In-Depth PIB Analysis3 Items Core TopicImportantConcise Economy, Energy & Consumer AffairsGS Paper III 01E85 / E100 Flex-Fuel Vehicles — CMVR Amended0261st CIML Meeting — India Hosts Legal Metrology Body Environment, Water & ResourcesGS Paper I · III 03Catch the Rain & Jal Sanchay Jan Bhagidari Economy, Energy & Consumer AffairsGeneral Studies Paper III 01 Beyond E20: Motor Vehicle Rules Amended to Certify E85 and E100 Flex-Fuel Vehicles Core TopicGS-III · Economy — Energy (Biofuels), Infrastructure; Environment — PollutionPrelims + MainsPIB · Ministry of Road Transport & Highways · 26 Oct 2026 The Ministry of Road Transport & Highways (MoRTH) has amended the Central Motor Vehicles Rules, 1989 to expressly include E100 alongside E85 in emission certification. This opens the regulatory path for flex-fuel vehicles (FFVs) — the next step after India reached 20% ethanol blending (E20) in petrol. ◈ Static Background — Ethanol as a Fuel Ethanol (C₂H₅OH) is an alcohol made by fermenting sugars or starch. Blended with petrol it raises the octane number and adds oxygen, which helps combustion. But it carries about one-third less energy per litre than petrol, so high blends reduce mileage. The notation: “E” stands for ethanol and the number for its share by volume — E20 = 20% ethanol; E85 = up to 85% ethanol; E100 = predominantly ethanol. First-generation (1G) feedstocks: sugarcane juice, B-heavy and C-heavy molasses, damaged food grains, maize and surplus rice. Second-generation (2G): from crop residue such as rice straw — supported by PM JI-VAN Yojana (2019); IOCL’s Panipat 2G refinery (2022) is the flagship plant. Flex-fuel vehicle: runs on any blend within a certified range using one tank; sensors and engine controls adjust to the fuel mix, and fuel-system materials resist ethanol’s corrosiveness. Global models: Brazil (the Proálcool programme of 1975; flex-fuel cars since 2003) and the United States (E85 for FFVs). India co-founded the Global Biofuels Alliance at the G20 New Delhi Summit (2023). ▤ The Notification at a Glance Instrument: amendment to the Central Motor Vehicles Rules, 1989, framed under the Motor Vehicles Act, 1988. Nodal Ministry: Ministry of Road Transport & Highways. Core change: emission-certification provisions now expressly cover E100 alongside E85; certified vehicles must meet the emission and safety norms of their category. Scope: applies only to vehicles designed and certified for these fuels. Owners of existing vehicles are not required to switch fuel or modify vehicles, now or later. Consumer guidance: E10 or E20 compatibility does not make a vehicle E85-ready; owners should check the fuel-compatibility sticker and the manual. Other changes: updated biodiesel provisions and technical corrections; effective from the date of Gazette publication. Figure 1 — India’s ethanol blending in petrol (% by volume) ~1.5%2013–145%2018–1910%2021–2220%2024–25Ethanol Supply Year (November–October)E85 / E100Next step — not ablending mandateOnly for certifiedflex-fuel vehicles(chart scale does not apply) E10 was reached in 2022, ahead of target; E20 in 2025, five years ahead of the original 2030 goal. Chart recreated by Legacy IAS from Ministry of Petroleum & Natural Gas figures (approximate). Lineage — India’s Ethanol Journey 2003 — Ethanol Blended Petrol (EBP) Programme: 5% blending in select States, after pilots in 2001. 2018 — National Policy on Biofuels: 20% blending by 2030; allowed ethanol from damaged grains and other feedstocks. 2021 — NITI Aayog’s Roadmap for Ethanol Blending (2020–25): advanced the E20 target to 2025. 2022 — Policy amendment: E20 target formally brought forward to Ethanol Supply Year 2025–26; E10 achieved in June 2022. 2023 onwards: new vehicles made E20-material-compliant; flex-fuel strong-hybrid prototypes showcased; E100 retailed at select outlets. 2026 — this amendment: certification pathway for E85/E100 flex-fuel vehicles. Figure 2 — Which fuel for which vehicle? E10Petrol vehicles generallyE20Vehicles declared E20-compatible by the manufacturerE85 / E100Only vehicles designed and certified as flex-fuelE10/E20 compatibility does not imply E85 suitability The fuel-compatibility sticker and owner’s manual decide what a vehicle can use. Diagram drawn by Legacy IAS from the notification’s clarifications. Why It Matters Energy security: India imports over 85% of its crude oil; domestically produced ethanol substitutes part of that import bill. Farm economy: ethanol gives sugar mills and grain growers an extra market and helps mills clear cane-price arrears. Emissions: suitably designed engines can cut certain exhaust pollutants and life-cycle greenhouse gases — though gains depend on feedstock and production process. Beyond the blend ceiling: E20 is close to the practical limit for ordinary vehicles; FFVs are needed to absorb more ethanol. The Critical View Food vs fuel: diverting maize and rice to ethanol can raise feed and food prices; maize demand from distilleries has already tightened supplies for poultry and starch users. Water footprint: sugarcane is highly water-intensive; expanding cane for ethanol in water-stressed regions conflicts with groundwater goals. Consumer economics: lower energy content means more litres per km; E85/E100 must be priced low enough to offset mileage loss. Ecosystem gap: FFV uptake needs vehicle models, dispensing stations and assured ethanol supply simultaneously — a chicken-and-egg problem. Transition overlap: with electric vehicles also promoted, policy must clarify the role of FFVs and flex-fuel hybrids in the mobility mix. Balanced reading: the notification is enabling, not mandatory, and its clarity on existing vehicles addresses consumer concerns raised during the E20 rollout. ◈ Institutions & Terms to Know Ethanol Supply Year (ESY): November to October; blending targets and prices are fixed per ESY. Oil Marketing Companies (OMCs) — IOCL, BPCL, HPCL — procure ethanol at administered prices and blend it. Octane number: resistance to engine knocking; ethanol raises it. FFV-SHEV: flex-fuel strong hybrid electric vehicle — combines flex-fuel engine with hybrid drive. Biodiesel: made from vegetable oils, used cooking oil or animal fats; blended with diesel (B-notation, e.g. B5). ✎ Mains Practice Question Having achieved E20 blending, India is preparing for flex-fuel vehicles that can run on E85 and E100. Critically examine the opportunities and challenges of high-ethanol fuels for India’s energy security, agriculture and environment. 15 marks · 250 words 02 India Hosts the International Committee of Legal Metrology for the First Time ImportantGS-III · Economy — Consumer Protection, Trade FacilitationGS-II · International InstitutionsPrelims-orientedPIB · Ministry of Consumer Affairs, Food & Public Distribution · 26 Oct 2026 India is hosting the 61st meeting of the International Committee of Legal Metrology (CIML) in New Delhi from 26 to 28 October 2026 — the first time this governing body of the International Organization of Legal Metrology (OIML) has met in India. ◈ Static Background — What Is Legal Metrology? Metrology is the science of measurement. It has three branches: scientific (maintaining standards), industrial (calibration for manufacturing) and legal — the regulation of measurements used in trade, health, safety and the environment, such as weighing scales, fuel dispensers and electricity meters. Constitution: Entry 50, Union List — establishment of standards of weight and measure; States enforce the law through their Legal Metrology departments. Lineage: Standards of Weights and Measures Act, 1956 (metric system adopted) → Standards of Weights and Measures Act, 1976 and Enforcement Act, 1985 → Legal Metrology Act, 2009 (in force from 2011), with the Legal Metrology (Packaged Commodities) Rules, 2011. Nodal body: Department of Consumer Affairs. CSIR–National Physical Laboratory (NPL), New Delhi, maintains India’s national measurement standards and Indian Standard Time. Global link: World Metrology Day (20 May) marks the Metre Convention of 1875. ▤ OIML and CIML at a Glance OIML: intergovernmental treaty organisation set up in 1955; its secretariat, the International Bureau of Legal Metrology (BIML), is in Paris. India is a member state. CIML: OIML’s governing committee — one representative per member state; meets annually. OIML Recommendations: model technical rules for measuring instruments that countries adopt into national law. OIML-CS (Certification System): mutual acceptance of type-test results; India is now recognised as an OIML-CS Issuing Authority, helping Indian manufacturers export instruments. Agenda this year: machine-readable “Smart Recommendations”, AI in verification, and metrology for EV charging equipment. India’s Reforms Highlighted Jan Vishwas reforms (2023 and 2026): decriminalisation of specified offences, improvement notices and graded penalties — easing compliance while keeping consumer safeguards. Government Approved Test Centres (GATCs): private labs approved to verify instruments, expanding capacity. e-Maap portal: integrated digital services for licences, registration and verification. “One Nation, One Time”: the National Time Dissemination Project to provide accurate, traceable IST (UTC +5:30) for banking, telecom, 5G, navigation and power grids. Institutions: Regional Reference Standard Laboratories and the Indian Institute of Legal Metrology, Ranchi. Why It Matters Consumer protection: short-weighing and tampered meters are common grievances; accurate measurement is basic to fair trade. Trade: harmonised standards reduce technical barriers to trade (the WTO’s TBT Agreement) and avoid repeat testing for exporters. Digital economy: precise time-stamping underpins financial transactions, telecom networks and cyber-forensics. Balance to watch: decriminalisation must be matched by effective civil penalties and enforcement capacity in States. ✎ Mains Practice Question Accurate measurement is a public good for consumers, industry and the digital economy. Discuss the significance of legal metrology reforms in India and the role of international harmonisation of standards. 10 marks · 150 words Environment, Water & ResourcesGeneral Studies Papers I & III 03 Catch the Rain and Jal Sanchay Jan Bhagidari: Community-Led Groundwater Recharge at Scale Core TopicGS-I · Geography — Water ResourcesGS-III · Conservation, Water Management; GS-II · Government SchemesPrelims + MainsPIB Backgrounder · Ministry of Jal Shakti · 26 Oct 2026 The Ministry of Jal Shakti reports that over 1.55 crore artificial recharge and storage structures have been built under Jal Sanchay Jan Bhagidari (JSJB). An impact study of 23 lakh structures estimates 2.43 billion cubic metres of groundwater recharge. In 2026, JSJB was merged with the Jal Shakti Abhiyan: Catch the Rain campaign. ◈ Static Background — India’s Groundwater Challenge Scarcity: India has about 18% of the world’s population but only about 4% of its freshwater; it is the world’s largest user of groundwater. Dependence: groundwater meets most of India’s irrigation and rural drinking-water needs. Assessment: the CGWB’s 2024 assessment puts the national stage of extraction at about 60%, with roughly 11% of assessment units over-exploited — concentrated in the north-west and peninsular hard-rock regions. Monsoon dependence: most rain falls in about four months, often in intense spells — hence the logic of “catch the rain where it falls, when it falls”. Constitution: water is a State subject (Entry 17, State List), subject to Entry 56, Union List on inter-State rivers. Groundwater rights traditionally follow land ownership under the Indian Easements Act, 1882. Figure 3 — Jal Sanchay Jan Bhagidari: approach and impact Five design principles and two headline results. Infographic courtesy PIB / Ministry of Jal Shakti, 26 October 2026; reproduced with credit for educational use. ▤ Campaign at a Glance Nodal Ministry: Ministry of Jal Shakti (formed in 2019 by merging the water resources and drinking water & sanitation ministries). JSA: Catch the Rain: launched on 22 March 2021 (World Water Day); theme “Catch the Rain — Where It Falls, When It Falls”; run annually with changing themes. JSJB 1.0: 1 April 2024 – 31 May 2025; the 3Cs — Community, CSR, Cost; over 10 lakh recharge structures built. JSJB 2.0: from 1 June 2025; focus on over-exploited and critical districts with hyper-local, low-cost works. JSJB: CTR (2026): from 1 June 2026, merging JSJB with JSA: CTR; portal and mobile app for monitoring and feedback. Convergence (no separate outlay): VB-G RAM G rural employment works, PMKSY (Per Drop More Crop; Repair, Renovation & Restoration of water bodies), CAMPA, Finance Commission grants and State schemes. Reported results: 1.55 crore+ structures; 2.43 bcm recharge estimated from 23 lakh structures (rainfall of 1 June–31 December 2025) (government estimate). Lineage — From Campaign to Mass Movement Figure 4 — The evolution of water-conservation campaigns 2019JSA1,592 blocks,256 districts2021JSA: CTRWorld Water Day(22 March)2024JSJB 1.03Cs; women-ledCTR theme2025JSJB 2.0Over-exploited &critical districts2026JSJB: CTRMerged campaign;portal + appCommon thread: Jan Andolan + convergence of existing schemes, not a new fund Diagram drawn by Legacy IAS from Ministry of Jal Shakti information. Related programmes: Atal Bhujal Yojana (2019; community-led groundwater management, World Bank-supported, in seven States); Mission Amrit Sarovar (2022; 75 ponds per district); National Aquifer Mapping (NAQUIM) by CGWB. Policy anchors: National Water Policy, 2012; the Model Groundwater Bill (latest version 2016) urging States to treat groundwater as a common resource. Recognition: National Water Awards (6th edition, November 2025) and the Swachh Sujal Shakti Samman for women-led water work. Jal Shakti Kendras: district-level knowledge and facilitation hubs for technical guidance and planning. Putting the Numbers in Perspective Figure 5 — Recharge from JSJB 1.0 vs India’s annual groundwater use (billion cubic metres) Annual extractable~406Annual extraction~245JSJB 1.0 recharge*2.43 (≈1% of annual extraction)*estimated from 23 lakh evaluated structures, June–December 2025 rainfall A real gain, but small relative to annual withdrawals — recharge must be paired with demand management. Bars drawn to scale. Chart recreated by Legacy IAS from CGWB (2024 assessment, approximate) and Ministry of Jal Shakti figures. Why It Matters Water security: recharge sustains wells through the dry season and supports Jal Jeevan Mission source sustainability. Climate resilience: storage structures buffer droughts and capture intense rainfall that would otherwise run off. Livelihoods: works through rural employment programmes create assets and wages simultaneously. Revival of tradition: baolis (stepwells), johads, tanks and village ponds are being restored. The Critical View Counting structures vs measuring water: output metrics (structures built) are easier than outcome metrics (water-table change); independent, well-level monitoring is needed. Supply without demand control: recharge cannot offset over-extraction driven by free or flat-rate farm power, water-intensive crops (paddy, sugarcane) in water-stressed regions, and MSP-led procurement. Hydrogeology: in hard-rock aquifers of peninsular India, storage is limited; structures need scientific siting using aquifer maps. Maintenance: desilting and upkeep of millions of small structures is a recurring cost that campaigns often neglect. Legal gap: most States have not enacted groundwater regulation on the lines of the Model Bill; ownership tied to land encourages unchecked pumping. Way Forward Track outcomes — water-table levels and well yields — with public dashboards and third-party audits. Link recharge with demand-side reform: metered or rationed farm power, crop diversification and micro-irrigation. Use NAQUIM aquifer maps for siting; build a maintenance fund through Panchayats. Strengthen participatory groundwater management on the Atal Bhujal model and State groundwater laws. ✎ Mains Practice Question Community-led campaigns such as Jal Sanchay Jan Bhagidari have created lakhs of recharge structures, yet groundwater depletion continues in many regions. Critically examine the role of supply-side and demand-side measures in achieving groundwater sustainability in India. 15 marks · 250 words

Editorials, Opinions & Explained2 Items Core TopicImportantConcise OpinionsGS II · GS III 01Kudankulam Data Breach — Supply-Chain Cybersecurity02Double Fortified Salt — Tackling Anaemia OpinionsSigned op-eds, analysed with static background 01 Beyond the Plant’s Fence: The Kudankulam Data Breach and India’s Supply-Chain Cybersecurity Gap Core TopicOpinionGS-III · Internal Security — Cyber Security, Critical Infrastructure; Energy (Nuclear)Prelims + MainsThe Hindu · Op-Ed (“Beyond Kudankulam’s fence, a cybersecurity challenge”) Files relating to the Kudankulam Nuclear Power Project surfaced on a ransomware group’s dark-web portal — not from the plant, but from a contractor’s data stored with a third-party data centre. The author argues that India protects the facility well but not the ecosystem of contractors and service providers around it. ◈ Static Background — Kudankulam and India’s Nuclear Programme Location: Tirunelveli district, Tamil Nadu, on the Gulf of Mannar coast. Origin: an India–USSR Inter-Governmental Agreement of 1988, revived with Russia; built with Rosatom using VVER-1000 pressurised water reactors. Capacity: six units of 1,000 MW each — 6,000 MW at completion, India’s largest nuclear power station. Units 1 and 2 are operating; Units 3–6 are under construction. Institutions: NPCIL (Nuclear Power Corporation of India Ltd, a PSU under the Department of Atomic Energy) operates the plant; the Atomic Energy Regulatory Board (AERB, 1983) regulates safety. Opening up: the SHANTI Act, 2025 and the Nuclear Energy Mission (target 100 GW by 2047) bring more private firms into the sector — widening the circle of entities that hold sensitive data. What Happened The leak: a group called World Leaks began posting parts of about 19,000 files (14.3 GB) from 2016 to about 2025 — engineering drawings, supplier details, inspection records, minutes and insurance papers. The route: the data belonged to Reliance Infrastructure, the EPC contractor for Units 3 and 4, and was stored with the data centre Yotta, which confirmed ransomware activity on 29 May. Official position: NPCIL said the files concerned non-nuclear infrastructure, unrelated to nuclear-safety systems. Nothing public suggests the air-gapped reactor control or safety systems were reached. Precedent: in 2019, Dtrack malware — linked by researchers to North Korea’s Lazarus Group — was found on a computer on the plant’s internet-facing administrative network. Figure 1 — The core held; the periphery leaked ReactorcoreAdmin networkContractorsData centres / cloudCore: control & safety systemsAir-gapped; no evidence of breachOperator’s admin network2019: Dtrack malware detectedContractors & subcontractorsHold drawings, schedules, credentialsThird-party data centre / cloud2026: ransomware; ~19,000 files leakedProtection here rests mainly on contracts The further data travels from the operator, the weaker the statutory protection. Diagram drawn by Legacy IAS from the op-ed’s argument. ▤ India’s Cybersecurity Framework IT Act, 2000 — Section 70: the Government may declare a computer resource affecting Critical Information Infrastructure (CII) a “protected system”. CII is infrastructure whose incapacitation would have a debilitating impact on national security, the economy, public health or safety. Section 70A — NCIIPC: the National Critical Information Infrastructure Protection Centre (notified 2014, under the NTRO) protects CII in sectors such as power & energy, banking, telecom, transport and strategic enterprises. Section 70B — CERT-In: national nodal agency for incident response; its 2022 Directions require reporting within 6 hours and log retention for 180 days. Policy: National Cyber Security Policy, 2013; a National Cyber Security Coordinator in the National Security Council Secretariat; sectoral bodies such as the Defence Cyber Agency. Gap noted by the author: the DPDP Act, 2023 covers personal data only — engineering drawings and technical documents fall outside it. The Author’s Argument Perimeter has moved: modern infrastructure is built by many organisations — utilities, EPC firms, suppliers, cloud providers, insurers, certifiers and foreign partners. Each may hold sensitive data that sits outside the plant’s air gap and segmentation. Strategic value of “non-sensitive” data: drawings and supplier lists help attackers map contractors, craft phishing lures and find the weakest entry point. Accountability gap: obligations fall on the operator of a protected system; once data passes to a contractor or data centre, protection depends largely on contracts. Everyone can truthfully say “our systems were not breached” — yet data still leaks. Lesson not learnt: both 2019 and 2026 show exposure at the periphery; the author argues there has been no systematic approach to securing the ecosystem since. The Proposed Remedies Security that follows the data: binding standards, liability and audit clauses for every contractor, subcontractor and cloud provider in procurement contracts. Data classification and minimisation: vendors hold only the data needed, only for as long as needed. Third-party risk assessment: replace annual compliance certificates with independent audits and red-team exercises across the vendor ecosystem. Zero trust: assume no network is safe; verify every access point. One national framework: CERT-In, NCIIPC, sectoral regulators and operators to converge on critical-infrastructure supply-chain security, assigning responsibility before a breach. ◈ Concepts to Know — Prelims Hooks Air gap: physical isolation of a network from the internet. It is not foolproof — Stuxnet (2010) reached Iran’s Natanz enrichment plant via removable media. Supply-chain attack: compromising a target through a trusted vendor — e.g. the SolarWinds software-update compromise (2020). Ransomware / double extortion: encrypting data and threatening to publish stolen files unless paid. Zero-trust architecture: “never trust, always verify” — continuous authentication for every user and device. Red-teaming: authorised simulated attacks to test defences. Critical Assessment Fair caveats: ransomware groups often exaggerate their haul; NPCIL’s clarification deserves weight, and the core safety systems appear untouched. Strength of the argument: as defence, space, nuclear and power sectors open to private firms and government data moves to commercial clouds, the attack surface grows — a framework designed for State-built, State-run systems no longer fits. Implementation cost: stringent vendor audits raise costs for smaller suppliers and could slow projects; standards must be risk-tiered. Legal route: whether through a new law or wider use of the IT Act, clear liability across the supply chain is the missing piece. ✎ Mains Practice Question “Critical infrastructure is no longer a building behind a fence but a layered system with many access points.” In this context, examine the gaps in India’s framework for protecting critical information infrastructure across its supply chain, and suggest measures to address them. 15 marks · 250 words 02 Double Fortified Salt: A Ready, Low-Cost Tool Against Anaemia Awaiting Scale-Up Core TopicOpinionGS-II · Health, Nutrition — Welfare Schemes (PDS, PM POSHAN, ICDS)GS-III · Food Processing, Food SecurityPrelims + MainsThe Hindu · Op-Ed (“A ready solution to tackle anaemia”) The authors argue that Double Fortified Salt (DFS) — salt fortified with both iodine and iron — is a proven, cheap way to prevent iron-deficiency anaemia, and that its slow uptake is now an institutional, not a technical, problem. They want it built into the revised Anaemia Mukt Bharat strategy and the Public Distribution System. ◈ Static Background — What Is Anaemia? Anaemia is a condition in which the blood’s haemoglobin level — and hence its oxygen-carrying capacity — is below normal. The WHO cut-offs are below 12 g/dL for non-pregnant women, below 11 g/dL for pregnant women and children aged 6–59 months, and below 13 g/dL for men. Causes: iron deficiency (the largest single cause), deficiencies of folate and vitamin B12, infections such as malaria and hookworm, blood loss, and inherited haemoglobinopathies (thalassaemia, sickle cell disease). Absorption: vitamin C enhances iron absorption; phytates (cereals) and tannins (tea) inhibit it. Consequences: fatigue, lower productivity, impaired child cognitive development, higher risk of maternal deaths and low birth weight — an intergenerational cycle. Global goal: the World Health Assembly (2012) set a target to halve anaemia in women of reproductive age, now extended to 2030; also linked to SDG 2.2. Figure 2 — Prevalence of anaemia in India, NFHS-5 (2019–21) 67.1%Children6–59 months59.1%Adolescent girls15–19 years57.0%Women15–49 years52.2%Pregnant women15–49 years25.0%Men15–49 years Anaemia among children and women rose between NFHS-4 (2015–16) and NFHS-5. Chart recreated by Legacy IAS from NFHS-5 (MoHFW) data. The op-ed cites over half of women and nearly three-fourths of children as affected. Lineage — India’s Anaemia and Fortification Policy 1962 — National Goitre Control Programme → renamed the National Iodine Deficiency Disorders Control Programme (1992); sale of non-iodised salt for direct human consumption is banned under food-safety rules. Universal Salt Iodisation: about 95% of households now use iodised salt — the platform DFS would build on. 2018 — Anaemia Mukt Bharat (AMB): launched under POSHAN Abhiyaan with a 6×6×6 strategy — six target groups, six interventions, six institutional mechanisms (e.g. weekly iron–folic acid, deworming, testing, behaviour change). 2018 — FSSAI Fortification Regulations: standards for fortified rice, wheat flour, edible oil, milk and salt, marked with the “+F” logo. 2021–2024 — Rice fortification rolled out across PDS, PM POSHAN and ICDS; continued to 2028. 2026 — revised “7×7×7” AMB strategy, which the authors want to anchor DFS as a preventive pillar. Figure 3 — How DFS reaches people: channels and status Iodised saltUSI: ~95% households+ Ironencapsulated formDFSFSSAI standardPM POSHAN (school meals)Inclusion mandatedICDS (anganwadis)Inclusion mandatedPDS (~80 crore beneficiaries)Uneven — depends on StatesOpen marketLimited availability and awareness The authors’ key ask: a central flagship push to bring DFS into the PDS in every State. Diagram drawn by Legacy IAS from the op-ed. ▤ The Case for DFS — Key Numbers Current reach: about 76 million people in four States through safety-net programmes. Evidence: a global review shows DFS can reduce anaemia by up to 21%; trials in Bengaluru, Darjeeling and Punjab and large-scale use in Uttar Pradesh show better iron status. Cost: about ₹14–₹20 per person per year; a benefit-cost ratio of 4.2:1 for national introduction, mainly from productivity gains. Technology: formulation developed by the National Institute of Nutrition (ICMR-NIN), Hyderabad; iron is encapsulated to prevent reaction with iodine and discolouration. Production base: India is among the world’s largest salt producers, with Gujarat accounting for most output — centralised production eases quality control. Why Salt Works as a Vehicle Universal consumption in predictable quantities across income and geography. No behaviour change needed — unlike iron tablets, which suffer from poor adherence due to side effects. Existing infrastructure from iodisation — plants, labs and regulatory systems. Critical Assessment Sodium paradox: the WHO recommends under 5 g of salt a day; Indians consume well above that. DFS must be designed so it does not encourage higher salt intake — the authors stress alignment with sodium-reduction goals. Haemoglobinopathies: iron-fortified foods raised concerns for people with thalassaemia and sickle cell disease during rice fortification; screening and labelling safeguards must accompany scale-up. Quality control: many small and medium salt producers need support to meet iron-stability standards; poor-quality DFS can change colour and lose consumer acceptance. Not a silver bullet: anaemia also stems from infections, poor diets and other deficiencies — DFS complements, not replaces, dietary diversity, deworming and treatment. Federal factor: PDS commodity choices rest with States; central co-financing and procurement support could ease adoption. Way Forward A central flagship for DFS in PDS with dedicated financing, alongside PM POSHAN and ICDS. Quality assurance through accredited labs and FSSAI monitoring; support for small producers. Consumer awareness and wider open-market availability. Integrate DFS monitoring with Anaemia Mukt Bharat dashboards and haemoglobinopathy screening. ✎ Mains Practice Question Despite several programmes, anaemia remains widespread in India. Evaluate the role of food fortification, particularly Double Fortified Salt, in addressing iron-deficiency anaemia, and discuss the challenges in scaling it up. 15 marks · 250 words

In-Depth News Analysis7 Items Core TopicImportantConcise Polity & GovernanceGS Paper II 01ECI Affidavit — CEC’s Removal & Collective Functioning02Special Executive Magistrates — Powers & Limits03Who Is a Journalist? Case for a Media Council Economy & Rural DevelopmentGS Paper II · III 04National SARAS Mela, DAY-NRLM & Lakhpati Didi Environment & ClimateGS Paper I · III 05From Climate Targets to Energy Justice06WMO Warning — El Niño Effects Into 2027 Internal Security & DefenceGS Paper III 07DAC Clears ₹2.12 Lakh Crore — Defence Indigenisation Polity & GovernanceGeneral Studies Paper II 01 ECI Tells Supreme Court the CEC Can Be Removed Only Like an SC Judge, Defends Its Collective Decision-Making Core TopicGS-II · Polity — Constitutional Bodies (Art 324), Electoral ReformsPrelims + MainsThe Hindu In a joint affidavit, the Election Commission of India (ECI), the Chief Election Commissioner (CEC) and both Election Commissioners (ECs) told the Supreme Court that any attempt to restrain the CEC’s functioning would be contrary to law, since the CEC can be removed only in the manner and on the grounds applicable to a Supreme Court judge. The petitions, filed by Opposition leaders, allege unilateral functioning. ◈ Static Background — The Election Commission Article 324: vests the superintendence, direction and control of elections to Parliament, State Legislatures, and the offices of President and Vice-President in the ECI. Composition: a CEC and such number of ECs as the President fixes. Single-member until 1989; multi-member briefly in 1989–90 and permanently since October 1993. Article 324(5): the CEC can be removed only like an SC judge; an EC can be removed only on the recommendation of the CEC. The CEC’s conditions of service cannot be varied to his disadvantage after appointment. T.N. Seshan v Union of India (1995): upheld the multi-member Commission; the CEC is first among equals, and decisions are taken by majority. Anoop Baranwal v Union of India (2023): directed that appointments be made on the advice of a committee of the PM, Leader of Opposition and CJI until Parliament legislated. ▤ The CEC and Other ECs Act, 2023 — at a Glance Full name: Chief Election Commissioner and Other Election Commissioners (Appointment, Conditions of Service and Term of Office) Act, 2023. Search Committee: headed by the Union Law Minister with two Secretary-level officers; prepares a panel of five names. Selection Committee: the Prime Minister, the Leader of Opposition (or leader of the largest Opposition party) in the Lok Sabha, and a Union Cabinet Minister nominated by the PM. The CJI is not a member. Tenure: six years or until age 65, whichever is earlier; no reappointment. Removal: CEC as an SC judge; ECs only on the CEC’s recommendation — mirroring Article 324(5). Decision-making: by unanimity where possible, otherwise by majority (the affidavit cites Section 18). Challenge: petitions questioning the executive majority on the Selection Committee are pending in the Supreme Court. Figure 1 — Appointment and removal of the Election Commission AppointmentSearch CommitteeLaw Minister + 2 Secretaries → panel of 5Selection CommitteePM · Leader of Opposition (LS) ·Union Minister nominated by PMPresident appoints CEC / ECsTenure: 6 years or age 65RemovalCEC — like an SC judge• Grounds: proved misbehaviour / incapacity• Motion in each House by special majority• Followed by President’s order• Procedure: Judges (Inquiry) Act, 1968Election CommissionersOnly on the CEC’s recommendationSpecial majority = majority of totalmembership + 2/3 present and voting The asymmetry — strong protection for the CEC, weaker for ECs — is a recurring Prelims and Mains theme. Diagram drawn by Legacy IAS from Article 324 and the 2023 Act. What the Affidavit Says Removal shield: the CEC cannot be ousted, or his functioning restrained, except as provided for an SC judge. Collective functioning: decisions go first to one EC, then the other, then the CEC; approved decisions are signed by all three and notified by the ECI Secretariat. When members are unavailable, approvals are taken electronically and recorded later. Media reports: the ECI said it had not released any internal note; reports of internal friction are “hardly evidence”, and petitions based on them should not be maintainable. Internal friction acknowledged indirectly: the affidavit confirmed that the two ECs had written to the Cabinet Secretary about a July 28 order on IT oversight of electoral rolls, passed by a senior official without their knowledge. Why It Matters Institutional trust: the ECI’s credibility rests on both independence and the perception of fairness; disputes over electoral rolls make internal processes a matter of public interest. Collegiality: a multi-member body works only if all members are part of decisions; the episode tests how majority rule operates in practice. Accountability vs independence: security of tenure protects the CEC from executive pressure, but raises the question of how complaints of internal process are addressed short of removal. Critical Assessment On the law: the removal shield is constitutionally sound; courts have generally avoided directing constitutional bodies’ internal functioning. On transparency: recording file movements and electronic approvals, and disclosing how disagreements are resolved, would strengthen public confidence. Reform ideas: the Goswami Committee (1990) and Law Commission (255th Report, 2015) recommended equal removal protection for ECs and a collegium-type selection — proposals still debated. ✎ Mains Practice Question The independence of the Election Commission depends as much on its internal functioning as on constitutional safeguards. Examine the provisions governing the appointment, tenure and removal of the CEC and Election Commissioners, and suggest reforms to strengthen the Commission’s credibility. 15 marks · 250 words 02 Special Executive Magistrates: Preventive Powers, Peace Bonds and the Line With Judicial Magistrates ImportantGS-II · Polity — Criminal Justice, Separation of Powers, Fundamental RightsPrelims + MainsThe Hindu · Text & Context A Special Executive Magistrate (SEM) court in Delhi — presided over by an Assistant Commissioner of Police — released two protest activists on sureties, after earlier extending their custody for an alleged breach of peace bonds. The case has drawn attention to who SEMs are and how their powers differ from those of judicial magistrates. ◈ Static Background — Two Kinds of Magistrates Separation principle: Article 50 (DPSP) asks the State to separate the judiciary from the executive in public services. The CrPC, 1973 gave effect to this by creating Judicial and Executive magistrates; the BNSS, 2023 retains the scheme. Judicial Magistrates (Section 9, BNSS): courts of the first and second class; presiding officers appointed by the High Court. They hear remand, bail and trials, and pass sentences. Executive Magistrates: appointed by the State Government (typically revenue officers such as DMs and SDMs) for preventive and administrative functions. Special Executive Magistrates (Section 15, BNSS; formerly CrPC Section 21): appointed by the State Government for a specified area, period or function. In commissionerate cities such as Delhi, police officers are often designated SEMs. ▤ Preventive Provisions — Old and New Section Numbers Section 126, BNSS (old CrPC 107): bond for keeping the peace, for up to one year. Section 135, BNSS: inquiry into the information; interim security may be required, with reasons recorded. Section 141(1)(b), BNSS: on breach of a bond, the person may be detained for the remaining period of the bond. Section 163, BNSS (old CrPC 144): urgent orders in cases of nuisance or apprehended danger. Section 170, BNSS (old CrPC 151): preventive arrest by police to prevent a cognisable offence — a police power. What SEMs Can and Cannot Do Can: require peace bonds, order detention on breach of bond, issue preventive orders to maintain public order. Cannot: conduct criminal trials or convict anyone; their orders are subject to judicial review and appeal before the appropriate court. In this case: the proceedings concerned only the alleged breach of the peace bond, not the separate criminal cases over the protest; release came on an undertaking not to call for protests at the de-notified site. Concerns and Balance Conflict of roles: when a police officer acts as magistrate in a matter initiated by the police, the separation envisaged by Article 50 is diluted. Liberty: preventive detention through bond proceedings must respect Articles 21 and 22 — reasons in writing, access to lawyers, time limits. Public order rationale: preventive powers allow authorities to act before violence occurs; the test is proportionality and reasoned orders. ✎ Mains Practice Question Preventive powers of Executive Magistrates are necessary for public order but carry risks for personal liberty. Discuss in the context of the separation of the judiciary from the executive under Article 50. 10 marks · 150 words 03 Who Is a Journalist? Protest Crackdown Revives Call for a National Media Council ConciseGS-II · Polity — Freedom of Press, Statutory & Regulatory BodiesMains-orientedThe Hindu · Op-Ed During the 10 October protests in Delhi, only journalists with PIB or Delhi government accreditation were allowed to cover the site; freelancers and independent reporters were detained. A media academic proposes a national media council — on the lines of the Bar Council of India — to recognise all working journalists. ◈ Static Background — Media Regulation in India Constitutional basis: press freedom is part of Article 19(1)(a) (Romesh Thappar, 1950; Sakal Papers, 1962; Indian Express Newspapers, 1985). Press Council of India: recommended by the First Press Commission (1954); set up in 1966, abolished during the Emergency, and re-established under the Press Council Act, 1978. Chaired by a retired SC judge; covers print media only. Broadcast and digital: TV news has self-regulation (NBDSA); digital news publishers come under the IT Rules, 2021 three-tier mechanism. Registration: the Press and Registration of Periodicals Act, 2023 replaced the colonial PRB Act, 1867. Accreditation: the Central Media Accreditation Guidelines, 2022 govern PIB accreditation for access to government events. The proposal: a council that recognises staff, freelance and independent journalists, camerapersons and technicians — so that recognition does not depend on employer or government accreditation. The risk: any body that “licenses” journalists could become a gatekeeper and restrict free expression; its independence and composition would be decisive. Middle path: clear, published criteria for protest-site access and press identification, independent of employer size. ✎ Mains Practice Question With the growth of freelance and digital journalism, the question of “who is a journalist” has become important. Examine the case for a statutory national media council and the risks it may pose to press freedom. 10 marks · 150 words Economy & Rural DevelopmentGeneral Studies Papers II & III 04 National SARAS Mela Moves Beyond Delhi for the First Time, as Lakhpati Didi Target Doubles to Six Crore ImportantGS-III · Inclusive Growth, Rural LivelihoodsGS-II · Welfare Schemes, Role of SHGsPrelims + MainsPIB Backgrounder · Ministry of Rural Development The National SARAS Mela at Vijayawada (13–31 October 2026) is the first held outside Delhi-NCR, with about 1,500 women SHG entrepreneurs from 34 States and UTs across 650+ stalls. It is part of the push under DAY-NRLM to move rural women from livelihoods to enterprises. ◈ Static Background — DAY-NRLM and SHGs Lineage: Swarnajayanti Gram Swarozgar Yojana (SGSY, 1999) → National Rural Livelihoods Mission “Aajeevika” (June 2011) → renamed Deendayal Antyodaya Yojana–NRLM. Model: mobilises poor rural women into Self-Help Groups, village organisations and cluster federations; provides revolving funds, bank credit, skills and market links. SHG–Bank Linkage Programme: started by NABARD in 1992 — the foundation of India’s SHG movement. Scale: roughly 10 crore women in about 90 lakh SHGs. Institutions: State Rural Livelihood Missions (SRLMs); NIRDPR, Hyderabad for training and research. ▤ Lakhpati Didi & SARAS — Key Facts Definition: an SHG member whose household earns at least ₹1 lakh a year on a sustained basis, assessed over at least four agricultural seasons or business cycles. Targets: 2 crore (announced August 2023) → 3 crore (Interim Budget 2024–25), achieved by December 2025 → 6 crore (announced February 2026) (government targets). SARAS journey: first National SARAS Mela in Delhi in 1999 with about 65 beneficiaries; 117 National Melas so far; annual sales above ₹200 crore. Digital channels: eSARAS online platform; a SARAS Mela Digital App (2025); links with ONDC and GeM. Partners: NABARD, NIRDPR, Ministries of Tribal Affairs, MSME and Textiles, TRIFED. Prelims Hooks — Crafts on Display Phulkari (Punjab, embroidery) · Pashmina (J&K, fine wool) · Telia Rumal and Ikat (Telangana, tie-dye weaving) · Puan Chei / Paunchei (Mizoram, textile). Dokra — lost-wax metal casting (eastern and central India) · Meenakari — enamelling on metal (associated with Rajasthan). Critical Assessment From income to enterprise: markets, branding and steady orders matter more than one-off fairs; year-round digital and institutional channels are the real test. Measurement: independent verification of household income is needed to give the Lakhpati Didi count credibility. Credit and risk: rising SHG loans need careful monitoring to avoid over-indebtedness. Decentralisation: holding national platforms in regions brings buyers closer to producers — a model also used for G20 and BRICS meetings. ✎ Mains Practice Question Self-Help Groups have moved from savings and credit to enterprise development. Evaluate the role of DAY-NRLM and initiatives such as Lakhpati Didi in the economic empowerment of rural women. 15 marks · 250 words Environment & ClimateGeneral Studies Papers I & III 05 From Climate Targets to Energy Justice: A Call to Reframe Climate Policy Around Consumption and Well-Being ImportantGS-III · Environment — Climate Change, International Agreements; EnergyMains-orientedThe Hindu · Explainer (former UNFCCC policy adviser) A former UN diplomat argues that India should reframe climate change as a set of national crises rooted in unequal energy use, rather than a single global temperature goal — shifting the focus from production of emissions to consumption patterns, and from targets to energy justice. ◈ Static Background — The Climate Regime UNFCCC (1992): principle of Common But Differentiated Responsibilities and Respective Capabilities (CBDR-RC); developed countries (Annex I) to take the lead. Kyoto Protocol (1997): binding targets only for developed countries. Paris Agreement (2015): all countries submit Nationally Determined Contributions (NDCs); goal of keeping warming “well below 2°C”, pursuing 1.5°C; five-yearly Global Stocktake. India’s commitments: net zero by 2070; reduce emissions intensity of GDP by 45% by 2030 (from 2005); 50% of installed power capacity from non-fossil sources — reached in 2025; Mission LiFE. Per-capita gap: India’s per-capita CO₂ emissions are about 2 tonnes, well below the world average and a fraction of the U.S. level. The Author’s Argument Wrong framing: global models built by Western “epistemic communities” treat emissions — a symptom — rather than national energy use, the root cause. Development first: as the Global South seeks comparable well-being, “carbonising will precede decarbonising”; the UN’s shift to emissions stabilisation partly recognises this. Lessons from China: rapid electrification with renewables — China installed more wind and solar in 2025 than all other nations combined — shows a path focused on new clean supply, not only on phasing out fossil fuels. Shift in U.S. stance: the January 2025 U.S. executive order prioritising economic efficiency in environmental agreements echoes earlier Global South reservations. Practical cooperation: global early warning systems and regional disaster cooperation, instead of token climate finance. Critical Assessment Valid points: historical and per-capita inequities, the failure of the $100 billion finance promise, and the case for consumption-based accounting are widely shared by developing countries. Counterpoints: climate impacts are global regardless of where emissions occur; a purely national framing could weaken collective ambition — and India is among the most climate-vulnerable countries. Trade dimension: consumption-linked measures already exist, such as the EU’s Carbon Border Adjustment Mechanism (CBAM) — which India opposes as unilateral. For India: the practical path combines energy access and growth with rapid renewables expansion — as its NDCs already attempt. ✎ Mains Practice Question “Climate justice requires shifting the focus from production of emissions to patterns of energy consumption.” Critically examine this view in the context of India’s development needs and its climate commitments. 15 marks · 250 words 06 WMO Warns El Niño’s Effects Will Last Into 2027; Warmer Winter Likely for India ConciseGS-I · Geography — ENSO, ClimatologyPrelims-orientedThe Indian Express On 21 October, the World Meteorological Organization (WMO) warned that the current El Niño — expected to peak around 3.8°C above normal — will affect weather well into 2027. India’s southwest monsoon ended at 87% of the Long Period Average, the fourth driest since 2001. ◈ Static Background — Measuring ENSO Niño 3.4 region in the central-equatorial Pacific is the key index area. Relative Oceanic Niño Index (RONI): measures the Niño 3.4 anomaly relative to the average warming of the whole tropics, so that background global warming does not inflate readings. A three-month average above +0.5°C means El Niño; below –0.5°C, La Niña. WMO: UN specialised agency for weather, climate and water, headquartered in Geneva; India is represented by the IMD. India: above-normal temperatures forecast for October–December; the northeast monsoon is still expected to be normal over the south peninsula. Global: heat over southern Europe, Africa, the Arabian Peninsula, South and East Asia; drier conditions over southern Africa and Central America; flood, drought and cyclone risks in Southeast Asia and Latin America. Knock-on effects: pressure on food and water security and on fertiliser and fuel prices, compounded by the Strait of Hormuz disruption. ✎ Mains Practice Question Strong El Niño events have effects that outlast the event itself. Discuss the likely impacts of the current El Niño on India’s agriculture, water resources and public health in 2027, and the preparedness measures required. 10 marks · 150 words Internal Security & DefenceGeneral Studies Paper III 07 DAC Clears Proposals Worth ₹2.12 Lakh Crore, With 82% Earmarked for Domestic Industry Core TopicGS-III · Security — Defence Modernisation, Indigenisation of TechnologyPrelims + MainsThe Hindu; PIB · Ministry of Defence The Defence Acquisition Council (DAC) has granted Acceptance of Necessity (AoN) for capital acquisitions worth about ₹2.12 lakh crore for the three Services, with about 82% of the value to be sourced from domestic industry. Drones, counter-drone systems and short-range air defence dominate the list. ◈ Static Background — How India Buys Weapons DAC: the apex body for capital procurement, chaired by the Defence Minister; set up in 2001 after the post-Kargil Group of Ministers’ review. Defence Acquisition Procedure (DAP) 2020: the procurement rulebook (in force from October 2020); categories in order of priority begin with Buy (Indian-IDDM) — Indigenously Designed, Developed and Manufactured. AoN is the first formal step — approval of the need, not a contract. It is followed by tendering, trials, commercial negotiation and final approval by the Competent Financial Authority (the CCS for the largest deals). Positive Indigenisation Lists: items that can only be bought from Indian industry after set timelines. Budget rule: about three-fourths of the capital acquisition budget is earmarked for domestic procurement. Figure 2 — From AoN to contract: the capital acquisition pipeline AoNby DACRFPtender issuedTrialstechnical + fieldCNCprice negotiationCFA approval→ contractToday’s ₹2.12 lakh crore is at stage 1 — actual contracts follow over the coming years CNC — Cost Negotiation Committee; CFA — Competent Financial Authority. Diagram drawn by Legacy IAS from DAP 2020. ▤ What Was Approved Army: high-mobility vehicles, self-propelled tracked guns, gunshot response systems, light multi-role helicopters, VSHORADS (very short-range air defence), platform-based counter-drone systems, long-range UAS, surveillance UAVs, integrated surveillance-and-strike systems and long-range kamikaze (loitering) drones. Navy: Active Off-board Decoy Systems for anti-missile defence, and indigenously designed naval platforms. Air Force: special utility helicopters, air defence systems, weapons and mobile X-band Doppler weather radars. Domestic share: about 82% of the value. Figure 3 — India’s defence production (₹ crore) 46,4292014–1579,0712019–201,27,4342023–241,50,5902024–25 Production has more than tripled in a decade; defence exports reached about ₹23,622 crore in 2024–25. Chart recreated by Legacy IAS from Ministry of Defence figures. Why It Matters Changing warfare: recent conflicts show the weight of drones, loitering munitions and counter-drone systems; the list reflects that shift. Self-reliance: large domestic orders build scale for Indian firms, including private companies and MSMEs, and reduce import dependence. Strategic autonomy: fewer supply-chain vulnerabilities during crises. Critical Assessment AoN is not acquisition: many AoNs lapse or take years to become contracts; the gap between approval and delivery is a long-standing problem. Indigenous content: “domestic” orders may still depend on imported engines, sensors and electronics; real self-reliance needs component ecosystems. Budget pressure: a large share of defence spending goes to salaries and pensions, constraining capital outlay. Balance: timely delivery and quality assurance from domestic suppliers will decide whether indigenisation strengthens or delays capability. ✎ Mains Practice Question India’s defence procurement increasingly favours domestic industry. Examine the progress of defence indigenisation and the structural challenges in converting approvals into timely capability. 15 marks · 250 words