In-Depth PIB Analysis3 Items Core TopicImportantConcise Economy — Tourism & the North-EastGS Paper III 0114th International Tourism Mart — Tawang Science & TechnologyGS Paper III 02India’s Cloud Ecosystem — MeghRaj, Data Centres & Sovereignty Environment & Urban Climate ActionGS Paper II · III 03ARISE Cities Forum — Delhi Declaration for COP31 Economy — Tourism & the North-EastGeneral Studies Paper III 01 14th International Tourism Mart Returns to Tawang: Building a Tourism Economy for the North-East ImportantGS-III · Economy — Tourism, Infrastructure, Inclusive GrowthGS-I · Geography & Culture of the North-EastPrelims + MainsPIB · Ministry of Tourism · 29 Oct 2026 The 14th International Tourism Mart (ITM) opened at Tawang, Arunachal Pradesh (29–31 October 2026), returning there after 13 years. It drew a record 43 international buyers from 22 countries, as domestic tourist visits to the North-East rose about 58% — from 95.65 lakh (2019) to 1.51 crore (2025). ◈ Key Terms Explained — From Basics Tourism mart: a B2B (business-to-business) event where sellers — hotels, tour operators, States — meet buyers such as international and domestic travel agencies to strike deals. The ITM, organised by the Ministry of Tourism, is held annually in a North-Eastern State; the first was in 2012. Domestic tourist visits: the count of visits (not unique persons) recorded in a State; one person visiting twice counts twice. Experiential and community-based tourism: travel built around local culture, food, crafts and homestays, so that income reaches local households. Carrying capacity: the number of visitors a destination can sustain without damaging its environment or community life — critical in fragile Himalayan areas. Permits: Indian visitors to Arunachal need an Inner Line Permit (under the Bengal Eastern Frontier Regulation, 1873); foreign tourists need a Protected Area Permit. ◈ Static Background — Tawang Tawang Monastery: founded in the 17th century; among the largest Buddhist monasteries in India, of the Gelug school; birthplace region of the 6th Dalai Lama. People: predominantly the Monpa community. Access: the Sela Tunnel (opened 2024, at about 13,000 ft) provides all-weather road connectivity to Tawang. History: the 14th Dalai Lama entered India through this region in 1959. Figure 1 — Tourism projects sanctioned in the North-East, by scheme (₹ crore) Swadesh Darshan 1.01,309 (16)SASCI790 (9)Swadesh Darshan 2.0564 (17)PRASHAD258 (9)Challenge Based (CBDD)139 (9)Figures in brackets = number of projects Bars drawn to scale. Chart recreated by Legacy IAS from Ministry of Tourism figures; ten tourism air routes in the region are also supported under RCS-UDAN. ▤ Schemes in the Chart — What Each Does Swadesh Darshan (2014–15): theme-based tourist circuits; Swadesh Darshan 2.0 (2023) shifted to destination-centric, sustainable development. PRASHAD: Pilgrimage Rejuvenation and Spiritual, Heritage Augmentation Drive — infrastructure at pilgrimage and heritage sites. Challenge Based Destination Development (CBDD): competitive selection of destinations under SD 2.0. SASCI: Special Assistance to States for Capital Investment — interest-free 50-year loans to States, including a window for developing iconic tourist centres to global scale. Dekho Apna Desh (2020) promotes domestic travel; a National Digital Tourism Stack aims to improve digital visibility of local providers. Why It Matters — and the Constraints Livelihoods: tourism is labour-intensive and can diversify incomes in a region with limited manufacturing. Act East and border development: visitors bring economic activity to frontier areas, complementing the Vibrant Villages Programme. Constraints: connectivity gaps, permit procedures, limited hotel stock, monsoon landslides and patchy digital connectivity. Sustainability: fragile ecology and distinct tribal cultures require carrying-capacity planning, waste management and community ownership to avoid over-tourism. ✎ Mains Practice Question Tourism can be a growth engine for India’s North-Eastern Region, but its expansion must respect ecological and cultural fragility. Discuss the opportunities and the safeguards required. 10 marks · 150 words Science & TechnologyGeneral Studies Paper III 02 India’s Cloud Ecosystem: Building Secure, Scalable Computing for Digital Governance and AI Core TopicGS-III · S&T — IT, Computers; Economy — Digital Infrastructure; Security — DataPrelims + MainsPIB Backgrounder · MeitY · 29 Oct 2026 With over 109 crore internet subscribers and average wireless data use of about 25.5 GB a month per user, India’s demand for computing is surging. A PIB backgrounder sets out how cloud computing, data centres and initiatives such as MeghRaj and the IndiaAI Mission are building a domestic digital foundation — and why data sovereignty matters. ◈ Static Background — What Is Cloud Computing? Cloud computing delivers computing resources — servers, storage, databases, networking and software — over the internet, on demand, with users paying for what they use instead of owning equipment. Five essential characteristics (as defined by the U.S. NIST, the standard reference): on-demand self-service, broad network access, resource pooling, rapid elasticity (scale up or down quickly), and measured service (pay per use). Virtualisation: software (a hypervisor) splits one physical server into many virtual machines — the technology that makes cloud sharing possible. Hyperscalers: very large cloud providers operating global networks of data centres. Edge computing: processing data close to where it is generated (e.g. a factory or phone tower) to reduce latency; it complements the cloud. Data sovereignty: the principle that data are subject to the laws of the country where they are collected or stored; data localisation requires certain data to be stored within national borders. Figure 2 — How cloud computing works Device → internet → data centre → answer back. Infographic courtesy PIB / MeitY, 29 October 2026; reproduced with credit for educational use. Service Models — the “Cloud Stack” Figure 3 — Types of cloud services Moving up the stack, the provider manages more and the user less. Infographic courtesy PIB / MeitY, 29 October 2026; reproduced with credit for educational use. IaaS (Infrastructure as a Service): rent virtual servers, storage and networks — e.g. a retailer scaling for festive sales. PaaS (Platform as a Service): tools to build, test and deploy applications without managing servers — e.g. developing a banking app. SaaS (Software as a Service): ready-made software used through a browser or app, maintained by the provider — e.g. video conferencing, online file storage. Serverless computing: code runs only when triggered, with the provider managing servers — servers still exist, but are invisible to the developer. Deployment Models Figure 4 — Public, private and hybrid clouds A fourth model, the community cloud, is shared by organisations with common needs. Infographic courtesy PIB / MeitY, 29 October 2026; reproduced with credit for educational use. ▤ India’s Cloud Infrastructure at a Glance MeghRaj (GI Cloud): launched by MeitY in 2014; MeghRaj 2.0 offers IaaS, PaaS and SaaS to government; adopted by 2,330 government departments (September 2026), hosting platforms such as DigiLocker, MyGov and the National Scholarship Portal. Private providers are empanelled by MeitY after security audits. NIC: the National Informatics Centre runs 4 National Data Centres and 24 Mini Data Centres for government hosting. Data centres: capacity of 1.57 GW (August 2026), projected near 8 GW by 2030; hubs in Mumbai–Navi Mumbai, Chennai, Hyderabad, Bengaluru, Delhi-NCR and Jamnagar; about $70 billion of investment under way. IndiaAI Mission: outlay of ₹10,371.92 crore; over 45,000 GPUs onboarded as a shared compute facility. Skills: FutureSkills PRIME (MeitY–NASSCOM, 2021) and NIELIT centres train cloud, AI and cybersecurity professionals. Governance support: the National e-Governance Division (NeGD) appraises e-governance projects’ architecture and security. Figure 5 — India’s data-centre capacity (GW of IT load) August 20261.572030 (projected)~8About a five-fold rise in four yearsData-centre size is measured in electrical power (MW/GW), not storage Bars drawn to scale. Chart recreated by Legacy IAS from MeitY figures. Law and Data Sovereignty DPDP Act, 2023 — cross-border transfers: the Act follows a negative-list approach — personal data may be transferred abroad except to countries the Centre restricts by notification; stricter sectoral rules continue to apply. Sectoral localisation: the RBI’s 2018 directive requires payment-system data to be stored only in India. Why it matters: foreign laws can give overseas authorities access to data held by their companies; domestic infrastructure strengthens legal control over sensitive data. The Critical View Energy and water: data centres are power- and cooling-intensive; their growth must be matched with renewable power and efficient cooling, measured by Power Usage Effectiveness (PUE). Market concentration: a few global hyperscalers dominate; vendor lock-in and dependence on foreign providers raise strategic questions. Cybersecurity: concentration of data creates high-value targets, as recent breaches have shown; cloud contracts need strict security and audit clauses. Regional imbalance: capacity clusters near submarine-cable landing points and big cities; dispersal needs reliable power and fibre. Balanced view: shared cloud infrastructure lowers costs for governments, start-ups and researchers, and is a prerequisite for India’s AI ambitions. ✎ Mains Practice Question Cloud computing and data centres are emerging as critical national infrastructure. Discuss India’s initiatives to build a domestic cloud ecosystem and the challenges of balancing data sovereignty, cost and sustainability. 15 marks · 250 words Environment & Urban Climate ActionGeneral Studies Papers II & III 03 Delhi Declaration 2026: Cities of the Global South Seek a Bigger Role in Climate Governance Ahead of COP31 Core TopicGS-III · Environment — Climate Change, International NegotiationsGS-II · Urban Local Bodies (74th Amendment)Prelims + MainsPIB · Ministry of Housing & Urban Affairs · 29 Oct 2026 The second ARISE Cities Forum in New Delhi ended with the Delhi Declaration on Local Action for Global Climate Goals, setting out ten commitments that cities and local governments of the Global South will carry to COP31 in Antalya, Türkiye — urging that mayors and local bodies be treated as partners in climate decision-making. ◈ Static Background — Why Cities Matter for Climate Emissions and risk: cities account for a large majority of global energy-related CO₂ emissions and concentrate exposure to heat, floods and water stress. Multilevel governance: national pledges (NDCs under the Paris Agreement, 2015) are largely implemented through local services — transport, buildings, waste, water; “localising NDCs” means translating them into city plans. India’s urban local bodies: the 74th Amendment (1992) added Part IXA and the Twelfth Schedule (18 subjects, including urban planning, water supply, urban forestry and protection of the environment). Policy links: National Mission on Sustainable Habitat under the NAPCC (2008); Smart Cities Mission and AMRUT (2015); Mission LiFE. Organisers: ICLEI — Local Governments for Sustainability (founded 1990), which coordinates the Local Governments and Municipal Authorities (LGMA) constituency at the UNFCCC; the National Institute of Urban Affairs (NIUA) under MoHUA. Figure 6 — 2026, a “Triple COP” year: the three Rio Conventions UNFCCCClimate changeCOP31Antalya, TürkiyeConvention: 1992CBDBiodiversityCOP17Yerevan, ArmeniaConvention: 1992UNCCDLand & desertificationCOP17MongoliaConvention: 1994Linked to the 1992 Rio Earth Summit — the Declaration seeks synergy across all three Diagram drawn by Legacy IAS from UN convention information. ▤ The Forum and the Declaration Event: ARISE Cities Forum 2026, New Delhi, 27–28 October; organised by ICLEI South Asia with NIUA, supported by MoHUA; 200+ participants from 50+ cities in 18+ countries. Theme: “From Bharat to Antalya — Commit. Implement. Deliver.” Ten commitments include: advancing the agenda to COP31; adaptation and synergies across conventions; circularity (zero waste); an energy-transition outcome that recognises sub-national delivery towards the 1.5°C pathway; just transitions; multilevel climate finance; independent science and data; a joint space for multilevel action; Global South urban leadership; and youth and community leadership. Also launched: a Delhi Biodiversity Map developed by ICLEI South Asia. Analysis The finance gap: cities rarely have direct access to international climate funds; most finance flows to national governments. “Institutionalising multilevel finance” targets this. Capacity at home: many Indian urban local bodies have limited own revenue and technical staff; Twelfth Schedule functions are unevenly devolved, constraining city-level climate action. Formal status: local governments participate in the UNFCCC as observers through the LGMA constituency; they have no negotiating role — the Declaration seeks greater recognition within this structure. India’s urban priorities: heat action plans, flood resilience, electric public transport, waste management and urban greening are areas where local action produces measurable results. ✎ Mains Practice Question National climate pledges are ultimately implemented in cities. Discuss the role of urban local bodies in achieving India’s climate goals and the institutional and financial constraints they face. 15 marks · 250 words

Editorials, Opinions & Explained2 Items Core TopicImportantConcise EditorialsGS II 01DPDP Act, Journalism & the Public-Interest Override OpinionsGS II 02Greenland Security Deal & Arctic Geopolitics EditorialsThe paper’s own arguments, analysed 01 Open to Probe: Privacy Law Must Not Shield Public Functionaries From Scrutiny Core TopicEditorialGS-II · Polity — Freedom of Press, Right to Privacy, RTI; Transparency & AccountabilityPrelims + MainsThe Hindu · Editorial (“Open to probe”) The Digital News Publishers Association (DNPA) has challenged the Digital Personal Data Protection (DPDP) Act, 2023 and its Rules before the Supreme Court, which has issued notice. The editorial argues that the absence of a journalism exemption, together with the dilution of the RTI Act’s public-interest override, risks a chilling effect on investigative reporting into public officials. ◈ Static Background — The Legal Building Blocks Press freedom: not separately named but read into Article 19(1)(a) — Romesh Thappar (1950), Sakal Papers (1962), Bennett Coleman (1972), Indian Express Newspapers (1985). Privacy: a fundamental right under Article 21 (K.S. Puttaswamy, 2017), subject to proportionate limits. Privacy vs press: in R. Rajagopal v State of Tamil Nadu (1994), the Supreme Court held that public officials cannot invoke privacy to prevent publication about their conduct in the discharge of official duties, and that matters in public records are open to comment. RTI Act, 2005 — Section 8(1)(j): originally exempted personal information unless a larger public interest justified disclosure, and provided that information that cannot be denied to Parliament cannot be denied to a citizen. DPDP Act key terms: a data fiduciary decides why and how personal data are processed and must give notice, obtain consent (or rely on a “legitimate use”) and honour rights such as erasure; the data principal is the individual concerned. Figure 1 — How Section 8(1)(j) of the RTI Act changed RTI 8(1)(j) — before (2005)After DPDP Act s.44(3)• Personal information exempt …• … unless larger public interestjustifies disclosure• Information that cannot be deniedto Parliament cannot be deniedto a citizen• Information relating to personalinformation is exempt• Public-interest qualificationremovedNow challenged before theSupreme Court Summary of the amendment as described in the editorial and the statute. Diagram drawn by Legacy IAS. The Editorial’s Argument The missing exemption: drafts in 2018, 2019 and 2021 exempted journalistic processing; the 2023 Act does not, although it exempts processing for research and statistical purposes. Reporters could be treated as data fiduciaries obliged to notify, and seek consent from, those they investigate. Disproportionate penalties: fines of up to ₹250 crore pose an existential risk to small and independent newsrooms. The RTI amendment: removing the public-interest test limits access to records such as asset declarations and tender documents, on which corruption investigations depend. Who is a journalist? With 39% of 18–24-year-olds citing social media as their main news source in 2025 (up from 21% in 2015, per a Reuters Institute report), drawing legal categories is difficult. Way out: a consensus framework in which public functionaries and handlers of public funds cannot use privacy to avoid scrutiny; the Government’s offer to meet editors is welcomed. Analysis and Other Views The State’s view: the Government says the Act does not intend to curb journalism and that constitutional protection already applies; it has indicated willingness to amend the law if needed. Privacy concerns are real too: media practices such as publishing private details of individuals, or doxxing, can cause harm; any exemption needs clear limits — for example, a public-interest test — rather than a blanket carve-out. Judicial balancing on RTI: the Supreme Court has treated some personal information of public servants as exempt (Girish Deshpande, 2012) while requiring case-by-case balancing (CPIO, Supreme Court v Subhash Chandra Agarwal, 2019) — the public-interest test was the tool for that balance. Comparative practice: the EU’s GDPR (Article 85) requires member states to reconcile data protection with journalistic, academic and artistic expression. ✎ Mains Practice Question “The protection of personal information must not become a shield against public scrutiny.” Discuss with reference to the Digital Personal Data Protection Act, 2023, its amendment to the RTI Act, and the absence of a journalism exemption. 15 marks · 250 words OpinionsSigned op-eds, analysed with static background 02 A Security Deal, Not a Territorial One: The U.S.–Denmark–Greenland Agreement and the New Arctic Contest Core TopicOpinionGS-II · IR — Effect of Policies of Developed Countries; Arctic GeopoliticsGS-I · Geography — Polar Regions, Sea RoutesPrelims + MainsThe Hindu · Op-Ed (academic, Centre for European Studies, JNU) An agreement signed on 22 September 2026 by the United States, Denmark and Greenland expands the American military presence in Greenland while reaffirming Danish sovereignty and Greenlanders’ right to self-determination. The author argues it ends a diplomatic stand-off over U.S. interest in acquiring the island, but marks the start — not the end — of a deeper contest over the Arctic. ◈ Static Background — Greenland Geography: the world’s largest island, mostly covered by an ice sheet; population of about 56,000, largely Inuit; capital Nuuk. Geographically part of North America, politically linked to Europe. Status: an autonomous territory within the Kingdom of Denmark. Home Rule (1979) was expanded by the Self-Government Act, 2009, which recognises Greenlanders as a people with the right to self-determination and sets a route to independence; foreign, defence and security policy remain with Denmark. EU: Greenland left the European Community in 1985 but remains associated as an overseas territory. U.S. presence: under a 1951 defence agreement, the U.S. operates the Pituffik Space Base (formerly Thule Air Base) for missile warning and space surveillance. The U.S. offered to buy Greenland in 1946; it bought the Danish West Indies in 1917. Alliances: Denmark is a founding member of NATO (1949). Figure 2 — Why Greenland matters (schematic, not a map) Greenland(Kingdom of Denmark)North Americamissile warning (Pituffik)Europe / NATOGIUK gap, North AtlanticArctic OceanRussia’s military presenceCritical mineralsrare earths, investment rulesNorthwest Passage(via Canada)Northern Sea Route(via Russia) GIUK gap — the Greenland–Iceland–United Kingdom passage between the Arctic and the North Atlantic. Relationship diagram drawn by Legacy IAS; not a map. ▤ The Agreement — Key Terms (as described) Signed: 22 September 2026 at the United Nations; enters into force after parliamentary procedures in Denmark and Greenland. Military access: expansion of Pituffik Space Base; possible new U.S. defence facilities at Narsarsuaq (south) and Mestersvig (east); wider access for U.S. aircraft and ships. Missile defence: cooperation linked to the proposed U.S. “Golden Dome” missile-defence system. Investment screening: restrictions on investment in sensitive sectors from countries outside NATO, NATO partners and the EU. Sovereignty: reaffirms Danish sovereignty and Greenland’s self-determination; no expiry date, and some provisions would survive even if Greenland became independent. The Author’s Argument Security, not territory: the U.S. has moved away from seeking to acquire Greenland and has instead secured expanded military access. Denmark’s balancing act: protecting sovereignty while avoiding prolonged confrontation with its main ally. Unresolved sovereignty questions: extensive foreign military access and investment restrictions sit uneasily with self-determination, especially as some provisions outlive a possible independence. A transformed Arctic: no longer only about climate science, but about missile defence, minerals, shipping routes and space security — and competition can strain relations even among allies. ◈ The Arctic and India Arctic Council (1996, Ottawa Declaration): eight member states — Canada, Denmark, Finland, Iceland, Norway, Russia, Sweden, United States — with Indigenous organisations as permanent participants; India has been an observer since 2013. India’s Arctic Policy (2022): six pillars, including science and research, climate and environmental protection, economic and human development, connectivity, governance and international cooperation, and national capacity building. Presence: research station Himadri at Ny-Ålesund, Svalbard (since 2008); India is a party to the Svalbard Treaty (1920). Why it matters to India: Arctic warming — several times faster than the global average — affects the Indian monsoon and sea levels; new routes and critical minerals have trade and strategic implications. Analysis and Counter-Views A pragmatic outcome: supporters see the deal as defusing an alliance crisis while strengthening North Atlantic defence against Russian activity. Self-determination concerns: Greenlandic voices emphasise that decisions on land, resources and defence should reflect their consent; parliamentary approval in Nuuk will test this. Securitisation of economics: investment screening may deter non-Western capital but also narrows Greenland’s economic options as it seeks financial autonomy from Denmark. Wider lesson: as with other strategic territories, the line between security partnership and dependence depends on transparency, consent and reciprocal benefits. ✎ Mains Practice Question The Arctic is shifting from a zone of scientific cooperation to one of strategic competition. Examine this transformation with reference to Greenland, and discuss its implications for India’s Arctic Policy. 15 marks · 250 words

In-Depth News Analysis6 Items Core TopicImportantConcise Polity & JudiciaryGS Paper II 01Collegium System — Transparency & Reform International RelationsGS Paper II 0213th ADMM-Plus — India, ASEAN & Regional Security Agriculture & NutritionGS Paper III 03Kufri Jamunia — Biofortified Purple Potato Science & Technology — SpaceGS Paper III 04India’s New-Age Space Technologies Geography, Environment & WaterGS Paper I · II · III 05Siang Upper Multipurpose Project — Strategy vs Livelihoods Internal SecurityGS Paper III 06Punjab’s Drug Crisis — Geography & Economics Polity & JudiciaryGeneral Studies Paper II 01 Concerns Over the Collegium: How Judges Are Appointed, and the Case for Reform Core TopicGS-II · Polity — Judiciary, Appointments, Separation of PowersPrelims + MainsThe Hindu · Explainer A retired Supreme Court judge has said that a former Chief Justice of India may have discussed proposed names for judgeship with the Union Government before the collegium met — describing it as seeking the executive’s “pre-approval”. The remark has revived debate on the collegium system and on making judicial appointments more transparent. ◈ Static Background — The Constitutional Text Article 124(2): Supreme Court judges are appointed by the President after consultation with the CJI (and such other judges as the President deems necessary). Article 217: High Court judges are appointed by the President after consulting the CJI, the Governor and the Chief Justice of the High Court. Article 222: transfer of High Court judges, after consulting the CJI. Why consultation: to protect judicial independence and ensure professional merit — judges are best placed to assess legal ability. The word that changed everything: the courts’ interpretation of “consultation” — whether it means advice the executive may disregard, or concurrence — is at the heart of the collegium story. Figure 1 — The Judges cases: how “consultation” became “collegium” 1981First Judges(S.P. Gupta)Executive primacy1993Second Judges(SC AoR Assn.)Judicial primacy;collegium born1998Third Judges(Presidential reference)CJI + 4 senior-most201499th AmendmentNJAC created(Art 124A)2015Fourth Judges(NJAC case)NJAC struck downCollegium today: CJI + 4 senior-most judges (Supreme Court appointments);CJI + 2 senior-most judges (High Court appointments)Government may return a name once; if the collegium reiterates it, the appointment must be made Diagram drawn by Legacy IAS from the Supreme Court’s judgments as summarised in the explainer. ▤ How the Process Works Memorandum of Procedure (MoP): prepared by the Union Law Ministry following the Second and Third Judges cases; the collegium initiates proposals and sends them to the Centre. Return and reiteration: the Centre may return a recommendation with objections; if the collegium reiterates it, the appointment should be made. NJAC (2014–15): the 99th Amendment proposed a National Judicial Appointments Commission of the CJI, two senior judges, the Union Law Minister and two eminent persons; the Supreme Court struck it down in 2015 as violating the basic structure (judicial independence). Revised MoP: agreed in principle after 2015 to improve transparency, but still not finalised after 11 years because of disagreements. Comparative Practice United States: federal Supreme Court judges are nominated by the President and confirmed by the Senate. United Kingdom: an independent Judicial Appointments Commission (15 commissioners from the judiciary, legal profession and public) selects judges; UK Supreme Court appointments use a separate selection commission. South Africa: a Judicial Service Commission of 23 members — judiciary, legislature, executive, lawyers and academia — recommends names to the President. India’s distinctiveness: the collegium — judges appointing judges — has no close parallel in other major democracies. Critical Assessment Strength: the collegium has insulated appointments from political favouritism. Weaknesses: opacity (criteria and reasons are rarely public), lack of accountability, delays, and allegations that relatives of judges are favoured. The present concern: informal prior consultation with the executive, if it occurred, would blur the formal process and could compromise the very independence the collegium was designed to protect. Reform options: in the short term, a finalised MoP with published criteria and timelines; in the long term, a broader commission — including legislature, Bar and academia — with a judicial veto to protect independence, as the explainer suggests. ✎ Mains Practice Question The collegium system has preserved judicial independence but at the cost of transparency and accountability. Critically examine this statement and suggest reforms to the process of judicial appointments in India. 15 marks · 250 words International RelationsGeneral Studies Paper II 02 At the 13th ADMM-Plus, India Offers Counter-Terrorism Expertise and Proposes an ASEAN–India Defence “Youth Bridge” ImportantGS-II · IR — Regional Groupings (ASEAN), India’s Act East PolicyGS-III · Security — Terrorism, Maritime SecurityPrelims + MainsThe Hindu At the 13th ASEAN Defence Ministers’ Meeting-Plus in Cebu, Philippines, India’s Defence Minister offered to share India’s counter-terrorism experience through exercises, training and intelligence sharing, proposed a defence “Youth Bridge” with ASEAN, and highlighted 2026 as the ASEAN–India Year of Maritime Cooperation. Figure 2 — ASEAN members and when they joined Timor-Leste became the 11th member in October 2025. Schematic map; not to scale. Map reproduced with credit for educational use. ◈ Static Background — ASEAN and Its Defence Track ASEAN: founded by the Bangkok Declaration on 8 August 1967 by Indonesia, Malaysia, the Philippines, Singapore and Thailand; joined by Brunei (1984), Vietnam (1995), Laos and Myanmar (1997), Cambodia (1999) and Timor-Leste (2025). Secretariat in Jakarta. The Philippines chairs ASEAN in 2026. ADMM (2006): the ASEAN Defence Ministers’ Meeting — the highest defence consultative mechanism in ASEAN. ADMM-Plus (2010, Hanoi): ASEAN defence ministers plus eight Dialogue Partners — Australia, China, India, Japan, New Zealand, the Republic of Korea, Russia and the United States. Practical cooperation runs through Experts’ Working Groups on areas such as counter-terrorism, maritime security, HADR, peacekeeping and cyber security. India and ASEAN: “Look East” (1991) became “Act East” (2014); relations upgraded to a Comprehensive Strategic Partnership in 2022. ▤ India at the 13th ADMM-Plus Counter-terrorism: India is co-chairing the Experts’ Working Group on Counter-Terrorism with Malaysia for 2024–2027; it offered “battle-tested” operational experience, citing recent operations against cross-border terrorism. Youth Bridge: a proposed defence initiative for institutional people-to-people links, digital innovation and capacity building for young people. Maritime: 2026 designated the ASEAN–India Year of Maritime Cooperation; the second ASEAN–India Maritime Exercise held; commitment to freedom of navigation and UNCLOS. Why It Matters ASEAN centrality: India supports ASEAN as the hub of regional architecture in the Indo-Pacific; ADMM-Plus is one of the few forums where all major powers meet on defence. Maritime stakes: the South China Sea disputes and sea-lane security affect India’s trade, which largely passes through Southeast Asian waters. Limits: ADMM-Plus works by consensus and is consultative, not an alliance; divergent interests among members — especially on China — constrain collective positions. ✎ Mains Practice Question Discuss the significance of ASEAN-led security forums such as the ADMM-Plus for India’s Act East Policy and its maritime interests in the Indo-Pacific. 10 marks · 150 words Agriculture & NutritionGeneral Studies Paper III 03 Can the Purple-Fleshed Kufri Jamunia Potato Help Tackle Hidden Hunger? ImportantGS-III · Agriculture — Crop Varieties, Food Security; S&T — BiotechnologyGS-II · Health — NutritionPrelims + MainsThe Hindu · Science The ICAR–Central Potato Research Institute (CPRI) has developed Kufri Jamunia, a purple-skinned, purple-fleshed potato with more vitamin C, iron, zinc and anthocyanins than ordinary potatoes. The Government is promoting it against hidden hunger, but its yield, disease resistance and market acceptance remain open questions. ◈ Key Terms Explained — From Basics Hidden hunger: deficiency of micronutrients (iron, zinc, vitamin A, iodine) even when calorie intake is adequate. Fortification vs biofortification: fortification adds nutrients during processing (e.g. iodised salt, fortified rice); biofortification breeds crops that accumulate more nutrients as they grow — through conventional breeding, as in Kufri Jamunia, or biotechnology. Anthocyanins: natural purple-red pigments with antioxidant properties, also found in jamun and blueberries — hence the variety’s name. Marketable yield: the portion of the harvest that can actually be sold (excluding damaged or undersized tubers) — what determines farm income. Price premium: the extra price a farmer needs over a standard variety to earn the same revenue when yields are lower. Figure 3 — Key features of Kufri Jamunia Recommended for the North Indian plains; matures in about 90 days. Infographic courtesy PIB / Ministry of Agriculture and Farmers Welfare; reproduced with credit for educational use. ▤ Kufri Jamunia vs Regular Potato (per 100 g, as reported) Vitamin C: about 42.75 mg vs 23.15 mg. Iron: about 3.22 mg vs 0.57 mg; Zinc: about 2.28 mg vs 0.28 mg. Anthocyanins: about 42.05 mg; carotenoids vary widely by location in trials. Development: cross of a high-vitamin-C line and a purple-fleshed line (2015); multi-location trials 2021–23; notified in November 2024. Yield: about 32 t/ha on average in multi-location trials; marketable yield 29.19 t/ha vs 33.48 t/ha for another coloured variety, Kufri Neelkanth. Questions That Remain Delivery: potatoes are eaten less consistently than rice or salt; nutrient retention depends on cooking — steaming preserves more than frying — and on how well iron and zinc are absorbed. Disease: moderately resistant to late blight (Phytophthora infestans, the cause of the 1840s Irish famine) in the lab, but susceptible in the field — fungicide is recommended. Economics: with lower marketable yield, farmers may need a premium of about 15% to match revenue; seed already makes up a large share of potato production costs. Consumers: acceptance depends on appearance, taste, awareness and price — the CPRI’s taste test of 64 people is too small to generalise. Context: India is the world’s second-largest potato producer; biofortified varieties of rice, wheat, pearl millet and other crops are also being promoted. ✎ Mains Practice Question Distinguish between food fortification and biofortification. Discuss the factors that determine whether a biofortified crop variety can make a real difference to hidden hunger in India. 10 marks · 150 words Science & Technology — SpaceGeneral Studies Paper III 04 India’s New-Age Space Technologies: From Reusable Rockets to In-Orbit Docking Core TopicGS-III · S&T — Space Technology, Indigenisation; Economy — Space SectorPrelims + MainsPIB Backgrounder · 28 Oct 2026; The Indian Express A PIB backgrounder outlines the technologies behind India’s next phase in space — a heavy-lift reusable launcher, electric propulsion, docking, advanced navigation and communication satellites, and new Earth observation tools — as the space economy targets $44 billion by 2033. ◈ Static Background — India’s Space Journey 1962: INCOSPAR set up under Vikram Sarabhai; first sounding rocket from Thumba, Kerala on 21 November 1963. 1969: ISRO formed on 15 August; brought under the Department of Space (1972). Reforms: NSIL (2019) as commercial arm; IN-SPACe (2020) to authorise and promote private actors; Indian Space Policy, 2023; liberalised FDI norms for the sector (2024). Key terms: LEO — Low Earth Orbit (up to ~2,000 km); GTO — geosynchronous transfer orbit; expendable vs reusable launchers; specific impulse — a measure of propulsion efficiency. Figure 4 — The five technology pillars Infographic courtesy PIB, 28 October 2026; reproduced with credit for educational use. ▤ Technologies at a Glance Next Generation Launch Vehicle (NGLV): approved September 2024, outlay ₹8,240 crore; up to 30 tonnes to LEO — about three times LVM3 — with a partially reusable variant; meant for the Bharatiya Antariksh Station, lunar and interplanetary missions. Reusable Launch Vehicle (RLV): the winged demonstrator Pushpak completed autonomous landing experiments LEX-01, 02, 03 (2023–24). Electric propulsion: a 300 mN stationary plasma thruster completed a 1,000-hour life test (2025); far higher specific impulse than chemical systems, saving propellant mass. To be validated on TDS-01. Green propulsion: ISROSENE (rocket-grade kerosene) for semi-cryogenic engines; a private start-up’s green monopropellant thruster demonstrated in orbit (2024). SpaDeX: India docked two satellites on 16 January 2025 — the fourth country after the U.S., Russia and China — and demonstrated undocking and power transfer. Communications: GSAT-N2 (GSAT-20), a ~48 Gbps high-throughput satellite (2024); CMS-03 / GSAT-7R for the Navy (2025). Commercialisation: NSIL has signed 118 technology-transfer agreements; investment in space start-ups about $618.5 million (March 2026). Why It Matters Cost of access: reusability and heavier lift lower the cost per kilogram to orbit — essential for constellations, a space station and commercial competitiveness. Strategic autonomy: indigenous engines, clocks and thrusters reduce dependence on foreign suppliers, whose failures have hurt programmes such as NavIC. Human spaceflight: docking is a prerequisite for the Bharatiya Antariksh Station (targeted by 2035) and lunar sample return. The Critical View Execution: delays in replacement navigation satellites and failed launches show that reliability and quality assurance matter as much as new technology. Global competition: private reusable rockets abroad have sharply cut launch prices; India must scale private participation to compete. Space debris and sustainability: more launches and constellations raise collision risks; India has committed to debris-free space missions by 2030. ✎ Mains Practice Question Reusability, in-orbit docking and electric propulsion are reshaping the economics of space. Discuss how these technologies can help India achieve self-reliance and a larger share of the global space economy. 15 marks · 250 words Geography, Environment & WaterGeneral Studies Papers I, II & III 05 Siang Upper Multipurpose Project: A Strategic Dam Meets Local Resistance in Arunachal Pradesh Core TopicGS-I · Geography — Rivers, Himalayan DrainageGS-II · IR — India–China; Rights of Tribal CommunitiesGS-III · Energy, Environment, Disaster RiskPrelims + MainsThe Indian Express Sections of the indigenous Adi community have protested the proposed 11,200 MW Siang Upper Multipurpose Project (SUMP), now at the pre-feasibility stage. The State government presents it as a national-security response to China’s 60,000 MW dam on the Yarlung Tsangpo upstream; residents fear loss of ancestral land and livelihoods. Figure 5 — Location of the proposed project The Yarlung Tsangpo enters India as the Siang, joins the Dibang and Lohit to form the Brahmaputra in Assam. Schematic; not to scale. Map courtesy The Indian Express; reproduced with credit for educational use. ◈ Static Background — The Brahmaputra System Course: rises near Mansarovar in Tibet as the Yarlung Tsangpo; takes a sharp U-turn — the Great Bend — near Medog, where China is building its dam; enters Arunachal as the Siang (Dihang); becomes the Brahmaputra in Assam and the Jamuna in Bangladesh. Major tributaries in India: Subansiri, Kameng, Manas, Dibang, Lohit (north bank); Dhansiri, Kopili (south bank). Institutions: the Brahmaputra Board (1980), which first proposed projects on the Siang and Subansiri in 1982. India–China water cooperation: no water-sharing treaty; China shares flood-season hydrological data under MoUs, and an Expert Level Mechanism (2006) exists — but data-sharing agreements have lapsed at times. Region: part of the Eastern Himalaya biodiversity hotspot and seismic Zone V; Arunachal has special provisions under Article 371H. ▤ The Project at a Glance Capacity: 11,200 MW — proposed as India’s largest hydropower project; multipurpose (power, storage, flood moderation). Evolution: smaller projects proposed in 1982; concerns over Chinese upstream projects raised in 2013; Siang Upper Stage-I and II merged in 2017 into SUMP; urgency rose after China approved its lower Yarlung Tsangpo project in December 2024. Status: pre-feasibility survey; the State has said the project will not proceed beyond feasibility without consultation, social and environmental impact assessments and a detailed project report. Strategic rationale: a large reservoir could act as a buffer against sudden releases or diversions upstream. The Debate For: national security and water security; clean power; flood moderation downstream in Assam; establishing India’s prior use of the river’s waters. Against: displacement and loss of ancestral land, cultural and spiritual ties to the river, risks in a high-seismic zone, impacts on fisheries and riverine ecology, and doubts — raised by experts — about whether the “counter-China” logic is sound without details of China’s dam. Process concerns: residents seek written assurance that their consent will be decisive; trust deficits are heightened by past experience with large dams elsewhere in the North-East. Way Forward Free, prior and informed consent of affected communities, with transparent sharing of survey findings. Robust environmental, seismic and cumulative impact assessments; compliance with the Dam Safety Act, 2021 and fair compensation under the Land Acquisition Act, 2013 (RFCTLARR). Diplomatic push for year-round hydrological data and transparency on China’s project; consideration of smaller, run-of-river alternatives. ✎ Mains Practice Question Large dams in the Himalaya are increasingly justified on strategic grounds. Evaluate the Siang Upper Multipurpose Project in terms of national security, environmental risk and the rights of indigenous communities. 15 marks · 250 words Internal SecurityGeneral Studies Paper III 06 The Geography and Economics of Punjab’s Long Drug Crisis ImportantGS-III · Security — Border Management, Drug Trafficking, Narco-TerrorismGS-II · Health — Substance AbusePrelims + MainsThe Indian Express · Explained The killing of an anti-drug activist and a suspected overdose death have again put Punjab’s drug problem in the spotlight. NCRB data for 2024 show Punjab led the country with 6,060 cases of drug possession for trafficking and recorded 106 overdose deaths — second only to Tamil Nadu (313). ◈ Static Background — Why Punjab Is Vulnerable Border: a 553-km border with Pakistan, close to the Golden Crescent (Afghanistan–Iran–Pakistan), a major heroin-producing region. Internal routes: heroin (“chitta”) crosses the border; opium and poppy husk come from Rajasthan and Madhya Pradesh, where poppy is grown legally under licence for medicinal use; cannabis products come from Himachal Pradesh. History: opium use had social acceptance in pre-Independence Punjab; the Royal Commission on Opium (1893–95) found consumption modest. Synthetic and pharmaceutical drugs are a newer wave. Border policing: in 2021, the BSF’s jurisdiction in Punjab was extended from 15 km to 50 km from the border. ▤ Key Trends (as reported) Pharma drugs: as border enforcement tightened, abuse of prescription drugs rose; about 57% of NDPS FIRs in Punjab in 2022 involved pharmaceutical drugs, mostly from manufacturing hubs in other States. Drones: BSF data show drone drops rising from 3 (2022) to over 200 (2025), concentrated in the Amritsar–Tarn Taran–Ferozepur–Gurdaspur belt; anti-drone systems have been deployed. Profitability: a gram of heroin can sell for ₹10,000–15,000; carriers earn thousands per consignment — attractive amid limited job opportunities. Women: arrests of women under the NDPS Act rose about 85% between 2015 and 2022; families are often drawn in together. State strategy: the EDP approach — Enforcement, De-addiction, Prevention; recent campaigns target traffickers’ finances and involve village volunteers in de-addiction. Analysis Supply substitution: crackdowns on one route or substance shift use to another — heroin to pharma drugs, land routes to drones — so supply-side action alone has limited effect. Narco-terror nexus: drones also carry arms; cross-border trafficking links organised crime with security threats. Governance gaps: regulation of pharmacies and pharmaceutical supply chains, and cases of complicity by officials, need attention. Demand and rehabilitation: experts argue that prevention and treatment should lead, not follow, enforcement — along with jobs and skills for youth. ✎ Mains Practice Question Punjab’s drug crisis reflects geography, economics and governance failures. Examine these dimensions and suggest a comprehensive strategy that balances enforcement with prevention and rehabilitation. 15 marks · 250 words