Contents01 The Kisan Sarathi Platform: Technology to Unite, Empower, and Strengthen the Agricultural Ecosystem Ministry of Electronics & IT / Ministry of Agriculture & Farmers Welfare GS 2GS 3 02 MoSPI Celebrates 20th Statistics Day: Unlocking the Potential of Administrative Data Ministry of Statistics & Programme Implementation (MoSPI) GS 2GS 3 Article 01 Article 01 The Kisan Sarathi Platform: Technology to Unite, Empower, and Strengthen the Agricultural Ecosystem Ministry of Electronics & Information Technology / Ministry of Agriculture & Farmers Welfare · Launched July 2021 Relevance: GS 2 (Governance — digital service delivery, e-governance) · GS 3 (Agriculture, technology in agri-extension, farmer welfare). GS 2GS 3 Key Data at a Glance 2.95 crregistered farmers (56.16 lakh women) as of 25 June 2026 37 States/UTscoverage across 768 districts & 6.63 lakh villages 730+Krishi Vigyan Kendras (KVKs) connected to the platform 610schemes accessible (102 central, rest state/UT-level) 19.21 lakhqueries handled; 21,900 advisories across 351 commodities 13regional languages supported for live expert interaction Issue in Brief Kisan Sarathi, India's largest integrated digital agro-advisory platform, has crossed 2.95 crore registered farmers, with government data (as of 25 June 2026) showing operations across 37 States/UTs, 768 districts and 6.63 lakh villages — a major scale-up since its July 2021 launch. Its significance lies in consolidating fragmented farmer-facing services — advisory, weather, schemes, market prices — onto a single digital interface, addressing a long-standing access problem in agricultural extension. Static Background Launched 16 July 2021 (93rd ICAR Foundation Day), jointly by the Ministry of Electronics & IT (MeitY) and Ministry of Agriculture & Farmers Welfare; implemented by the Indian Agricultural Statistics Research Institute (IASRI) and Digital India Corporation (DIC). Powered by the Interactive Information Dissemination System (IIDS) — a push-pull, two-way ICT platform combining smartphone app, web interface and IVRS, built on open-source PHP/MySQL and Asterisk. IIDS follows the Know Your Farmer (KYF) approach — a centralised server routes farmer queries to relevant experts and retains interaction history for context-aware future advisories. Connects farmers to 730+ Krishi Vigyan Kendras (KVKs), 100+ ICAR institutes, and 65+ agricultural universities — institutions forming India's grassroots agri-extension backbone since the Green Revolution era. Key Dimensions — Integration & Access Brings together five major digital services: Kisan Call Centre, Common Service Centres (CSCs), India Meteorological Department (IMD), MyScheme, and BHASHINI (multilingual AI translation). Multi-channel access — call centres, CSCs, web, WhatsApp, mobile app — caters to varying levels of digital literacy and connectivity across rural India. Key Dimensions — Scheme & Service Delivery As of 25 June 2026, 610 schemes are listed (102 central, rest state/UT-level), including status-tracking for flagship schemes like PM-KISAN. Advisories cover cereals, pulses, oilseeds, horticulture, plantation and fodder crops, plus livestock, poultry and fisheries. 13 regional languages supported for live expert interaction; personalised, farm-profile-based advisories with location-specific push alerts. Key Dimensions — Scale & Reach As of 25 June 2026: 2.95 crore registered farmers (56.16 lakh women); 2.89 crore registered via KVK visits, remainder through Kisan Call Centres (5.35 lakh), mobile app (21,517), web portal (2,416), and CSCs (39,193). 4,767 ICAR scientists and 113 ICAR institutes in the network; 19.21 lakh queries handled; 21,900 advisories released covering 351 commodities. Source figures show 37 States/UTs coverage as of 25 June 2026 across multiple verified reports. Critical Analysis — Strengths Institutional convergence (KVKs + ICAR + universities + 5 national digital platforms) under one interface reduces farmer transaction costs and channel fragmentation — a genuine “lab-to-land” innovation. The KYF-based, history-retaining IIDS architecture enables increasingly personalised advisories over time, unlike one-off helpline models. Critical Analysis — Structural Questions Registration is heavily skewed toward physical KVK visits (97.9%); digital channels (app, web, CSC combined) account for a small fraction, suggesting last-mile uptake still depends on physical extension infrastructure. Women's registration share (~19%) remains low relative to their actual participation in farm labour — a persistent gender gap in agricultural service access. Query volume (19.21 lakh) relative to registered base (2.95 crore) indicates a low engagement-to-registration ratio; registration does not necessarily indicate active usage. Way Forward Strengthen direct digital onboarding (app/web/WhatsApp) to reduce dependence on physical KVK visits, especially in underserved blocks. Targeted outreach to raise women farmers' registration and engagement, possibly through women-led SHG/FPO linkages. Periodic independent assessment of advisory quality and farmer outcome impact (yield, income), not just registration/query counts. Deepen integration with AgriStack and other emerging administrative data systems for sharper, data-driven targeting. Prelims Pointers Kisan Sarathi: launched July 2021; joint MeitY + MoA&FW initiative; implemented by IASRI and DIC. IIDS = Interactive Information Dissemination System; follows the Know Your Farmer (KYF) approach. Integrated platforms: Kisan Call Centre, CSC, IMD, MyScheme, BHASHINI. As of 25 June 2026: 2.95 crore farmers, 768 districts, 6.63 lakh villages. Advisories: 21,900 released, covering 351 commodities, 13 regional languages supported. Network: 730+ KVKs, 100+ ICAR institutes, 65+ agricultural universities. Practice Mains Question “Digital agro-advisory platforms can bridge the gap between agricultural research and field-level practice, but their success depends on last-mile adoption.” Discuss with reference to the Kisan Sarathi platform. GS Paper 3 · 250 words · 15 marks Practice MCQs Q1. Consider the following statements about Kisan Sarathi: (1) It was launched in July 2021. (2) It is implemented solely by the Ministry of Agriculture & Farmers Welfare. (3) IIDS follows the Know Your Farmer (KYF) approach. Which are correct? A) 1 and 3 onlyB) 2 and 3 onlyC) 1 and 2 onlyD) 1, 2 and 3 Q2. “BHASHINI,” integrated with Kisan Sarathi, is primarily associated with: A) Crop insurance settlementB) AI-based multilingual translationC) Soil health card issuanceD) Mandi price discovery Article 02 Article 02 MoSPI Celebrates 20th Statistics Day: Unlocking the Potential of Administrative Data Ministry of Statistics & Programme Implementation · 29 June 2026, Dr. Ambedkar International Centre, New Delhi Relevance: GS 2 (Governance, transparency, data-driven policymaking) · GS 3 (Statistics, science & technology, AI governance). GS 2GS 3 Key Data at a Glance 20thStatistics Day; first observed in 2007 133rdbirth anniversary of Prof. P. C. Mahalanobis (b. 1893) ~500participants including Central/State officials & international agencies 5pillars of MoSPI's data harmonisation framework 8key publications released on the occasion 2026Sukhatme National Award in Statistics — Dr. Arup Bose Issue in Brief MoSPI commemorated the 20th Statistics Day on 29 June 2026 at Dr. Ambedkar International Centre, New Delhi, marking the 133rd birth anniversary of Prof. P.C. Mahalanobis. The 2026 theme — “Unlocking the Potential of Administrative Data” — signals a structural shift in India's statistical system: from reliance on periodic field surveys toward harnessing real-time administrative datasets for governance. Static Background Statistics Day has been observed annually since 2007 (20th edition in 2026) to honour Prasanta Chandra Mahalanobis (born 29 June 1893) — founder of the Indian Statistical Institute (ISI), pioneer of the Mahalanobis Distance, and architect of India's planning-era statistical methods used in the Five-Year Plans. India's statistical architecture rests on MoSPI, the National Sample Survey (NSS), and the National Statistical Office (NSO) (which absorbed the earlier Central Statistics Office). Administrative data refers to information generated as a by-product of routine government functioning (welfare delivery records, tax filings, regulatory databases) — distinct from purpose-built statistical surveys. Key Dimensions — Institutional Direction Dr. P.K. Mishra (Principal Secretary to PM), as chief guest, called for a “whole of Government” approach, urging that administrative data move from a departmental byproduct to a cohesive, secure, interoperable national asset. He flagged key institutional priorities: data privacy and public trust, preserving institutional independence as the system shifts from surveys to administrative records, and adopting AI with governance safeguards — auditability, explainability, and data provenance. Key Dimensions — Data Harmonisation Framework Following the 5th National Conference of Chief Secretaries (December 2025), MoSPI has built a harmonisation framework on five pillars: metadata compilation, data quality assessment, uniform classifications, unique identifiers, and resolving definitional divergences. A “Practitioner's Handbook on Harmonisation of Data Sets” was released, alongside a MoSPI MCP Server initiative to make data interoperable through AI/ML — reflecting tech-enabled statistical modernisation. Key Dimensions — Publications & Recognition Key releases included the SDG – National Indicator Framework Progress Report, 2026, its Data Snapshot, “Transforming Lives: India's Achievements under the People Dimension of the SDGs,” MoSPI's Vision Document 2026–2031, and city-focused reports like “Labour Market Dynamics in Million-plus Cities.” Dr. Arup Bose (retired Professor, ISI Kolkata) received the Sukhatme National Award in Statistics 2026 for contributions to Statistical Theory, Probability, Random Matrix Theory and High-Dimensional Data Analysis. Key Dimensions — Technical Session Highlights Use-case presentations covered Social Security Data Pooling (Labour Ministry), AgriStack (Agriculture Ministry), Family ID (Uttar Pradesh), and MahaVISTAAR (Maharashtra's AI-based farmer advisory under POCRA). Panel discussion — “From Silos to Synergy” — emphasised collaborative governance and standardised data structures, with participation from NeGD, World Bank, eGov Foundation, and civil society (ResGov). Critical Analysis — Strengths Reframing administrative data as a “national asset” rather than a byproduct is a meaningful conceptual shift, potentially enabling real-time, granular governance insights beyond what periodic surveys can offer. Explicit emphasis on AI governance safeguards (auditability, explainability, provenance) shows awareness of risks accompanying large-scale data integration — not just a push for adoption without guardrails. Critical Analysis — Structural Questions The event's deliberations remain largely declarative and aspirational (“whole of Government approach,” “data-driven Viksit Bharat”) without yet specifying binding timelines, legal frameworks, or accountability mechanisms for cross-ministry data sharing. Balancing the stated goal of “institutional independence” of statistical agencies against deeper integration with operationally-driven administrative ministries is a structural tension acknowledged but not resolved. State-level capacity to implement the five-pillar framework (especially unique identifiers and uniform classification) varies significantly; success depends on Centre-State coordination. Way Forward Translate the harmonisation framework's five pillars into a time-bound, monitorable implementation roadmap across ministries and states. Establish a clear legal/regulatory framework for administrative data sharing that explicitly protects privacy and institutional independence. Scale validated pilots like AgriStack, Family ID, and MahaVISTAAR with documented outcome evaluation before national rollout. Build AI governance protocols (auditability, explainability) into MoSPI's MCP Server and similar interoperability tools from the design stage. Prelims Pointers Statistics Day: 29 June; first observed 2007; 2026 marks the 20th edition; honours P.C. Mahalanobis (b. 1893), founder of ISI. 2026 theme: “Unlocking the Potential of Administrative Data.” Sukhatme National Award in Statistics 2026: Dr. Arup Bose (ISI Kolkata, retd.). Harmonisation framework: 5 pillars — metadata, data quality, classification, unique identifiers, definitional resolution. Linked to: 5th National Conference of Chief Secretaries, December 2025. Key institutions: MoSPI, National Sample Survey (NSS), National Statistical Office (NSO). Practice Mains Question “Administrative data, if effectively harmonised and governed, can become a national asset for evidence-based policymaking.” Discuss the opportunities and institutional challenges in operationalising this vision in India. GS Paper 2/3 · 250 words · 15 marks Practice MCQs Q1. Consider the following statements: (1) Statistics Day is celebrated on 29 June to honour P.C. Mahalanobis. (2) 2026 marks the 25th Statistics Day. (3) Mahalanobis founded the Indian Statistical Institute. Which are correct? A) 1 and 3 onlyB) 1 and 2 onlyC) 2 and 3 onlyD) 1, 2 and 3 Q2. The “five pillars” of MoSPI's data harmonisation framework include all of the following EXCEPT: A) Metadata compilationB) Unique identifiersC) Centralised budget allocationD) Resolution of definitional divergences

Contents01 Missile Asymmetry on the LAC: Assessing the Case for an Integrated Rocket Force Harinder Singh, Retired Lieutenant General & Independent Analyst · India-China missile balance, rocket force, defence reform GS 2 — India-China RelationsGS 3 — Defence & SecurityEssay — Deterrence & Power Editorial 01 of 01 Article 01 Missile Asymmetry on the LAC: Assessing the Case for an Integrated Rocket Force Harinder Singh — Retired Lieutenant General and Independent Analyst Relevance: GS 2 (India’s neighbourhood — China, institutional mechanisms like the CDS), GS 3 (defence technology and indigenisation, border management, internal/external security linkages) and Essay (deterrence vs. restraint, technology and national power) — examining the author’s case for a unified Indian conventional rocket force in response to China’s missile capabilities along the LAC. GS 2 — India-China RelationsGS 3 — Defence & SecurityEssay — Deterrence & Power 1 — Issue in Brief The author frames missiles as the defining instrument of modern conflict — faster, cheaper, and more “political” than full-scale war, since even a limited conventional missile volley can paralyse infrastructure and force difficult political choices without a formal war being declared. The author cites China’s deployment of 200+ conventional missile launchers opposite India (author’s estimate), contrasting India’s predominantly deterrent view of missiles with what he characterises as China’s approach of treating missiles as instruments of both coercion and war-fighting. He argues that a Chinese missile campaign against India’s hinterland, run in parallel with a border conflict, could force India to fight a two-front war — a ground conflict along the Line of Actual Control (LAC) and a missile campaign deep inside its territory. The author’s central recommendation is that India build a credible, integrated conventional rocket force — under unified command, with pre-delegated strike authority — contending that without one, India risks being coerced into a strategic stalemate even before a border war begins. 2 — Static Background PLA Rocket Force (PLARF): China’s strategic and tactical missile arm, renamed from the Second Artillery Corps (established 1966) on 31 December 2015, when it was elevated to a full PLA service branch alongside the Army, Navy and Air Force. Western Theatre Command (WTC): headquartered in Chengdu, established 1 February 2016 — China’s largest theatre command by area, covering Tibet and Xinjiang and bordering the ~3,488 km LAC; it is the PLA’s designated command for the “Indian strategic direction.” The missiles named in the editorial — DF-15B, DF-16, DF-21C (short/medium-range, suited to border-area military targets) and the DF-26 (a true intermediate-range, dual-capable — nuclear or conventional — missile with a publicly claimed range exceeding 4,000–5,000 km, nicknamed the “Guam Killer”) — are documented PLARF systems; the DF-26’s swappable-warhead design underlies the warhead-ambiguity escalation risk the author refers to. India’s principal long-range deterrent is the Agni series, developed under the Integrated Guided Missile Development Programme (IGMDP, 1983) led by Dr. A.P.J. Abdul Kalam — ranging from Agni-I (700–900 km) to Agni-V (5,000+ km, three-stage, MIRV-capable since Mission Divyastra, March 2024), with Agni Prime (1,000–2,000 km) as the newer, lighter variant. BrahMos is a DRDO–Russia (NPO Mashinostroyeniya) joint venture (est. 1998), a supersonic (Mach ~2.8–3) cruise missile with range extended to ~450–800 km after India joined the Missile Technology Control Regime (2016); Nirbhay is DRDO’s indigenous subsonic cruise missile (~1,000 km, conventional/nuclear capable), and the LR-LACM (Long-Range Land Attack Cruise Missile) is its longer-range, tri-service successor (~1,000–1,500 km), now under flight-testing. India’s nuclear delivery systems sit under the Strategic Forces Command (SFC), a tri-service unified command created on 4 January 2003 under the Nuclear Command Authority. The Chief of Defence Staff (CDS) post was created in December 2019 (effective 1 January 2020) to provide single-point military advice and head the Department of Military Affairs. The “rocket force” the editorial calls for already has a name and institutional history: the Integrated Rocket Force (IRF) — a proposed tri-service, purely conventional command, first floated by India’s first CDS, General Bipin Rawat, in September 2021 after the 2020 Galwan clash, conceived as distinct from the nuclear-focused SFC. It remains in early structuring stages, with the short-range Pralay missile (150–500 km, DAC-approved 2023) as its first inducted asset. 3 — Key Dimensions Strategic depth: the author argues that China’s missile reach reduces the traditional protective value of the Himalayas — China can fire down from the Tibetan Plateau, while India must fire over the mountains, affecting detection timelines and reaction windows. Hypersonic / no-warning threat: the author cites China’s hypersonic-class systems (DF-100, CJ-1000) as offering little to no launch warning, and contends that India currently lacks a reliable missile defence against them — a capability gap rather than a settled, independently-confirmed technical assessment. Capability gaps the author identifies: limited integration of long-range systems (Agni, LR-LACM, BrahMos) into a unified conventional strike doctrine, finite stockpiles, immature real-time targeting, and a rocket force that — unlike China’s PLARF — remains a conceptual, not operational, construct. The author’s “missile math”: his deterrence logic is that India does not need numerical parity (matching missile-for-missile) but needs the ability to inflict comparable effects — enough credible retaliatory capability that China cannot assume a cost-free missile campaign. Three-tier rocket-force objective the author proposes: (i) hold the PLA’s Western Theatre Command at risk deep inside Tibet/Xinjiang, (ii) degrade PLA logistics, airbases and infrastructure along the border, (iii) give field commanders tactical-level strike capability — all under a single command authority, spanning strategic, operational and tactical levels. Doctrinal shift the author seeks: from a narrow counter-force doctrine to one that also weighs counter-value strikes (hitting economic/infrastructure targets, not just military ones), backed by a unified target list instead of service-specific lists, and pre-delegated launch authority for the rocket force in a crisis’s opening hours. Industrial base constraints the author highlights: cost overruns and delays in India’s missile programmes, and dependence on imports for propulsion systems, semiconductors and high-grade materials — a self-reliance gap he argues should be closed via greater private-sector participation alongside DRDO. 4 — Critical Analysis In favour — Closes a capability gap: Without a rocket force, India’s options in a missile exchange are limited largely to absorbing strikes; a moderately credible counter-missile capability could change the cost-benefit calculus for any adversary before a border clash even starts. In favour — Institutional precedent already exists: The Integrated Rocket Force concept already has formal traction, having been proposed by a former CDS and partly operationalised via Pralay inductions, so the editorial’s recommendation aligns with an existing, if slow-moving, policy track rather than starting from a blank slate. In favour — CDS-led unification is structurally consistent: Placing a rocket force under the CDS (rather than splitting it by service) mirrors how India already separated nuclear delivery (SFC) from conventional missile assets (proposed IRF) — extending a tri-service model that is already institutionally established. In favour — Aligns with recent global practice: Several recent conflicts have featured massed conventional missile use against infrastructure, not just troop concentrations, which supporters argue makes a counter-force-only orientation increasingly outdated. Against — Escalation risk of a counter-value doctrine: Critics could argue that deliberately holding economic/infrastructure targets at risk lowers the threshold for escalation rather than restraining it — a trade-off the editorial does not fully weigh. Against — Civil-military control concerns: Devolving “precautionary strike” authority to a military command in a crisis’s opening hours sits in tension with India’s traditionally strong civilian control over escalatory decisions, and would need far more institutional scrutiny than a single editorial line suggests. Against — Industrial readiness lags the ambition: India’s missile-industrial base (propulsion, semiconductors, advanced materials) faces real delays and import dependence; a credible rocket force is a multi-decade industrial undertaking, not a structural reorganisation alone. Against — Bureaucratic and inter-service friction: Reporting suggests unresolved disputes over whether the IRF should be a full command (like SFC) or a lighter agency, and over which service controls existing assets like BrahMos batteries — meaning the “single command authority” the author calls for would be harder to achieve in practice than to state. Against — Possible case for restraint: Some analysts could counter that India’s deliberate separation of nuclear and conventional missile forces (SFC vs IRF) — unlike China’s more ambiguous co-mingling — is itself a stabilising choice, and that matching China’s posture too closely could erode that restraint. 5 — Way Forward The author recommends expediting the Integrated Rocket Force from concept to a functioning tri-service command (resolving whether it sits at agency-level or full command-level, similar to SFC), placed under the CDS for unified, time-sensitive decision-making. He calls for a unified, cross-service target list and doctrinal framework incorporating both counter-force and calibrated counter-value options, replacing today’s fragmented, service-specific planning. He proposes expanding and integrating MRBM/IRBM-class systems (Agni-P and successors) to hold PLARF basing areas (e.g., Korla, Kunming as cited) at reciprocal risk, raising the cost of any Chinese DF-26-class use. The author urges accelerating hypersonic development (he assesses India as lagging China’s DF-100/CJ-1000-class systems) and investing in satellite-based ISR to track mobile Chinese launchers such as the DF-26. As interim measures pending a rocket force, he suggests: dispersing and hardening IAF assets; optimising air-defence deployment so an adversary must expend missiles against defences rather than infrastructure; and strengthening long-range conventional strike to create reciprocal vulnerability in Tibet/Xinjiang. He also calls for deepening private-sector participation in missile manufacturing alongside DRDO, to address cost overruns, delays, and import dependence in propulsion and semiconductors. 6 — Data & Key Facts 200+Conventional missile launchers China has deployed opposite India (author’s estimate, across Korla and Kunming bases) 2015PLA Rocket Force established 31 Dec 2015 (renamed from Second Artillery Corps, est. 1966); elevated to full PLA service branch 2016China’s Western Theatre Command (HQ Chengdu) established 1 Feb 2016; covers Tibet, Xinjiang and the ~3,488 km LAC 4,000–5,000+ kmPublicly claimed range of China’s DF-26 IRBM; dual-capable (nuclear/conventional), nicknamed the “Guam Killer” 2020India’s Chief of Defence Staff post became effective 1 Jan 2020 (created Dec 2019); first CDS, General Bipin Rawat 2021India’s Integrated Rocket Force concept proposed by Gen. Bipin Rawat post-Galwan; distinct from the Strategic Forces Command (est. 2003) Agni-V: India’s longest-range operational missile (5,000+ km); three-stage, solid-fuelled; achieved MIRV capability via Mission Divyastra (March 2024) — making India the sixth MIRV-capable nation. Integrated Rocket Force (IRF): proposed tri-service conventional missile command, distinct from the nuclear-focused Strategic Forces Command (2003); Pralay missile (150–500 km) is its first DAC-approved (2023) inducted asset. 7 — Prelims Pointers PLA Rocket Force (PLARF) — China’s 4th PLA service branch; HQ at Qinghe, Beijing; formerly the Second Artillery Corps (1966–2015); controls land-based nuclear and conventional missiles Western Theatre Command — HQ Chengdu; established 2016; China’s largest theatre command; responsible for the India border, Tibet and Xinjiang DF-26 — Chinese IRBM, dual-capable (nuclear/conventional), nicknamed “Guam Killer”; first publicly shown 2015, confirmed in PLARF service 2018 Agni-V — India’s longest-range operational missile (5,000+ km); three-stage, solid-fuelled; MIRV capability via Mission Divyastra (March 2024) BrahMos — DRDO–NPO Mashinostroyeniya (Russia) joint venture (est. 1998); supersonic land-attack/anti-ship cruise missile Integrated Rocket Force (IRF) — India’s proposed tri-service conventional missile command, first proposed 2021 by Gen. Bipin Rawat; distinct from the Strategic Forces Command (2003), which handles nuclear delivery systems Exam note: Do not confuse India’s two tri-service missile commands — the Strategic Forces Command (2003) handles nuclear delivery systems (Agni, Prithvi), while the proposed Integrated Rocket Force is a separate, purely conventional command. Also recall: the Chief of Defence Staff post was created in December 2019, effective January 2020. 8 — Practice Mains Question “India’s conventional missile architecture remains fragmented and largely deterrence-oriented, while its principal adversary treats missiles as instruments of both coercion and war-fighting.” Critically examine the case for a unified Indian rocket force in light of evolving missile warfare doctrines.GS 3 · 15 marks · ~250 words · Defence & Security + India-China Relations Intro: Frame the changing character of missile warfare — fast, political, infrastructure-targeting — and the asymmetry between China’s operationalised PLA Rocket Force and India’s still-conceptual Integrated Rocket Force. Body 1 — The case for a unified rocket force: Strategic depth erosion via Himalayan terrain disadvantage, the “missile math” of comparable-effects deterrence, existing institutional precedent (IRF proposal, CDS structure, Pralay induction) as a foundation to build on. Body 2 — Constraints and risks: Civil-military control concerns over pre-delegated strike authority, industrial-base and self-reliance gaps, inter-service friction over asset control, and the escalation risk of adopting a counter-value doctrine. Conclusion: A credible, CDS-led rocket force — phased, doctrinally cautious, and backed by genuine industrial investment — could strengthen deterrence, provided it does not come at the cost of India’s traditionally restrained, civilian-controlled approach to escalation. 9 — Practice MCQ With reference to India’s missile and defence-command architecture, consider the following statements: 1. The Strategic Forces Command and the proposed Integrated Rocket Force are the same institution under different names. 2. The post of Chief of Defence Staff was created to provide single-point military advice and oversee the Department of Military Affairs. 3. The PLA Rocket Force was elevated to a full service branch of the People’s Liberation Army in 2015. Which of the statements given above are correct? (a) 1 and 2 only(b) 2 and 3 only(c) 1 and 3 only(d) 1, 2 and 3

Contents 30 June 2026 PM’s State Visit to Seychelles: 50 Years of Diplomatic RelationsGS2 IAF Gets Final Operational Clearance of Indigenous Netra AEW&C SystemGS3 Union Minister Launches AI-Enabled Rural Internal Audit PortalGS2 World’s Fastest Supercomputer 2026: China’s LineShine Tops TOP500GS3 On the Delay in the India-U.S. Trade DealGS2 Has RBI Changed the Rules for Scam Compensation?GS3 Why More Medicines Will Now Have QR Codes on Their PacketsGS2 Article 01 PM’s State Visit to Seychelles: 50 Years of Diplomatic Relations GS Paper 2 — India and its Neighbourhood; Bilateral Relations Prime Minister Shri Narendra Modi with President of Seychelles Dr. Patrick Herminie during the State Visit, Victoria, Mahe (27–29 June 2026) Why in News Prime Minister Shri Narendra Modi undertook a State Visit to Seychelles from 27–29 June 2026 as the Guest of Honour for the country’s 50th National Day (Golden Jubilee of Independence) celebrations. The visit coincided with the 50th anniversary of India–Seychelles diplomatic relations, during which Prime Minister Shri Narendra Modi and the President of Seychelles, H.E. Dr. Patrick Herminie, unveiled a commemorative logo marking five decades of bilateral ties. Key Developments Prime Minister Shri Narendra Modi and President Dr. Patrick Herminie held official talks at the State House in Victoria, Mahe, covering the full spectrum of bilateral relations — health, education, capacity building, digital transformation, sustainable development, social infrastructure, renewable energy, maritime security, and defence. The two leaders also exchanged views on regional and global developments, including challenges in the Indian Ocean Region such as illegal fishing, drug trafficking, and piracy. Both sides expressed satisfaction with progress on projects under India’s Special Economic Package for Seychelles, and Prime Minister Shri Narendra Modi reaffirmed India’s commitment to supporting the development priorities of Seychelles. Several MoUs and agreements were exchanged across Capacity Building, UPI, Health, Agriculture, Shipping, Space, Extradition, and a Line of Credit worth INR 1,250 crore. Seychelles also announced that it is joining the Coalition for Disaster Resilient Infrastructure (CDRI). Later in the day, Prime Minister Shri Narendra Modi addressed an Extraordinary Sitting of the National Assembly of Seychelles, becoming the first Indian Prime Minister to do so, and called for enhanced parliamentary exchanges between the two democracies. He also met the Leader of Opposition of Seychelles, H.E. Mr. Bernard Georges. The bilateral trade figure of approximately USD 73 million (2024-25) and the diaspora figures (about 5,000 Persons of Indian Origin and 7,000 Non-Resident Indians) are drawn from the source material and have not been independently verified; they are presented here as reported. Key Outcomes of the Visit Agreement / Outcome Implementing Body / Detail Sector UPI Deployment NPCI International Payments Ltd (NIPL) & Central Bank of Seychelles Digital Payments Umbrella Line of Credit INR 1,250 crore, extended in rupees Development Finance Janaushadhi Scheme Export HLL Lifecare Limited & Ministry of Health, Seychelles Healthcare New Seychelles National Hospital Framework MoU for preliminary preparations Healthcare Infrastructure Extradition Treaty Legal framework for fugitive extradition Legal Cooperation Maritime Mobility MoU Mutual recognition of seafarer training & certification Maritime Employment Diplomatic Capacity Building SSIFS & Seychelles MoFAD Institutional Linkage Space Cooperation MoU Satellite applications, remote sensing, disaster management Space Agricultural Research Work Plan (2026-2031) ICAR & Seychelles Agriculture Department Agriculture Fast Patrol Vessel ‘PS LESPWAR’ Built by Goa Shipyard Limited, handed to Seychelles Coast Guard Defence & Maritime Security India also gifted ambulances, utility vehicles, and laser radial boats to support Seychelles’ disaster response, security, and developmental needs. In recognition of his leadership in climate action, Blue Economy promotion, and support for Small Island Developing States, President Dr. Patrick Herminie conferred upon Prime Minister Shri Narendra Modi the ‘Guardian of the Blue Horizon’ — Seychelles’ highest Presidential Distinction. The award explicitly acknowledged India’s global environmental initiatives, including the International Solar Alliance, Mission LiFE, and the International Big Cat Alliance. Static Background Seychelles is an archipelago of 115 islands in the Western Indian Ocean, with its capital Victoria located on Mahe island; it is the smallest country in Africa by population (about 120,000). India established diplomatic relations with Seychelles in 1976, the same year Seychelles became independent from the United Kingdom; INS Nilgiri participated in the country’s Independence Day celebrations on 29 June 1976. SAGAR (Security and Growth for All in the Region) was articulated by Prime Minister Shri Narendra Modi during his 2015 visit to Seychelles; Vision MAHASAGAR (Mutual and Holistic Advancement for Security and Growth Across Regions) is its expanded 2025 reformulation covering a wider Indian Ocean geography. The Information Fusion Centre–Indian Ocean Region (IFC-IOR) is India’s maritime information-sharing hub, established in 2018 at Gurugram, with liaison officers from over twenty countries. The Indian Ocean Commission (IOC) is a regional intergovernmental body of five Indian Ocean island states — Comoros, France (Reunion), Madagascar, Mauritius, and Seychelles; India has held Observer status since 2020. The Coalition for Disaster Resilient Infrastructure (CDRI) is an India-founded international coalition (2019) promoting disaster-resilient infrastructure development. Why is Seychelles Strategically Important for India? Strategic location: Seychelles lies along key Sea Lanes of Communication and near major maritime chokepoints such as the Mozambique Channel, Bab-el-Mandeb, and the Cape of Good Hope. Countering China’s influence: A strong partnership helps India counter China’s ‘String of Pearls’ strategy in the Western Indian Ocean. Maritime security cooperation: Seychelles is integrated into India’s Coastal Surveillance Radar Network, with data linked to the IFC-IOR, enhancing maritime domain awareness against piracy, IUU fishing, and drug trafficking. SAGAR/MAHASAGAR partner: Seychelles is a key partner in capacity building and sustainable management of its Exclusive Economic Zone, commonly cited at approximately 1.3 million sq km. Gateway to Africa: As a member of the African Union and the Indian Ocean Commission, Seychelles serves as a bridge for India’s engagement with East Africa. The source text cites two different figures for Seychelles’ Exclusive Economic Zone — 1.3 million sq km in one instance and 1.4 million sq km in another. The more commonly cited figure (approximately 1.3 million sq km) has been used above; readers should treat the EEZ size as approximate. Challenges in India-Seychelles Ties The Assumption Island naval project remains stalled over sovereignty concerns within Seychelles. Seychelles lacks full capacity to monitor its vast EEZ, leaving it vulnerable to illegal fishing, piracy, and drug trafficking despite Indian assistance. Bilateral trade remains modest, constrained by the small Seychellois market and the lack of direct shipping lines. Seychelles’ limited administrative and technical workforce can slow implementation of large Indian-funded projects. Global supply-chain disruptions, including from the West Asia crisis, have exposed Seychelles’ dependence on external supplies. Prime Minister Shri Narendra Modi’s State Visit operationalised India’s Vision MAHASAGAR through a model of “Digital and Health Diplomacy,” exporting domestic successes like UPI and the Janaushadhi Scheme rather than relying solely on traditional infrastructure diplomacy. While the visit deepened India’s position as a reliable, non-coercive partner in the Indian Ocean Region, addressing maritime security capacity gaps, limited trade volumes, and the stalled Assumption Island project will be essential to sustaining momentum going forward. Prelims Pointers India-Seychelles diplomatic relations established in 1976, the year of Seychelles’ independence from the UK. SAGAR (2015) vs MAHASAGAR (2025) — MAHASAGAR is the expanded version of SAGAR covering a wider Indian Ocean geography. IFC-IOR (Information Fusion Centre-Indian Ocean Region) is located at Gurugram, India, established in 2018. CDRI (Coalition for Disaster Resilient Infrastructure) was founded by India in 2019; Seychelles joined during this visit. NPCI International Payments Ltd (NIPL) is the international arm of India’s NPCI, facilitating UPI’s overseas rollout. The Janaushadhi Scheme is India’s flagship generic-medicine affordability programme, now being exported via HLL Lifecare Limited. PS LESPWAR is a Fast Patrol Vessel built by Goa Shipyard Limited and gifted to the Seychelles Coast Guard. ‘Guardian of the Blue Horizon’ is the highest Presidential Distinction of Seychelles. Sushma Swaraj Institute of Foreign Service (SSIFS) is India’s institute for training diplomats. ICAR (Indian Council of Agricultural Research) is the nodal Indian agency for the 2026-2031 agricultural research work plan with Seychelles. LAMITYE is the biennial joint military exercise between India and Seychelles. MILAN is India’s multinational naval exercise, in which Seychelles participates. The Indian Ocean Commission (IOC) is a five-member regional body in which India holds Observer status since 2020. International Solar Alliance, Mission LiFE, and International Big Cat Alliance are India’s flagship global environmental initiatives cited in the Seychelles award. Mains Practice Question “India’s engagement with Seychelles reflects a shift from traditional infrastructure diplomacy towards a model of digital and health diplomacy.” Critically examine this statement in the context of Vision MAHASAGAR and India’s strategic interests in the Indian Ocean Region. GS Paper 2 · 15 Marks · 250 Words Practice MCQ Match List-I (Agreement/Initiative) with List-II (Indian Implementing Agency) during PM Modi’s State Visit to Seychelles, and select the correct answer using the codes given below: List-I A. UPI Deployment B. Janaushadhi Scheme Export C. Diplomatic Capacity Building D. Fast Patrol Vessel ‘PS LESPWAR’ List-II 1. Goa Shipyard Limited 2. NPCI International Payments Ltd 3. HLL Lifecare Limited 4. Sushma Swaraj Institute of Foreign Service AA-1, B-2, C-3, D-4 BA-3, B-4, C-1, D-2 CA-2, B-3, C-4, D-1 DA-4, B-1, C-2, D-3 Answer: C UPI deployment was facilitated through NPCI International Payments Ltd (NIPL); the Janaushadhi Scheme export was executed via HLL Lifecare Limited; diplomatic capacity building was institutionalised through the Sushma Swaraj Institute of Foreign Service (SSIFS); and the Fast Patrol Vessel ‘PS LESPWAR’ was manufactured by Goa Shipyard Limited. Article 02 IAF Gets Final Operational Clearance of Indigenous Netra AEW&C System GS Paper 3 — Science & Technology; Indigenisation of Defence Technology Why in News India’s indigenous Netra Airborne Early Warning and Control (AEW&C) system has received Final Operational Clearance (FOC), marking its readiness for full operational use by the Indian Air Force (IAF). The Defence Research & Development Organisation (DRDO) formally handed over the FOC certificate at a ceremony in Bengaluru on 25 June 2026, presided over by Deputy Chief of the Air Staff Air Marshal Awadhesh Kumar Bharti. The Initial Operational Clearance (IOC) had been granted in 2017. Key Developments The ceremony was attended by former Chief of the Air Staff Air Chief Marshal RKS Bhadauria (Retd), former DRDO Chairman Dr S Christopher, and senior DRDO scientists including Outstanding Scientist and Director, Centre for Air Borne Systems (CABS), Smt P Santhya. In his address, the Deputy Chief of the Air Staff highlighted the system’s operational utilisation and reliability during Operation Sindoor and the Balakot strikes, and emphasised that indigenous technologies give the services the flexibility to adapt the system to evolving war scenarios. Raksha Mantri Shri Rajnath Singh stated that the achievement of FOC marks not only a technological milestone but also a strategic advancement in strengthening India’s airborne surveillance and command-and-control capabilities. Defence Secretary and Chairman DRDO Shri Rajesh Kumar Singh congratulated the team for achieving the milestone. About Netra AEW&C Netra is India’s first indigenously developed airborne surveillance and battle-management system, developed by the Centre for Airborne Systems (CABS) under DRDO. India is the 5th country — after the United States, Russia, Israel, and China — to develop an indigenous AEW&C capability. The system is integrated on the Brazilian Embraer EMB-145I aircraft platform, functioning as an “eye in the sky” by detecting, tracking, identifying, and monitoring airborne and maritime targets. Netra is equipped with an Active Electronically Scanned Array (AESA) radar, Identification Friend or Foe (IFF) system, mission computer, secure communication networks, Electronic Support Measures (ESM), Communication Support Measures (CSM), and self-protection systems. IOC vs FOC: Clearance Stages Clearance Stage Year Granted Significance Initial Operational Clearance (IOC) 2017 Permits limited operational use while trials and validation continue Final Operational Clearance (FOC) 2026 Confirms the system meets all Air Staff Qualitative Requirements and is fully combat-ready Historical Background India’s airborne situational awareness programme began in the early 1980s under Project Guardian, using a modified HS-748 Avro aircraft as the Airborne Surveillance Platform. The programme suffered a major setback after the 1999 Arakkonam crash and was later revived in 2004. Netra proved its operational value during the 2019 Balakot strikes and Operation Sindoor in 2025, enhancing the IAF’s surveillance, situational awareness, and network-centric operations. Future Expansion The Cabinet Committee on Security (CCS) has approved six more upgraded Netra Mk-1A systems, while the future Netra Mk-2 programme on Airbus A321 aircraft is expected to further strengthen India’s airborne surveillance, network-centric warfare, and defence self-reliance capabilities. The Embraer EMB-145I airframe used for the existing Netra Mk-1 fleet is no longer in production; reports indicate DRDO and the IAF are exploring secondary-market availability for future Mk-1A airframes. This detail is sourced externally and not part of the original press release, and is included here as background context pending editorial confirmation. Since Netra is developed indigenously, India retains greater control over its software, source codes, interface documents, and upgrade pathways, enabling confidential capability enhancement without dependence on foreign manufacturers. AEW&C systems act as force multipliers in modern warfare, providing early warning, real-time battlefield awareness, and airborne command-and-control support — making the FOC milestone significant both technologically and strategically for India’s defence self-reliance journey. Prelims Pointers Netra is Sanskrit for ‘eye’; the system is nicknamed India’s “eye in the sky.” CABS (Centre for Airborne Systems), located in Bengaluru, is DRDO’s nodal agency for the Netra programme. Netra is mounted on the Embraer EMB-145I aircraft platform, of Brazilian origin. AESA radar (Active Electronically Scanned Array) steers its beam electronically instead of mechanically rotating, enabling faster and more flexible scanning. IOC for Netra was granted in 2017; FOC was granted on 25 June 2026. India is the 5th country with indigenous AEW&C capability, after the United States, Russia, Israel, and China. Netra played an operational role in the 2019 Balakot strikes and Operation Sindoor (2025). The future Netra Mk-2 programme will be mounted on the Airbus A321 aircraft platform. The Cabinet Committee on Security (CCS) approved six additional Netra Mk-1A systems. ESM (Electronic Support Measures) and CSM (Communication Support Measures) are systems that detect and analyse enemy radar and communication signals. IFF stands for Identification Friend or Foe, used to distinguish allied from hostile aircraft. India’s airborne surveillance programme originated from ‘Project Guardian’ in the early 1980s, using a modified HS-748 Avro aircraft. The 1999 Arakkonam crash caused a major setback to India’s airborne surveillance programme, which was revived in 2004. Mains Practice Question Discuss the strategic significance of indigenous Airborne Early Warning and Control (AEW&C) systems for India’s national security. In this context, examine the journey of the Netra programme from Project Guardian to Final Operational Clearance. GS Paper 3 · 15 Marks · 250 Words Practice MCQ Consider the following statements regarding the Netra AEW&C system: Assertion (A): The Netra AEW&C system significantly enhances India’s network-centric warfare capability. Reason (R): Netra is built on an indigenously developed AESA radar, giving India full control over its source code and upgrade pathways without dependence on foreign manufacturers. Select the correct answer using the codes below: ABoth A and R are true, and R is the correct explanation of A BBoth A and R are true, but R is not the correct explanation of A CA is true, but R is false DA is false, but R is true Answer: A Both statements are true, and the Reason correctly explains the Assertion. Netra’s indigenous development, including its AESA radar and full source-code control, directly enables confidential capability enhancement and seamless integration with India’s network-centric warfare architecture, such as the Integrated Air Command and Control System. Article 03 Union Minister Launches AI-Enabled Rural Internal Audit Portal GS Paper 2 — E-Governance, Transparency and Accountability Why in News Union Minister for Rural Development Shri Shivraj Singh Chouhan launched the ‘Rural Internal Audit Portal’ during the Rashtriya Gramin Vikas Sammelan at Pusa Campus, New Delhi. The AI-enabled portal is a first-of-its-kind unified digital platform for end-to-end management of internal audits, covering both risk-based and compliance audits, marking a significant step towards transparency, accountability, and technology-driven governance in the Ministry of Rural Development. Key Developments Conceived by the Office of the Chief Controller of Accounts (CCA), Ministry of Rural Development, and developed in collaboration with the National Informatics Centre (NIC), the Portal integrates audit planning, execution, reporting, compliance management, monitoring, and analytics within a single digital ecosystem. A pilot implementation was launched in Chandauli district, Uttar Pradesh, on 1 April 2025; following its successful completion, the Portal was progressively expanded, and all core modules became operational from October 2025. Internal Audit vs Statutory Audit Aspect Internal Audit Statutory / CAG Audit Nature Management tool for self-assessment of internal controls External constitutional oversight Authority Office of Chief Controller of Accounts (CCA), Ministry-level Comptroller and Auditor General, under Article 148 Scope Risk-based and compliance audits of programme implementation Constitutional audit of all Union and State accounts Key Features of the Portal End-to-end digital audit management: online handling of user registration, audit planning, engagement preparation, audit memoranda, observations, reports, approvals, and record management. Action Taken Reports and Para Settlement: auditees submit Action Taken Reports (ATRs) with supporting documents; auditors digitally settle audit paras based on compliance achieved. Centralized Audit Repository: maintains comprehensive digital records of audits, observations, reports, and compliance responses for institutional learning and trend analysis. Role-Based Governance Framework: dedicated access for auditors, auditees, approving authorities, programme divisions, State Governments, district-level users, and certified internal auditors. Real-Time Monitoring and Analytics: interactive dashboards on audit coverage, pending observations, ATR compliance, financial irregularities, and performance trends. Geospatial Map View Module: visualises audit activities across India and identifies audit units that have never been audited, enabling targeted, risk-based interventions. Technology and Security Architecture The Portal is hosted with technical support from NIC and incorporates Git-based version control and Continuous Integration/Continuous Deployment (CI/CD) workflows, with separate Development, User Acceptance Testing, and Production environments. The security framework includes role-based access control, centralized monitoring, secure API-based integrations, automated exception handling, complete audit logging, periodic security assessments, daily backups, and disaster recovery protocols. National Recognition The Office of the Controller General of Accounts (CGA), Ministry of Finance, Department of Expenditure, issued an Office Memorandum dated 9 December 2025, conveying in-principle approval for implementation of the Internal Audit Module across all Principal Chief Controller of Accounts (Pr.CCA), Chief Controller of Accounts (CCA), and Controller of Accounts (CA) offices of Civil Ministries and Departments — recognising the Portal as the first unified digital platform for end-to-end management of both risk-based and compliance audits. The Office Memorandum number cited in the source (No. I-104/3/2024-ITD-CGA/E-19878/621A) is reproduced as provided and has not been independently verified. The Rural Internal Audit Portal marks a shift from a fragmented, paper-intensive audit process to a transparent, data-driven management system, and from a compliance-focused exercise into a strategic management tool supporting programme effectiveness. Its planned pan-India adoption across Civil Ministries positions it as a benchmark for digital public financial management, though future success will depend on the depth of AI-driven risk-scoring integration and capacity building among field-level auditors. Prelims Pointers The Rural Internal Audit Portal was launched at the Rashtriya Gramin Vikas Sammelan, Pusa Campus, New Delhi. It was conceived by the Office of the Chief Controller of Accounts (CCA), Ministry of Rural Development, and developed with the National Informatics Centre (NIC). CGA (Controller General of Accounts) is the apex accounting authority under the Department of Expenditure, Ministry of Finance — distinct from the constitutional CAG (Comptroller and Auditor General) under Article 148. The pilot implementation was launched in Chandauli district, Uttar Pradesh, on 1 April 2025. All core modules of the Portal became operational from October 2025. The Portal covers two audit types: risk-based audits (targeting high-vulnerability areas) and compliance audits (checking rule adherence). The Map View Module provides geospatial visualisation of audit activities and identifies units that have never been audited. ATR stands for Action Taken Report — the auditee’s formal response to audit observations. The CGA Office Memorandum of December 2025 extended the Portal’s framework to all Pr.CCA, CCA, and CA offices across Civil Ministries. The technology stack includes Git-based version control and CI/CD workflows, with separate Development, UAT, and Production environments. ‘Para settlement’ refers to the formal closure of an audit observation once compliance has been verified. Role-based access on the Portal is provided to auditors, auditees, approving authorities, State Governments, district users, and certified internal auditors. CCA (Chief Controller of Accounts) is one tier within the Pr.CCA/CCA/CA accounting hierarchy under the Ministry of Finance. Mains Practice Question Examine how digital audit platforms such as the Rural Internal Audit Portal can transform internal audit from a compliance-focused exercise into a strategic governance tool. What challenges might hinder their pan-India adoption? GS Paper 2 · 15 Marks · 250 Words Practice MCQ Which of the following statements regarding the Rural Internal Audit Portal is NOT correct? AIt was developed in collaboration with the National Informatics Centre. BIts pilot was first implemented in Chandauli district, Uttar Pradesh. CIt is administered by the Comptroller and Auditor General of India under Article 148 of the Constitution. DIts Map View Module identifies audit units that have never been audited. Answer: C The Rural Internal Audit Portal is an internal audit mechanism conceived by the Office of the Chief Controller of Accounts (CCA), Ministry of Rural Development, and is distinct from the Comptroller and Auditor General (CAG), which is a constitutional authority under Article 148 conducting external statutory audits. The CGA (Controller General of Accounts), not the CAG, issued the Office Memorandum extending this framework to other Civil Ministries. Article 04 World’s Fastest Supercomputer 2026: China’s LineShine Tops TOP500 Ranking GS Paper 3 — Science & Technology; Awareness in IT and Computers Why in News China’s LineShine supercomputer has topped the latest TOP500 ranking, replacing El Capitan of the United States as the world’s fastest publicly ranked supercomputer. Frontier ranked third and Aurora ranked fourth, both from the United States, while JUPITER Booster from Germany completed the top five. Key Developments LineShine is located at the National Supercomputing Centre in Shenzhen and has achieved a performance of around 2.19 exaflops — meaning it can perform over two quintillion calculations per second. Its debut expands the global exascale club from four to five systems and marks the first time Asia, North America, and Europe simultaneously host HPL exaflop-class supercomputers. LineShine runs entirely on general-purpose Central Processing Units (CPUs) and is the first TOP500 system to cross two exaflops using a CPU-only architecture, unlike many AI-focused systems that rely heavily on Graphics Processing Units (GPUs). Its design avoids reliance on the most advanced foreign AI chips, a choice tied to ongoing U.S. export restrictions on advanced semiconductor technology. China had not submitted systems to the TOP500 since 2023, a period marked by tightening export controls affecting advanced chip technology and manufacturing tools. Top 5 TOP500 Systems (June 2026) Rank System Country Architecture 1 LineShine China CPU-only 2 El Capitan United States AMD CPU + GPU-accelerated 3 Frontier United States AMD CPU + GPU-accelerated 4 Aurora United States Intel CPU + GPU-accelerated 5 JUPITER Booster Germany GPU-accelerated About TOP500 and the HPL Benchmark The TOP500 list has been published twice a year since 1993, ranking the world’s most powerful supercomputers using the High Performance LINPACK (HPL) benchmark. HPL measures how quickly machines solve complex, dense systems of linear equations — a standardised stress test for raw computing speed. An exaflop equals one quintillion (1018) floating-point operations per second. Green500 is a companion ranking measuring energy efficiency (FLOPS per watt) of the same systems, distinct from TOP500’s focus on raw speed. Applications and Significance LineShine is used for advanced tasks such as AI-assisted weather forecasting, rainfall prediction across East Asia, and atomic-level simulations of magnetic materials. The achievement reflects the growing merger of traditional High-Performance Computing (HPC) and Artificial Intelligence, as future scientific research increasingly requires systems handling both numerical simulations and machine-learning workloads. China’s last #1 TOP500 ranking before LineShine was with Sunway TaihuLight in 2017. News-aggregator sidebar content unrelated to the article’s substance (promotional links, donation banners) has been excluded from this analysis, per standard editorial practice. The idea of a single “fastest supercomputer” has become harder to defend without caveats. TOP500’s HPL methodology rewards structured scientific computation, but large technology companies now build AI clusters optimised for neural networks that often do not appear in official rankings at all. LineShine can therefore claim the top position on a recognised list while sitting outside the most relevant conversation about cutting-edge AI performance — a gap that is becoming increasingly significant as HPC and AI workloads converge. Prelims Pointers LineShine, installed at the National Supercomputing Centre in Shenzhen, China, topped the June 2026 TOP500 ranking. TOP500 has been published biannually since 1993, ranking systems via the High Performance LINPACK (HPL) benchmark. HPL measures the speed of solving dense systems of linear equations — a standardised computing speed stress test. An exaflop equals one quintillion (1018) floating-point operations per second. LineShine achieved approximately 2.198 Exaflop/s, the first CPU-only system to cross two exaflops on HPL. El Capitan (Lawrence Livermore National Laboratory, USA) was displaced to the world’s #2 position. Frontier (Oak Ridge, USA) ranked #3; Aurora (Argonne, USA) ranked #4 on the June 2026 list. JUPITER Booster (Germany) ranked #5, remaining Europe’s only exascale-class system. China’s last #1 TOP500 ranking before LineShine was Sunway TaihuLight, in 2017. China had not submitted systems to TOP500 since 2023, prior to LineShine’s debut. LineShine uses domestically designed CPUs, avoiding dependence on foreign GPU technology amid U.S. export controls. LineShine’s applications include AI-assisted weather forecasting and atomic-level simulation of magnetic materials. Green500 is the companion TOP500 ranking that measures energy efficiency (FLOPS per watt), distinct from raw-speed ranking. Mains Practice Question The growing divergence between official supercomputer rankings such as TOP500 and real-world artificial intelligence computing capability raises questions about how “computing power” should be measured. Discuss, with reference to recent developments in global supercomputing. GS Paper 3 · 15 Marks · 250 Words Practice MCQ Consider the following statement: “LineShine, the supercomputer that topped the June 2026 TOP500 ranking, relies primarily on Graphics Processing Units (GPUs) for its computational performance.” Is this statement correct? ACorrect, as all top-ranked TOP500 systems use GPU acceleration BIncorrect, as LineShine runs entirely on general-purpose CPUs, without GPUs CCorrect, as LineShine uses a hybrid CPU-GPU configuration like El Capitan DIncorrect, as LineShine relies solely on quantum processing units Answer: B LineShine is distinctive precisely because it runs entirely on general-purpose CPUs and is the first TOP500 system to exceed two exaflops using a CPU-only architecture, unlike most top-ranked systems (El Capitan, Frontier, Aurora) which rely on GPU acceleration. Article 05 On the Delay in the India-U.S. Trade Deal GS Paper 2 — Bilateral Agreements; International Relations Why in News India and the United States, in February 2025, announced they would work towards a comprehensive Bilateral Trade Agreement (BTA) to be finalised by fall 2025. In February 2026, the two sides instead signed a framework agreement for an interim trade deal, targeted for implementation by April–May 2026. Neither deal has come to pass, and the negotiations remain mired in legal and procedural uncertainty. Timeline of Negotiations Date Development February 2025 India and U.S. announce intent to finalise a comprehensive BTA by fall 2025 April 2025 U.S. President announces ‘Liberation Day’ reciprocal tariffs, then pauses them for 90 days July–August 2025 U.S. raises tariffs on Indian imports to 25%, then 50% (the latter as a penalty for Russian oil imports); negotiations freeze October 2025 Talks resume after a months-long freeze February 2026 India and U.S. sign a framework for an interim trade agreement; target implementation April–May 2026 Soon after Feb 2026 U.S. Supreme Court invalidates the reciprocal tariff system under IEEPA March 2026 USTR initiates two Section 301 investigations covering India and other trade partners Early June 2026 U.S. proposes a 12.5% tariff on 54 countries, including India, under the forced-labour investigation 23–24 June 2026 USTR Jamieson Greer visits India; no deadlines emerge 7 July 2026 Final hearing on India’s representations regarding the forced-labour tariff investigation Mid-July 2026 Findings of the excess manufacturing capacity investigation expected Why Was the BTA Delayed? Despite several rounds of talks intensifying after the April 2025 ‘Liberation Day’ tariff announcement, India and the U.S. could not finalise even the first tranche of the BTA. Key sticking points were India’s reluctance to open up its agricultural and dairy sectors, and its continued purchase of oil from Russia. Successive U.S. tariff hikes — to 25% and then 50%, the latter explicitly as a penalty for Russian oil imports — froze negotiations for several months before talks resumed in October 2025. The Interim Deal and Its Delay Under the February 2026 framework, the U.S. was to reduce total tariffs on Indian imports to 18%, providing India a competitive advantage over its trade competitors, with both sides committing to preferential market access in “sectors of respective interest.” Commerce Minister Shri Piyush Goyal had expressed confidence that the deal would be completed by April, or at the latest by early May 2026. Soon after the framework was announced, the U.S. Supreme Court invalidated the reciprocal tariff system itself, ruling that the International Emergency Economic Powers Act (IEEPA) did not authorise such tariffs — removing a major foundation on which the negotiations had taken place. Mr. Trump then announced a flat 10% tariff on imports from all countries under the Trade Act of 1974, intended to last 150 days up to 24 July; the U.S. Court of International Trade deemed this illegal as well, though an appeals court stayed that order. Fresh Investigations Adding Uncertainty In March 2026, the Office of the U.S. Trade Representative (USTR) initiated two Section 301 investigations under the Trade Act of 1974. The first, against 16 economies including India, examines whether excess manufacturing capacity is being used to export to the U.S. in a manner harming American businesses. The second, against 60 countries including India, examines whether countries have taken “sufficient steps” to prohibit imports of goods produced with forced labour. In early June 2026, the U.S. proposed a 12.5% tariff on imports from 54 countries, including India, for having “failed to impose and effectively enforce” forced-labour import prohibitions — this does not allege that India itself uses forced labour, but that it has not stopped imports of goods made using forced labour elsewhere. India’s Stance India remains committed to finalising a trade deal but insists on receiving a comparative tariff advantage over its competitors, as agreed in the February 2026 framework. For this, the Section 301 investigations must be completed and tariffs on various countries decided. Meanwhile, the two sides continue negotiating non-tariff aspects: enhanced market access, digital trade, supply chain resilience, reduction of non-tariff barriers, and cooperation in strategic sectors. The India-U.S. trade negotiation illustrates how domestic legal challenges within a trade partner’s own judicial system — here, the U.S. Supreme Court’s invalidation of IEEPA-based tariffs — can disrupt international economic diplomacy even after a framework has been agreed. With two parallel Section 301 investigations still pending and key findings expected only by mid-July 2026, the timeline for a finalised BTA remains uncertain, underscoring the need for India to diversify its trade partnerships while continuing engagement with the U.S. Prelims Pointers India-U.S. Bilateral Trade Agreement (BTA) negotiations were announced in February 2025; original target was fall 2025. ‘Liberation Day’ reciprocal tariffs were announced by the U.S. President in April 2025, then paused for 90 days. IEEPA (International Emergency Economic Powers Act) was the legal basis for reciprocal tariffs, later invalidated by the U.S. Supreme Court. An interim trade framework was signed in February 2026, with a missed target implementation of April–May 2026. Under the interim framework, the U.S. was to reduce tariffs on Indian imports to 18%. The Trade Act of 1974 is the legal basis for the flat 10% tariff Trump imposed after the Supreme Court invalidated reciprocal tariffs. Section 301 of the Trade Act of 1974 is the basis for the two fresh U.S. investigations into India and other trade partners. The forced-labour investigation covers 60 countries including India; a 12.5% tariff has been proposed on 54 of them. The excess manufacturing capacity investigation covers 16 economies including India. India’s key sticking points in BTA talks: reluctance to open agriculture/dairy sectors, and continued Russian oil imports. USTR (United States Trade Representative) is the U.S. institutional counterpart to India’s Ministry of Commerce and Industry. U.S. tariffs on Indian imports were raised to 50% in 2025, partly as a penalty linked to Russian oil purchases. The final hearing on India’s forced-labour tariff representations is scheduled for 7 July 2026. Findings of the excess-capacity investigation are expected by mid-July 2026. Mains Practice Question Trace the evolution of India-U.S. trade negotiations since 2025 and analyse how domestic legal and institutional developments within the United States have shaped the trajectory of the proposed Bilateral Trade Agreement. GS Paper 2 · 15 Marks · 250 Words Practice MCQ Consider the following statements regarding the India-U.S. trade negotiations: 1. The reciprocal tariff system was invalidated by the U.S. Supreme Court on the grounds that the IEEPA did not authorise such tariffs. 2. The Section 301 investigations into India cover both excess manufacturing capacity and forced-labour-linked imports. 3. India has accepted the proposed 18% tariff reduction as final under the February 2026 framework. Which of the statements given above is/are correct? A1 and 2 only B2 and 3 only C1 and 3 only D1, 2 and 3 Answer: A Statements 1 and 2 are correct: the U.S. Supreme Court invalidated reciprocal tariffs on IEEPA grounds, and the two Section 301 investigations indeed cover excess manufacturing capacity and forced-labour-linked imports respectively. Statement 3 is incorrect — India has not accepted the 18% tariff figure as final; it continues to insist that the Section 301 investigations conclude before the comparative tariff advantage promised in the February 2026 framework is treated as settled. Article 06 Has RBI Changed the Rules for Scam Compensation? GS Paper 3 — Indian Economy; Banking Regulation Why in News The Reserve Bank of India (RBI) has issued fresh rules to protect customers from scam transactions where they lose money to fraudsters and cyberattacks. These directions amend the RBI’s 2017 circular on “Limiting Liability of Customers in Unauthorised Electronic Banking Transactions.” The new rules are a pilot for now, effective from 1 January 2027, and will run for one year, with possible extension. What Has Changed? The 2017 framework only made banks liable to compensate customers when transactions were not authorised by the customer at all, such as in a successful hacking incident. The new rules introduce the concept of “fraudulent Electronic Banking Transactions (EBTs)” — covering transactions executed by a third party using credentials obtained through fraudulent means, or executed by the customer under coercion or duress, such as “digital arrest” scams where victims are pressured into paying money, or cases where one-time passcodes (OTPs) are fraudulently stolen. Customers who ignore fraud-signal warnings, such as alerts on a UPI PIN screen flagging a transaction as a possible scam, remain ineligible for compensation. In cases of third-party hacks, the reporting timeline has been increased from three working days to five calendar days. As under the 2017 rules, if any amount is deducted after a customer reports fraud, the customer bears no liability and is entitled to a full reversal. 2017 Framework vs 2026 Amended Framework Aspect 2017 Framework 2026 Amended Framework Scope Only unauthorised transactions (e.g. hacking) Unauthorised transactions + coerced/credential-theft fraud (‘fraudulent EBTs’) Reporting Window 3 working days (for third-party hacks) 5 calendar days Draft Effective Date (March 2026 draft) — 1 July 2026 (proposed) Final Effective Date — 1 January 2027 (pilot, one year) Settlement Timeline Not specified in source 45–60 days (60 days for international transactions) Compensation Mechanics For losses up to ₹50,000, individual victims can claim 85% of the amount as compensation, only once in their lifetime, capped at ₹25,000. This means that for any loss amount from roughly ₹29,412 up to ₹50,000, customers receive a flat ₹25,000 — since 85% of any value above that threshold would exceed the cap. Roughly three-fourths of the compensation amount is paid by the RBI itself, while the customer’s bank and the beneficiary bank share the remaining cost equally. A customer must report to the cybercrime helpline (1930) within five days to be eligible. Scams above ₹50,000 are not covered under this framework at all. Negligence and Liability Banks retain discretion to waive customer liability even in cases of negligence. If a customer has not kept their latest phone number or email address registered with the bank, this counts as negligence, since the bank would then be unable to send fraud alerts to the correct contact. Concerns Raised Dvara Research, a non-profit financial inclusion think tank, has noted that Indians encounter fraud attempts multiple times a week and that these attempts are growing more sophisticated, meaning customers may fall for them more than once. It has argued that vulnerable customers should not be expected to meet high standards of attentiveness, and that under the Indian Contract Act, contracts executed under information asymmetry, external influence, or fraudulent pretext are voidable — suggesting that bundling such different transaction types under a common ‘authorised transaction’ definition may diminish their fundamental legal distinction. The amended framework represents a meaningful expansion of customer protection by formally recognising coercion-based and credential-theft fraud as compensable, beyond the narrower 2017 scope of purely unauthorised transactions. However, the ₹50,000 loss cap leaves higher-value scams entirely uncovered, and the pilot’s one-year, discretionary nature raises questions about its long-term permanence and the adequacy of protection for India’s most vulnerable digital banking customers. Prelims Pointers The new RBI rules amend the 2017 circular on ‘Limiting Liability of Customers in Unauthorised Electronic Banking Transactions.’ ‘Fraudulent Electronic Banking Transactions (EBTs)’ is the new concept covering coerced and credential-theft fraud, not just unauthorised transactions. Compensation: 85% of the loss for amounts up to ₹50,000, capped at ₹25,000 — meaning losses between roughly ₹29,412 and ₹50,000 all yield a flat ₹25,000. Compensation under this framework is available only once in a customer’s lifetime. Funding split: roughly 75% (three-fourths) by RBI, with the remainder split equally between the customer’s bank and the beneficiary bank. The reporting window for third-party hack cases has been extended from 3 working days (2017) to 5 calendar days (2026). Customers must report to the cybercrime helpline (1930) within five days to remain eligible for compensation. The pilot framework takes effect from 1 January 2027 and runs for one year. The March 2026 draft had proposed a 1 July 2026 effective date, later pushed to 1 January 2027 in the final rules. Settlement timelines were extended in the final rules to 45–60 days, with 60 days applying to international transactions. ‘Digital arrest’ scams involve coercing victims into paying money through fake law-enforcement impersonation. Scams above ₹50,000 are not covered at all under this compensation framework. A registered but outdated phone number or email address with the bank counts as customer negligence under the new rules. Mains Practice Question Examine the key changes introduced by RBI’s revised framework on scam compensation. Do you think the ₹50,000 loss cap and one-time compensation limit adequately address the rising sophistication of digital financial fraud in India? GS Paper 3 · 15 Marks · 250 Words Practice MCQ Under RBI’s revised scam compensation framework, a customer loses ₹40,000 to a fraudulent transaction and reports it within the eligible window. What is the maximum compensation they can claim? A₹40,000 (full reimbursement) B₹20,000 (50% of the loss) C₹25,000 (the maximum cap, since 85% of ₹40,000 exceeds it) DNo compensation, as the loss exceeds ₹50,000 Answer: C Customers can claim 85% of their loss, capped at ₹25,000, for losses up to ₹50,000. Since 85% of ₹40,000 is ₹34,000 — which exceeds the ₹25,000 cap — the customer receives the flat maximum of ₹25,000, not the full 85% figure. Article 07 Why More Medicines Will Now Have QR Codes on Their Packets GS Paper 2 — Health; Government Policies and Interventions Why in News The Centre has mandated that all vaccines, antimicrobials, narcotics and addictive drugs, and anti-cancer drugs carry a bar code or QR code to enable tracking of each vial or blister pack of the medicine. This track-and-trace mechanism allows regulators and manufacturers to follow the entire journey of every unit of the product, from the manufacturing plant to the retail store. It is already applicable to 300 top drug brands, including the gastric reflux tablet Aciloc and fever medicines like Calpol. Implementation Timeline Drug Category Deadline 300 top drug brands (e.g. Aciloc, Calpol) Already applicable Vaccines, narcotics, anti-cancer drugs By July 2027 Antimicrobials By July 2028 How the Tracking System Works In addition to a unique identification number for each blister pack or vial, the QR code or bar code must carry the brand name and generic name of the drug, the manufacturer’s name and address, batch number, dates of manufacturing and expiry, and the manufacturing licence number. While most drugs already carry this information on their packaging, the QR-code-based system additionally requires manufacturers, wholesalers, distributors, and retailers to log these products on specialised track-and-trace platforms. Since each unit carries a unique code that cannot be re-registered once logged, the mechanism makes both AI-generated counterfeit codes and refill-and-resell fraud using original packaging significantly more difficult. Why Is It Needed? The primary aim is to prevent counterfeiting, which typically occurs either by releasing products with no active ingredient into the market or by diluting a drug to increase quantities for sale. The track-and-trace mechanism helps regulators identify whether a product was contaminated at the source — the manufacturing plant — or tampered with later in the supply chain. The ability to track every unit also means regulators and companies know exactly where to find their products in case of a recall. The use of this mechanism to track expensive cancer drugs is particularly significant, given past instances where used vials were refilled with other substances and sold to desperate patients — including a documented ring that counterfeited the cancer immunotherapy drug Keytruda. Implementation Challenges Logging delays: if a genuine product’s logging is delayed and a counterfeit gets logged first, the genuine drug may itself appear as counterfeit in the system. Cost burden: companies must build mechanisms to generate unique codes and maintain tracking platforms, which is a significant expense, especially for smaller manufacturers. Since many Schedule H1 drugs are ‘essential’ medicines under price control, smaller companies may struggle to absorb these costs without government support or some price flexibility. Impact on Regulatory Oversight The mechanism is also intended to improve the maturity level of India’s drug regulator as benchmarked by the World Health Organization, which rates regulators based on drug-approval processes, surveillance and testing mechanisms, and recall procedures. For vaccines, the Indian regulator is already at WHO Maturity Level 3 — the second-best tier — and making each vaccine unit traceable is a step towards the highest tier, Maturity Level 4. A higher maturity level makes it easier for medicines from a country to gain acceptance in international markets, as their quality is perceived as more trustworthy. The phased QR-code mandate — already covering 300 top brands and expanding to vaccines, narcotics, and anti-cancer drugs by 2027 and antimicrobials by 2028 — reflects a broader push to strengthen India’s pharmaceutical regulatory architecture and curb counterfeiting, particularly for high-value and life-saving drugs. Its success will depend on addressing the cost burden for smaller manufacturers of price-controlled essential medicines and ensuring real-time, delay-free logging across the supply chain. Prelims Pointers The track-and-trace QR/bar code mandate covers vaccines, antimicrobials, narcotics and addictive drugs, and anti-cancer drugs. The mechanism is already applicable to 300 top drug brands, such as Aciloc and Calpol. Deadline: vaccines, narcotics, and anti-cancer drugs by July 2027; antimicrobials by July 2028. The QR/bar code must carry: brand name, generic name, manufacturer details, batch number, manufacturing/expiry dates, and manufacturing licence number. The WHO Global Benchmarking Tool rates national drug regulators on a Maturity Level scale from 1 (lowest) to 4 (highest). India’s vaccine regulation currently stands at WHO Maturity Level 3, the second-highest tier; the goal is Maturity Level 4. The Keytruda counterfeiting case, investigated by The Indian Express, is cited as an example of cancer-drug vial refilling fraud. Schedule H1 is a drug category under the Drugs and Cosmetics Rules requiring special record-keeping; many such drugs are price-controlled ‘essential’ medicines. Two main counterfeiting methods targeted: (a) zero active ingredient products, (b) diluted/under-dosed products. A unique code per unit prevents re-registration of the same code, blocking refill-and-resell fraud using original packaging. A higher WHO regulatory maturity level eases international market acceptance of a country’s pharmaceutical exports. A key implementation challenge is that logging delays can cause genuine products to be misflagged as counterfeit. Track-and-trace platforms require manufacturers, wholesalers, distributors, and retailers to digitally log products at each supply-chain stage. Cost of implementation is a key challenge, particularly for smaller manufacturers producing price-controlled essential drugs. Mains Practice Question Discuss the significance of the track-and-trace mechanism for medicines in curbing pharmaceutical counterfeiting in India. What challenges does its phased implementation present, particularly for smaller manufacturers of price-controlled essential drugs? GS Paper 2 · 15 Marks · 250 Words Practice MCQ Match List-I (Drug Category) with List-II (Implementation Deadline for QR/Bar Code Mandate) and select the correct answer using the codes given below: List-I A. Top 300 drug brands B. Vaccines, narcotics, anti-cancer drugs C. Antimicrobials List-II 1. By July 2028 2. Already applicable 3. By July 2027 AA-1, B-2, C-3 BA-2, B-3, C-1 CA-3, B-1, C-2 DA-2, B-1, C-3 Answer: B The QR/bar code mandate is already applicable to the top 300 drug brands; vaccines, narcotics, and anti-cancer drugs must comply by July 2027; and antimicrobials have the latest deadline of July 2028, reflecting a phased rollout prioritising the highest-risk drug categories first.