: The Resource Curse

Mineral-rich districts, especially in Odisha, Jharkhand, Chhattisgarh and Madhya Pradesh, often have high tribal populations, poor human development and serious environmental damage. Communities near mines often face displacement from land acquisition, pressure on water sources, dust and air pollution, health risks, disrupted agriculture and the slow loss of traditional livelihoods. PMKKKY rests on the idea that mineral resources belong to the nation, and the communities that bear the cost of extraction should get a fair and visible share of the gains.

Legal and Institutional Framework (Prelims)

• Launch: 17 September 2015.
• Ministry: Ministry of Mines.
• Legal basis: Section 9B of the MMDR Act empowers State Governments to set up District Mineral Foundations (DMFs). The Centre circulated the PMKKKY guidelines under Section 20A of the MMDR Act, directing States to include them in their DMF rules.
• DMF: a non-profit trust set up under the 2015 amendment to the MMDR Act, 1957. DMFs work under State Governments, which frame their own DMF rules.
• Funding: a statutory contribution from lease-holders over and above royalty. The contribution is 10% of royalty for leases granted by auction after 12 January 2015, and 30% of royalty for leases granted before that date.
• Coverage: 656 DMFs, including 106 in aspirational districts. The full DMF amount goes to local projects, and district administrations decide what to fund.
• Affected areas (2024 revised guidelines): Directly affected areas lie within about 15 km of a mine or mine cluster. Indirectly affected areas lie within about 25 km.
• Scheduled Areas: Under the Fifth Schedule and PESA, Gram Sabhas are to be involved in planning and approving projects.

Objectives

The scheme aims to fund welfare and development projects in mining-affected areas, to reduce the environmental, health and socio-economic damage from mining during and after operations, and to secure long-term sustainable livelihoods for affected people. These projects are meant to complement existing State and Central schemes.

Fund Allocation Norms

• At least 70% of funds must go to high-priority sectors, and up to 30% can go to other priorities such as physical infrastructure.
• High-priority sectors: drinking water, healthcare, education, environmental protection, sanitation, housing, skill development, livelihood generation, agriculture and animal husbandry.
• Note: The original 2015 guidelines used a 60:40 split. The revised 2024 guidelines raised the high-priority share to 70%. Expect this change as a Prelims trap.

Progress as of July 2026

• Over 4.70 lakh projects worth ₹1,09,938 crore sanctioned, of which 2,92,156 have been completed. Another 78,809 projects are under execution, with committed funds of over ₹30,512 crore.
• By January 2025, ₹1,04,251 crore had been collected.

Recent Linkage: MMDR Amendment Act, 2026

The Act caps State levies on minerals to create a unified national market. This follows the Supreme Court's 2024 judgment holding that royalty is not a tax and that States can tax mineral rights under Entry 50 of List II, subject to limits Parliament sets through mineral development law. Importantly, the 2026 Amendment explicitly preserves DMF collections, so community welfare funds remain ring-fenced.

Significance

• Benefit-sharing and distributive justice. It puts into practice the principle of intergenerational and intra-generational equity in the use of natural resources.
• Tribal welfare. Many mining districts are Fifth Schedule areas, so the scheme matters for tribal communities.
• Cooperative federalism. The Centre sets the framework, States make the rules and districts implement.
• Reducing Left Wing Extremism (LWE). Grievances over mining-led dispossession have fed LWE, and visible development can address some of that alienation.
• Aligned with the SDGs (SDG 1, 3, 4, 6 and 10).

Challenges (Mains)

1. Diversion of funds. Money has sometimes been spent on large infrastructure or urban beautification that has little to do with affected communities.
2. Weak community participation. District collectors dominate governance structures, and Gram Sabha involvement is often only nominal.
3. Poor beneficiary identification. Many DMFs have not properly identified affected people and areas.
4. Unspent balances. Collections have piled up in some districts while needs remain unmet.
5. Transparency gaps. Some DMFs do not proactively disclose plans, audits and outcomes.
6. Too much physical infrastructure. Livelihoods, nutrition and environmental restoration get less than they need.
7. Post-closure neglect. There is little planning for communities once mines close.

Way Forward

• Put the Gram Sabha at the centre of project selection and social audits, especially under PESA.
• Publish real-time project data on public dashboards and conduct independent third-party impact evaluations.
• Invest in human capital (health, nutrition, skills) and a "just transition" plan for coal districts facing mine closures.
• Create DMF corpus or endowment funds that can support communities after mines close.

Mains Practice Question: "District Mineral Foundations were envisioned as an instrument of benefit-sharing, but their outcomes have been uneven." Critically examine the performance of PMKKKY and suggest reforms. (15 marks)