Content DPI@2047 50th Statehood celebrations of Sikkim DPI@2047 Why in News ? NITI Aayog launched the DPI@2047 roadmap, aiming to leverage Digital Public Infrastructure (DPI) for inclusive, productivity-led, non-linear growth towards Viksit Bharat 2047. Relevance GS Paper II (Governance) Digital governance, service delivery reforms, role of NITI Aayog GS Paper III (Economy) Productivity-led growth, MSMEs formalisation, digital economy, financial inclusion Practice Question Q. Digital Public Infrastructure is evolving from a welfare-delivery tool to a productivity-enhancing growth model. Examine the significance of DPI@2047 in achieving inclusive and sustainable economic development in India. (250 words) Static Background DPI refers to open, interoperable digital systems enabling identity, payments, and data exchange, including Aadhaar, UPI, DigiLocker, forming backbone of India’s digital governance architecture. DPI 1.0 enabled financial inclusion, DBT efficiency, and governance transformation, positioning India as a global leader in population-scale digital public goods deployment. During G20 Presidency, India promoted DPI as a global development model, especially for Global South, emphasising scalability, affordability, and inclusivity. NITI Ayog NITI Aayog is the Government of India’s premier policy think tank, established in 2015 replacing the Planning Commission to promote cooperative federalism and strategic policymaking. It functions as a platform for Centre–State coordination, involving Chief Ministers and Lt. Governors, ensuring bottom-up planning and state participation in national development priorities. Focuses on long-term policy vision, innovation, and outcome-based governance, through initiatives like Aspirational Districts Programme, SDG Index, and DPI roadmap. Key Features of DPI@2047 Introduces two-phase roadmap: DPI 2.0 (2025–2035) focusing on livelihood-led growth, followed by DPI 3.0 (2035–2047) enabling broad-based prosperity. Marks transition from digital access → productivity, capability, and opportunity creation, expanding scope beyond welfare delivery to economic transformation. Focuses on digital rails architecture, enabling interoperability, cross-sector innovation, and faster diffusion of technologies like AI at population scale. Core Focus Areas Identifies eight sectoral transformations covering MSMEs, agriculture, health, education, credit systems, decentralised energy, and welfare delivery ecosystems. Addresses structural constraints like low productivity, credit access barriers, fragmented markets, and limited digital penetration in informal sectors. Anchors implementation at district level, ensuring local adaptability, contextual solutions, and stronger last-mile governance outcomes. Execution Strategy District-led demand aggregation ensures solutions reflect ground realities, improving policy responsiveness and citizen-centric service delivery mechanisms. Scaling technology entrepreneurship enables startup-driven innovation ecosystems, fostering customised digital solutions across sectors and geographies. AI integration across sectors enhances predictive governance, operational efficiency, and productivity gains in agriculture, health, and MSMEs. Data-driven governance systems improve decision-making, service targeting, and inter-sector coordination through interoperable digital platforms. Economic Significance Shifts focus from GDP growth → productivity enhancement, linking growth to efficiency, innovation, and higher quality employment generation. Enables MSMEs and informal sector integration into formal economy, improving credit access, market linkage, and participation in global value chains. Reduces transaction costs, logistics inefficiencies, and information asymmetry, strengthening competitiveness and export potential. Governance Significance Enhances real-time governance capacity through data analytics, monitoring systems, and targeted welfare delivery mechanisms. Promotes cooperative federalism, empowering states and districts as drivers of digital transformation and economic growth strategies. Builds integrated governance architecture, reducing duplication, improving coordination, and enhancing administrative efficiency across departments. Social Implications Expands digital inclusion to marginalised groups, ensuring access to health, education, finance, and welfare services in rural and underserved areas. Creates new livelihood opportunities via digital entrepreneurship, skilling, and platform-based employment ecosystems. Promotes vernacular digital ecosystems, reducing language barriers and enabling wider participation in digital economy. Technology & Innovation Integrates AI with DPI, enabling large-scale deployment of advanced technologies across governance, economy, and public services. Promotes democratisation of AI, ensuring access for startups, MSMEs, and citizens, preventing concentration of digital power. Encourages open, interoperable systems, fostering innovation, competition, and ecosystem-driven technology development. Strategic Significance Positions India as a global leader in Digital Public Infrastructure, offering an inclusive alternative to proprietary digital ecosystems dominated by Big Tech. Strengthens digital sovereignty and strategic autonomy, reducing dependence on foreign platforms and technologies. Enables India to shape global digital governance frameworks, especially for developing economies and Global South partnerships. Challenges Data privacy and cybersecurity concerns remain significant, requiring robust safeguards against breaches, misuse, and surveillance risks. Persistent digital divide across gender, region, and socio-economic groups may limit equitable benefits from DPI expansion. Institutional capacity gaps at local levels may hinder effective implementation, coordination, and scaling of digital initiatives. Risks of algorithmic bias and exclusion in AI systems could reinforce inequalities and affect vulnerable populations disproportionately. Way Forward Strengthen data protection frameworks and cybersecurity architecture, ensuring trust, accountability, and resilience in digital systems. Invest in digital infrastructure, connectivity, and skilling, bridging gaps across regions and socio-economic groups. Promote public-private partnerships to scale innovation and ensure ecosystem-driven growth across sectors. Develop ethical AI governance frameworks, ensuring transparency, fairness, and inclusivity in AI deployment. Expand international cooperation, positioning India’s DPI as a global digital public good model. Prelims Pointers DPI components: Aadhaar (identity), UPI (payments), DigiLocker (data/document storage). DPI@2047 roadmap phases: DPI 2.0 (2025–2035) and DPI 3.0 (2035–2047). Focus areas include AI integration, district-level implementation, and productivity-led growth model. 50th Statehood celebrations of Sikkim Why in News ? Prime Minister Narendra Modi highlighted Sikkim’s 50th Statehood celebrations, emphasising its sustainable model, strategic geography, and cultural diversity in Northeast India. Relevance GS Paper I (Geography) Himalayan geography, biodiversity hotspot, river systems (Teesta basin) GS Paper II (Polity) State reorganisation, integration via 36th Constitutional Amendment Act, 1975 Practice Question   Q. Sikkim represents a model of sustainable development and strategic significance in the Himalayan region. Discuss its ecological, economic, and geopolitical importance. (250 words) Constitutional / Historical Context Sikkim became India’s 22nd State in 1975 through the 36th Constitutional Amendment Act, ending monarchy and integrating into Indian Union. Earlier a protectorate under India (1950 Treaty), Sikkim’s accession reflects peaceful democratic integration of a Himalayan border region. Geographical Features  Sikkim is bordered by China (Tibet) in the north and northeast, Bhutan in the east, Nepal in the west, and West Bengal in the south. Located in the Eastern Himalayas, characterised by steep terrain, high seismicity, fragile ecology, and altitudinal variation from ~300 m to >8,500 m. Home to Kangchenjunga, India’s highest peak and world’s third highest, a sacred mountain for local communities. Major rivers include Teesta River and its tributary Rangeet River, forming key drainage system and hydropower potential. Contains important mountain passes like Nathu La and Jelep La, facilitating India-China trade and strategic connectivity. Governance & Development Significance Sikkim is India’s first fully organic state (2016), reflecting policy-led transition to sustainable agriculture and ecological governance. Promotes eco-wellness tourism, integrating natural landscapes, biodiversity conservation, and economic development. Focus on sports, youth development, and human capital formation strengthens inclusive and participatory governance. Economic Significance Economy driven by tourism, organic agriculture, and hydropower potential, ensuring diversified livelihood opportunities. Organic farming enhances export competitiveness of niche products, boosting farmer incomes and branding Sikkim globally. Strategic investments in connectivity and infrastructure integrate Sikkim with national and regional markets. Social / Cultural Significance Multi-ethnic society comprising Lepcha, Bhutia, and Nepali communities, representing India’s cultural pluralism and social harmony. Celebrations reinforce ‘Ek Bharat, Shreshtha Bharat’, promoting national integration through cultural exchange. High literacy and social indicators reflect effective governance in small Himalayan states. Environmental Significance Part of Eastern Himalayan biodiversity hotspot, rich in endemic flora and fauna, crucial for ecological balance and conservation efforts. Sustainable practices align with climate-resilient development and LiFE (Lifestyle for Environment) initiative. Glacial systems and rivers contribute to water security for downstream regions including West Bengal and Bangladesh. Strategic / Security Importance Proximity to China border and Doklam plateau makes Sikkim critical for India’s defence and border management strategy. Located near Siliguri Corridor, ensuring connectivity between mainland India and Northeast, making it geopolitically vital. Mountain passes like Nathu La enhance strategic trade and military mobility in Eastern Himalayas. Challenges / Concerns Fragile Himalayan ecosystem prone to landslides, earthquakes, and climate change impacts such as glacial retreat. Over-dependence on tourism risks ecological degradation and infrastructure stress. Limited industrial base and connectivity challenges due to difficult terrain. Way Forward Promote sustainable tourism with carrying capacity regulation and community participation models. Strengthen climate-resilient infrastructure and disaster preparedness systems in Himalayan regions. Enhance cross-border trade via Nathu La while ensuring security safeguards. Expand organic value chains, branding, and exports to improve rural incomes. Prelims Pointers Sikkim borders China, Bhutan, Nepal, West Bengal. Kangchenjunga is India’s highest peak located in Sikkim. Major rivers: Teesta and Rangeet. Important passes: Nathu La, Jelep La.  

Content The RTE Act and the idea of social inclusion The fight to eliminate cervical cancer The RTE Act and the idea of social inclusion Why in News ? The Supreme Court of India (Jan 2026 judgment) reaffirmed the constitutional validity and purpose of Section 12(1)(c) of the Right of Children to Free and Compulsory Education Act, 2009, emphasising social integration through shared schooling spaces across socio-economic classes. Relevance GS Paper II (Polity & Governance) Fundamental Rights → Article 21A of the Constitution of India Social justice, inclusive education, role of State vs private institutions GS Paper II (Constitution) Equality framework (Articles 14, 15, 38), affirmative action through institutional design Practice Question Q. Section 12(1)(c) of the Right to Education Act represents a shift from access-based to integration-based social justice in education. Critically analyse its role in promoting social inclusion in India. (250 words) Constitutional / Legal Framework Article 21A guarantees free and compulsory education for children aged 6–14 years, and the RTE Act operationalises this by imposing legal obligations on the State and private actors within the education ecosystem. Section 12(1)(c) mandates that 25% seats in private unaided schools be reserved for children from Economically Weaker Sections (EWS) and disadvantaged groups, with the State reimbursing the cost to private institutions. The provision advances Articles 14, 15, and 38, promoting substantive equality, non-discrimination, and reduction of socio-economic inequalities through institutional design rather than mere policy intent. The Court reiterated that the provision is a “constitutional strategy for equality of status”, enabling children from vastly different socio-economic backgrounds to share common educational spaces and experiences. Governance / Administrative Aspects Implementation is facilitated through state-level digital admission systems, centralised lotteries, and Management Information Systems (MIS), ensuring transparency, reducing discretion, and improving efficiency in beneficiary identification. States such as Delhi, Gujarat, and Rajasthan have demonstrated relatively better outcomes due to digitisation, standardised processes, and stronger monitoring frameworks for admissions and reimbursements. Effective functioning requires coordination between state governments, local authorities, and private schools, particularly in ensuring compliance with admission norms, timely reimbursements, and grievance redressal. Economic Aspects The provision contributes to human capital formation among disadvantaged groups, enhancing long-term outcomes such as employment opportunities, income mobility, and productivity gains in the economy. By enabling access to higher-quality private schooling without direct financial burden, it reduces intergenerational transmission of poverty and inequality. However, fiscal implications for states arise due to reimbursement obligations, along with disputes regarding cost calculations and adequacy of reimbursement to private institutions. Social / Ethical Significance Section 12(1)(c) fosters social integration by bringing together children from diverse socio-economic backgrounds, thereby reducing segregation and enabling shared social experiences. It enhances social capital, peer learning, and aspirational horizons for disadvantaged children, contributing to improved self-confidence, ambition, and long-term life trajectories. Empirical research indicates that mixed classrooms promote pro-social behaviour, reduce discrimination, and do not negatively impact academic performance or classroom discipline. Ethically, the provision reflects a commitment to substantive equality, ensuring that opportunities are not determined solely by circumstances of birth or socio-economic status. Evidence / Data More than 5 million children have benefited from the provision, with retention rates exceeding 90%, indicating both acceptance and sustainability of the policy. The ASER 2006 report shows that migration to private schools began prior to RTE, driven primarily by quality concerns in public education rather than the reservation policy itself. Studies (e.g., Rao & Gautam, 2019) demonstrate that socially mixed classrooms lead to greater inclusivity and behavioural improvements without academic compromise. Key Issues / Challenges Hidden costs such as uniforms, books, transport, and extracurricular fees often undermine the promise of free education, placing financial burdens on beneficiary families. Delays in reimbursement by state governments discourage private school participation and sometimes lead to indirect resistance or exclusionary practices. Implementation remains uneven across states, with gaps in awareness, outreach, transparency, and grievance redressal mechanisms affecting access and effectiveness. Instances of social discrimination, segregation within classrooms, or subtle exclusion practices hinder the objective of genuine inclusion and equality. Misinterpretation of the provision as promoting privatisation of education diverts attention from the need to strengthen the public education system simultaneously. Critical Analysis The provision represents a hybrid model of welfare and structural reform, integrating private institutions into the constitutional mandate of universal education without diluting state responsibility. It uniquely addresses social segregation in schooling, going beyond traditional welfare schemes that focus only on access rather than integration of social spaces. However, without strong regulatory oversight, there is a risk of symbolic inclusion rather than substantive integration, limiting its transformative potential. Way Forward Ensure timely and transparent reimbursement mechanisms, reducing friction between private schools and state authorities while maintaining programme credibility. Enforce strict regulation to eliminate hidden costs, ensuring that access under Section 12(1)(c) remains genuinely free and equitable. Strengthen grievance redressal systems, monitoring frameworks, and accountability mechanisms at the state and district levels. Simultaneously invest in public school infrastructure, teacher quality, and learning outcomes, ensuring that RTE does not become overly dependent on private sector participation. Promote sensitisation and inclusion programmes within schools, ensuring dignity, equality, and social cohesion in classroom environments. Prelims Pointers Article 21A → Right to Education for children aged 6–14 years. Section 12(1)(c) → 25% reservation in private unaided schools for EWS and disadvantaged groups. State reimburses private schools for admitted students under this provision. The fight to eliminate cervical cancer Why in News ? India’s National HPV Vaccination Campaign (2026) aligns with the World Health Organization global strategy to eliminate cervical cancer as a public health problem. Relevance GS Paper II (Governance) Public health policy, role of State in preventive healthcare, national health programmes GS Paper III (Economy) Health expenditure, human capital, cost-effectiveness of preventive healthcare GS Paper III (Science & Tech) Vaccines, HPV biology, screening technologies Practice Question Q. Cervical cancer elimination requires a preventive, gender-sensitive, and health systems approach. Examine India’s strategy in achieving WHO elimination targets and the challenges involved. (250 words) Static Background & Basics Cervical cancer arises from uncontrolled growth of cells in the cervix (lower part of uterus), primarily due to persistent infection by Human Papillomavirus (HPV). HPV is a sexually transmitted DNA virus, with over 100 strains; high-risk strains (HPV-16, 18) are oncogenic and responsible for majority of cases. Disease progression follows a slow natural history (10–15 years) through Cervical Intraepithelial Neoplasia (CIN) stages, allowing scope for early detection and prevention. Transmission is mainly through sexual contact, but risk factors include early marriage, multiple pregnancies, poor hygiene, and immunosuppression. It is among the most preventable cancers globally, due to availability of vaccines and screening tools. Constitutional / Policy Framework Falls under Article 21 (Right to Life), interpreted to include right to health and access to preventive healthcare services. Addressed under NPCDCS (National Programme for NCDs), focusing on screening, early diagnosis, and treatment of cancers including cervical cancer. India endorsed WHO’s Global Cervical Cancer Elimination Strategy (2020) with 90-70-90 targets by 2030. Disease Burden Second most common cancer among women in India, with ~1 lakh new cases and ~50,000 deaths annually, contributing nearly 25% of global burden. Affects women in 30–50 age group, leading to high Years of Life Lost (YLL) and socio-economic disruption in families. High burden in LMICs due to weak screening systems, limited awareness, and poor access to healthcare services. Prevention Strategy Primary Prevention (HPV Vaccination) HPV vaccine introduced in 2006, targeting high-risk strains; currently single-dose provides ~85–90% protection. Over 500 million doses globally, with strong safety record and no adverse impact on fertility or reproductive health. India’s campaign targets girls aged 9–14 years, ensuring early protection before exposure to infection. Secondary Prevention (Screening) Screening tools include Pap smear, HPV DNA test, and Visual Inspection with Acetic Acid (VIA) for early detection of precancerous lesions. India’s screening coverage remains <5%, due to infrastructure gaps, manpower shortages, and low awareness levels. Early-stage detection enables simple outpatient treatment, avoiding complex surgeries and reducing mortality. Governance & Implementation Issues Low screening uptake and weak referral systems result in late-stage diagnosis and poor survival outcomes. Health system constraints in rural areas limit access to screening, diagnostics, and specialised cancer care facilities. Social barriers like stigma, lack of awareness, and gender norms discourage women from seeking preventive care. Poor follow-up compliance after screening reduces effectiveness of early detection programmes. Economic Implications Treatment involves high out-of-pocket expenditure, including surgery, chemo-radiation, and long-term care, pushing families into financial distress. Preventive strategies like vaccination are highly cost-effective, reducing long-term healthcare expenditure and economic burden. Improves female labour participation and productivity, contributing to broader economic development. Social / Ethical Significance Addresses gender inequality in healthcare access, as cervical cancer disproportionately affects poor and marginalised women. Enhances women’s dignity, reproductive health rights, and quality of life, aligning with SDG-3 and SDG-5. Prevents intergenerational poverty cycles, as affected women are key caregivers and economic contributors. Global Best Practices Countries like Australia, UK, Sweden, and Canada have shown significant decline in cervical cancer incidence after widespread HPV vaccination. Australia is projected to eliminate cervical cancer (<4 per 1,00,000 incidence), demonstrating effectiveness of integrated approach. WHO targets: 90% vaccination, 70% screening, 90% treatment by 2030 for global elimination. Way Forward Achieve universal HPV vaccination coverage, especially through school-based programmes and community outreach. Strengthen screening infrastructure and HPV testing, ensuring wider coverage and early detection. Improve treatment accessibility and follow-up systems, particularly in rural and underserved regions. Enhance awareness campaigns to address stigma and improve health-seeking behaviour among women. Integrate services with primary healthcare (Health & Wellness Centres) for last-mile delivery. Prelims Pointers HPV causes cervical cancer; strains 16 & 18 most oncogenic. CIN (precancerous stage) lasts 10–15 years → window for intervention. WHO targets: 90-70-90 strategy for elimination.

Content UAE announces exit from OPEC group The tragedy of recurring Rohingya refugee deaths 9,400 accounts banned for being linked to digital arrests A face of Pompeii Indonesia’s new biofuel push could make cooking oil expensive in India One in eight people in India are sick, the rate of disease has doubled in 30 years UAE announces exit from OPEC group Why in News ? The United Arab Emirates announced its exit from OPEC and OPEC+, amid geopolitical tensions in the Strait of Hormuz and rising global oil prices. Relevance GS II (International Relations) Role of Organization of the Petroleum Exporting Countries, West Asia geopolitics, energy diplomacy GS III (Economy) Global oil pricing, cartel behaviour, energy markets, inflation Practice Question Q. The exit of the UAE from OPEC reflects changing dynamics in global energy governance. Analyse its implications for oil markets and India’s energy security. (250 words) Static Background & Context OPEC (est. 1960) is a cartel of oil-producing countries coordinating production quotas to influence global oil supply and prices. OPEC+ includes OPEC members plus non-members like Russia, formed to stabilise oil markets through coordinated production cuts or increases. Gulf countries like UAE and Saudi Arabia play dominant roles due to their large reserves and spare production capacity. Reasons Behind UAE’s Exit UAE seeks freedom from OPEC production quotas, allowing it to maximise output after heavy investments in domestic oil capacity expansion. Strategic divergence with Saudi Arabia over quota allocation and market strategy has created friction within OPEC. UAE’s broader energy vision includes diversification into renewables, LNG, and long-term market positioning beyond cartel constraints. Rising global demand and supply tightness provide favourable conditions for independent production expansion without cartel coordination. Economic Implications UAE exit weakens OPEC’s ability to control supply and stabilise prices, potentially increasing volatility in global oil markets. Increased UAE production could lead to short-term supply expansion, moderating oil prices despite geopolitical disruptions. However, fragmentation of cartel discipline may lead to price wars or competitive overproduction among members. Geopolitical Implications Signals growing intra-Gulf tensions, particularly between UAE and Saudi Arabia, affecting cohesion of energy alliances. Weakens OPEC+ framework, especially as Russia’s coordination role may diminish amid shifting alliances. Occurs amid West Asia tensions (Iran conflict), increasing uncertainty in global energy supply chains. Reduces collective bargaining power of oil producers in negotiations with major consumers like India, China, and EU. Energy Security Implications for India India, as a major oil importer, may benefit from greater supply diversification and competitive pricing due to cartel fragmentation. However, increased volatility in oil markets may lead to uncertain import bills and inflationary pressures. Highlights need for strategic petroleum reserves and diversification toward renewable energy sources. Governance & Institutional Impact UAE’s exit reflects erosion of cartel cohesion, questioning long-term viability of OPEC as a unified price-regulating body. Demonstrates limits of quota-based governance in a rapidly changing global energy landscape with rising non-OPEC producers (e.g., US shale). Environmental & Energy Transition Dimension While UAE expands oil output, it also invests in clean energy and hydrogen, reflecting a dual strategy of fossil fuel monetisation and energy transition. Increased oil production may delay global decarbonisation efforts, conflicting with climate commitments under global frameworks. Challenges / Concerns Potential for oil market instability and price volatility due to weakened coordination among producers. Risk of geopolitical fragmentation in West Asia, impacting global energy security. Contradiction between fossil fuel expansion and climate goals, raising sustainability concerns. Way Forward Strengthen global energy governance mechanisms beyond cartel structures, ensuring stable and transparent oil markets. Accelerate energy diversification and renewable adoption, especially for import-dependent countries like India. Enhance strategic reserves and hedging mechanisms to mitigate price volatility risks. Promote cooperative frameworks among producers and consumers to ensure long-term energy stability. Prelims Pointers OPEC formed in 1960 to coordinate oil production. OPEC+ includes non-OPEC producers like Russia. Strait of Hormuz is a critical global oil transit chokepoint The tragedy of recurring Rohingya refugee deaths Why in News ? Capsizing of a refugee trawler in the Andaman Sea highlights escalating Rohingya maritime crisis, exposing governance gaps and humanitarian failures across South and Southeast Asia. Relevance GS II (International Relations) Refugee crisis, regional cooperation, ASEAN limitations GS II (Polity) Human rights, non-refoulement principle, absence of refugee law in India Practice Question Q. The Rohingya refugee crisis highlights gaps in regional governance and humanitarian response in South and Southeast Asia. Critically examine. (250 words) Static Background & Core Concepts The Rohingya are a Muslim minority from Rakhine State, rendered stateless under Myanmar’s 1982 Citizenship Law, denying them legal identity and basic rights. The UNHCR defines refugees as persons fleeing persecution, while international protection frameworks are anchored in the 1951 Refugee Convention and 1967 Protocol. India, Bangladesh, and most ASEAN countries are not signatories to the Refugee Convention, leading to absence of legally binding refugee protection mechanisms. Key Facts & Data Nearly 250–280 people onboard, with ~250 feared dead or missing, reflecting high fatality rates in unsafe maritime migration routes. According to UNHCR, 2025 recorded ~900 deaths or missing out of 6,500 crossings, implying ~1 in 7 Rohingya migrants perished, making it the deadliest year. Over 7,00,000 Rohingya fled Myanmar since 2017, with more than 1 million residing in Cox’s Bazar camps in Bangladesh under precarious conditions. Causes of Maritime Migration Structural Drivers Statelessness due to 1982 Citizenship Law deprives Rohingya of education, employment, healthcare, and mobility rights, forcing displacement. Protracted refugee conditions in Bangladesh camps, including overcrowding, funding cuts, and reduced food rations since 2023, push refugees toward risky migration. Economic & Social Drivers Malaysia is perceived as a destination due to informal labour opportunities, diaspora networks, and relatively better socio-economic prospects. Smuggling networks exploit vulnerability, charging high fees and using unseaworthy boats carrying 200+ people for 5–7 day journeys. Governance Vacuum in the Region Absence of binding regional refugee frameworks in South and Southeast Asia leads to ad hoc, inconsistent, and often delayed responses to refugee crises. ASEAN’s 2021 Five-Point Consensus on Myanmar remains ineffective due to non-interference principle and internal divisions among member states. Countries like India, Bangladesh, Thailand, and Malaysia lack formal legal obligations for refugee protection, limiting accountability and coordinated response. Legal & International Perspective In Hirsi Jamaa v. Italy, pushbacks were held to violate international law, reinforcing principle of non-refoulement (no forced return to danger). Unlike Europe’s structured response mechanisms (e.g., rescue missions, asylum frameworks), Southeast Asia lacks institutionalised search-and-rescue or asylum systems. NGOs like Médecins Sans Frontières and SOS Méditerranée play critical roles globally, but similar coordinated humanitarian capacity is limited in the region. Security & Geopolitical Dimensions Rise of Arakan Army control in Rakhine State (2024) has intensified conflict, further displacing populations and destabilising the region. Maritime migration routes raise concerns of human trafficking, organised crime, and regional security risks, necessitating coordinated maritime governance. The crisis affects India’s Act East Policy and regional diplomacy, particularly in Bay of Bengal maritime security architecture. Humanitarian & Ethical Concerns Refugees face life-threatening sea journeys, starvation, dehydration, and prolonged exposure, leading to high mortality rates and human rights violations. Pushbacks and denial of disembarkation violate human dignity and international humanitarian norms, raising ethical questions on state responsibility. Vulnerable groups, including women and children, face heightened risks of exploitation, trafficking, and abuse during migration. Comparison: Mediterranean vs Andaman Crisis Europe’s response includes structured rescue operations (e.g., Operation Mare Nostrum, Operation Sophia), despite political contestation. Southeast Asia lacks institutional coordination, legal obligations, and dedicated rescue mechanisms, resulting in fragmented and delayed responses. Both regions show migration driven by conflict and poverty, but differ significantly in governance capacity and institutional response frameworks. Challenges Lack of legal recognition of refugees in many countries limits access to protection, services, and rights. Weak regional cooperation mechanisms and ASEAN’s non-interference principle hinder effective crisis resolution. Funding constraints for humanitarian agencies reduce food security, healthcare, and basic services in refugee camps. Persistent conflict in Myanmar prevents safe repatriation and long-term solutions. Way Forward Develop a regional refugee protection framework in South and Southeast Asia, ensuring minimum standards for humanitarian response and coordination. Strengthen maritime search-and-rescue mechanisms and anti-trafficking cooperation among Bay of Bengal countries. Enhance international burden-sharing and funding support for refugee-hosting countries like Bangladesh. Address root causes through political resolution in Myanmar and restoration of citizenship rights to Rohingya. Promote adherence to non-refoulement and human rights principles, even in absence of formal treaty obligations. Prelims Pointers Rohingya are stateless due to Myanmar’s 1982 Citizenship Law. UNHCR reported ~900 deaths in 2025 Rohingya sea crossings. ASEAN follows non-interference principle, limiting enforcement capacity. 9,400 accounts banned for being linked to digital arrests Why in News ? In proceedings before the Supreme Court of India, WhatsApp disclosed actions against “digital arrest scams”, while the Ministry of Home Affairs highlighted large-scale financial and psychological impact. Relevance GS III (Internal Security) Cybercrime, digital fraud, role of Indian Cyber Crime Coordination Centre GS III (Science & Tech) AI-based detection, deepfakes, digital platforms governance Practice Question Q. Rising cyber frauds such as digital arrest scams expose regulatory and technological gaps in India’s cyber governance. Examine and suggest measures. (250 words) Static Background & Conceptual Clarity Digital arrest scams involve fraudsters impersonating law enforcement or judicial authorities, coercing victims via video calls or messages into transferring money under threat of fake legal action. These crimes fall under cyber fraud and impersonation offences, governed by the Information Technology Act, 2000 and relevant provisions of the Indian Penal Code (cheating, impersonation). The Indian Cyber Crime Coordination Centre acts as the nodal agency for tackling cybercrime, coordinating between states, law enforcement, and digital platforms. Key Developments WhatsApp identified and banned ~9,400 accounts linked to digital arrest scams, using AI/ML-based detection systems and network-level analysis to dismantle organised cybercrime networks. Investigations revealed transnational scam networks, especially operating from Cambodia, indicating cross-border cybercrime syndicates exploiting digital platforms. The government recorded over 2.41 lakh complaints involving losses of ~₹30,000 crore, reflecting the scale and severity of such cyber frauds in India. Governance & Regulatory Measures Platforms are required to comply with Information Technology Rules, 2021, including safe harbour obligations, content moderation, and identification of unlawful activities. Introduction of SIM binding (linking accounts to physical SIM cards) aims to enhance traceability and accountability of users involved in cybercrimes. Mandatory data retention of deleted accounts for at least 180 days supports law enforcement investigations and strengthens digital evidence collection. Development of systems to identify and label “synthetically generated information (deepfakes)” addresses misuse of AI in impersonation scams. Role of Technology Deployment of AI/ML detection models helps identify impersonation patterns, suspicious behaviour, and coordinated scam networks across platforms. Use of device ID tracking and warning systems enhances early detection and prevention of fraud attempts targeting users. Integration of platform intelligence with government inputs (“seed data”) enables proactive disruption of entire criminal ecosystems rather than isolated accounts. Social & Ethical Implications Digital arrest scams cause not only financial loss but also psychological coercion and trauma, affecting dignity and trust in institutions. Vulnerable groups such as elderly citizens are disproportionately targeted, highlighting digital literacy gaps and social vulnerabilities. Raises concerns about privacy vs surveillance trade-offs, as stronger traceability measures may impact user anonymity and data protection rights. Challenges / Gaps Jurisdictional challenges in tackling cross-border cybercrime networks limit enforcement effectiveness and require international cooperation. Lack of uniform global standards on platform accountability and data sharing complicates coordinated responses to cyber threats. Rapid evolution of deepfake and AI-generated content makes detection and regulation increasingly complex. Low digital awareness among users continues to enable scam success despite technological safeguards. Way Forward Strengthen international cybercrime cooperation frameworks for intelligence sharing and coordinated action against transnational scam networks. Enhance digital literacy campaigns, especially targeting vulnerable groups, to improve awareness about emerging fraud techniques. Develop robust legal frameworks for AI-generated content and deepfakes, ensuring accountability while protecting innovation. Improve real-time coordination between platforms, telecom operators, and law enforcement agencies for faster detection and response. Balance data protection with security needs by aligning measures with principles under Digital Personal Data Protection frameworks. Prelims Pointers I4C operates under the Ministry of Home Affairs for cybercrime coordination. IT Rules, 2021 govern intermediary liability and safe harbour provisions. Digital arrest scams involve impersonation of law enforcement agencies using digital tools. A face of Pompeii Why in News ? Archaeologists at Pompeii Archaeological Park used Artificial Intelligence (AI) to reconstruct the face and final moments of a victim of the AD 79 eruption of Mount Vesuvius. Relevance GS Paper I (History & Culture) Archaeology, heritage conservation (Pompeii case study) GS Paper III (Science & Tech) AI applications in archaeology, digital heritage Practice Question   Q. The use of Artificial Intelligence in archaeology represents a paradigm shift in heritage reconstruction. Discuss its benefits and ethical concerns. (250 words) Static Background & Archaeological Context Pompeii was a prosperous Roman city buried under volcanic ash during the AD 79 eruption, preserving buildings, artefacts, and human remains in exceptional detail. Rediscovered in the 18th century, it is now a UNESCO World Heritage Site and a major source of knowledge about Roman urban life, society, and disaster response. The eruption is classified as a Plinian eruption, characterised by explosive ash columns, pyroclastic flows, and widespread destruction across settlements like Pompeii and Herculaneum. Key Findings of the Study AI reconstruction was based on skeletal remains, contextual artefacts, and forensic data, enabling a realistic visualisation of the victim’s final moments during the eruption. The victim was found holding a terracotta mortar as protection, indicating human behavioural responses to sudden disasters and survival instincts. Associated objects such as bronze coins and a lamp provide insights into mobility, daily life, and escape attempts during the catastrophe. Role of AI in Archaeology AI enables facial reconstruction, pattern recognition, and predictive modelling, enhancing interpretation of incomplete archaeological remains with higher accuracy and detail. It allows creation of immersive visual narratives, making ancient history more accessible for research, education, and public engagement. Integration with 3D modelling, GIS mapping, and remote sensing strengthens archaeological documentation, conservation planning, and digital preservation. Scientific and Technological Significance Demonstrates convergence of forensic anthropology, archaeology, and AI, enabling interdisciplinary approaches to reconstruct past human experiences. Enhances understanding of disaster archaeology, particularly human responses to volcanic eruptions and environmental catastrophes. Supports development of digital heritage ecosystems, aligning with global trends in cultural preservation and technological innovation. Governance & Policy Relevance Highlights importance of technology integration in heritage conservation, aligning with initiatives like India’s digital archaeology and museum modernisation programmes. Reinforces need for ethical guidelines on AI use in cultural heritage, ensuring authenticity, accuracy, and prevention of historical misrepresentation. Encourages global cooperation in heritage preservation using emerging technologies, including UNESCO-led digital documentation efforts. Economic & Tourism Implications Pompeii attracts over 4.3 million visitors annually (2024), demonstrating how technological enhancements can boost cultural tourism and local economies. AI-driven reconstructions can create interactive tourism experiences, increasing engagement and revenue generation in heritage sites. Ethical & Methodological Concerns AI reconstructions may involve interpretative assumptions, raising concerns about historical accuracy and potential bias in representation. Risk of over-reliance on technology overshadowing traditional archaeological methods and contextual analysis. Need for transparency in AI models and datasets used for reconstruction to maintain academic credibility. Way Forward Promote AI-assisted archaeology with interdisciplinary validation, combining technological outputs with expert human interpretation. Develop global ethical standards and protocols for AI use in cultural heritage reconstruction and dissemination. Invest in digital heritage infrastructure, including virtual museums, augmented reality, and archival digitisation. Encourage capacity building and research collaborations between archaeologists, data scientists, and historians. Prelims Pointers Pompeii buried in AD 79 eruption of Mount Vesuvius. Plinian eruption characterised by explosive ash and pyroclastic flows. AI increasingly used in archaeological reconstruction and heritage conservation. Indonesia’s new biofuel push could make cooking oil expensive in India Why in News ? Indonesia’s proposed B50 biodiesel programme (50% palm oil blend) amid rising crude prices is expected to tighten global palm oil supply, directly impacting India’s edible oil imports and inflation dynamics. Relevance GS Paper III (Economy) Edible oil imports, inflation, commodity markets GS Paper III (Environment) Biofuels, food vs fuel debate, sustainability Practice Question Q. Indonesia’s biodiesel expansion has implications beyond energy security, affecting global food markets. Analyse its impact on India’s economy and food security. (250 words) Static Background & Conceptual Clarity Biofuels are renewable fuels derived from biological sources; biodiesel is typically produced from vegetable oils such as palm, soybean, or mustard oil. Blending mandates (e.g., B20, B50) refer to percentage of biofuel mixed with conventional diesel to reduce fossil fuel dependence and emissions. India is the world’s largest importer of edible oils, with palm oil accounting for the largest share due to its affordability and versatility. Indonesia’s B50 Policy: Key Drivers Indonesia aims to reduce crude oil import bill (~$7.8 billion in 2025) by substituting fossil fuels with domestically abundant palm oil-based biodiesel, enhancing energy security. The policy supports domestic palm oil producers by absorbing surplus supply, especially amid tightening export regulations like EU’s deforestation norms targeting palm oil imports. It aligns with Indonesia’s energy transition strategy, including Sustainable Aviation Fuel (SAF) blending targets, signalling diversification into low-carbon transport fuels. Rising global crude prices (above $100/barrel) and geopolitical uncertainties have accelerated the push towards self-reliance in energy and alternative fuels. Impact on Global Vegetable Oil Markets Indonesia accounts for ~50% of global palm oil exports, hence diversion of supply to domestic biodiesel will significantly reduce export availability and tighten global markets. Reduced supply is expected to push up international palm oil prices, affecting countries heavily dependent on imports, especially in Asia and Africa. The shift may trigger spillover demand for alternative oils (soybean, sunflower), further raising global edible oil prices due to interconnected commodity markets. Implications for India Economic Impact India imports ~$8.5 billion worth of palm oil, with over 50% sourced from Indonesia, making it highly vulnerable to supply shocks and price increases. Higher palm oil prices will lead to food inflation, increased household expenditure, and cost escalation in food processing and FMCG sectors. Industrial sectors like soaps, cosmetics, and oleochemicals will face rising input costs, potentially translating into higher consumer prices. Limited Substitution Possibilities Alternatives like sunflower oil (Russia–Ukraine) and soybean oil (Argentina–Brazil) are costlier and involve longer supply chains, increasing logistical and geopolitical risks. Domestic alternatives like mustard oil have limited scalability due to regional consumption patterns and production constraints. Potential Opportunity Rising global prices may incentivise domestic oilseed production, improving farmer incomes and strengthening India’s edible oil value chain in the long run. Why India is a Major Importer of Edible Oils ? Low productivity of oilseeds compared to global benchmarks leads to supply-demand mismatch despite large agricultural base. MSP policies have historically favoured cereals (rice, wheat) over oilseeds, reducing incentives for farmers to diversify cultivation. Rising population and dietary shifts have increased consumption demand, outpacing domestic production growth. Environmental & Climate Debate Biodiesel is climate-positive only if produced sustainably, without expanding into forested or carbon-rich lands, otherwise it may increase emissions. Indonesia’s large existing plantations allow relatively efficient biodiesel production, but further expansion risks deforestation and biodiversity loss. In India, biofuel expansion may lead to land-use conflicts, food security concerns, and water stress, given lower agricultural productivity. Governance & Policy Implications for India Highlights need to strengthen National Mission on Edible Oils (NMEO–Oilseeds) to reduce import dependence and enhance domestic production. Requires diversification of import sources and strategic reserves of edible oils to manage global supply shocks. Emphasises integration of energy policy with food security and trade policy, given growing linkages between biofuels and food commodities. Challenges / Concerns Excessive reliance on imports exposes India to global price volatility and geopolitical risks. Biofuel policies globally may create food vs fuel conflict, impacting affordability and food security in developing countries. Domestic oilseed expansion faces constraints of low yield, fragmented landholdings, and climate vulnerability. Way Forward Boost oilseed productivity through technology, irrigation, and improved seed varieties, aligning with Atmanirbhar Bharat goals. Rationalise MSP and policy incentives to encourage crop diversification towards oilseeds and pulses. Strengthen global trade partnerships and diversify import sources to reduce overdependence on a single country. Promote sustainable biofuel strategies, ensuring balance between energy security, environmental protection, and food security. Prelims Pointers B50 = 50% biodiesel + 50% diesel blend. Indonesia is the largest exporter of palm oil globally (~50% share). India is the largest importer of edible oils, especially palm oil. One in eight people in India are sick, the rate of disease has doubled in 30 years Why in News ? The National Statistical Office released the 80th Round NSS (2025) report on Household Social Consumption: Health, highlighting rising disease burden, demographic disparities, and evolving epidemiological patterns in India. Relevance GS II (Governance) Public health policy, NSS data, healthcare delivery GS III (Economy) Human capital, productivity loss, health expenditure Practice Question Q. India’s rising morbidity reflects an ongoing epidemiological transition with significant policy implications. Analyse the challenges and suggest a comprehensive strategy. (250 words) Static Background & Conceptual Clarity The National Sample Survey (NSS) is India’s flagship socio-economic survey mechanism, periodically collecting large-scale household data on health, employment, consumption, and social indicators for evidence-based policymaking. The survey uses a 15-day recall period for morbidity estimation, capturing short-term illness prevalence, though it may not fully reflect chronic disease burden or long-term health conditions. Morbidity rate refers to the proportion of population reporting illness during a specific period, distinct from mortality, and is crucial for assessing healthcare demand and system preparedness. Key Findings of the NSO Report Around 13.1% of India’s population reported illness within a 15-day period, indicating that nearly one in eight Indians is currently experiencing some form of disease or health condition. Urban morbidity (14.9%) is significantly higher than rural (12.2%), reflecting greater lifestyle diseases, pollution exposure, and possibly better access to diagnosis and reporting mechanisms in urban areas. Women (14.4%) report higher illness than men (11.8%), indicating gender-based vulnerabilities arising from biological factors, unequal access to healthcare, and socio-cultural constraints. Age-wise Disease Distribution Elderly population (60+ years) exhibits extremely high morbidity (42–45%), reflecting ageing-related vulnerabilities, chronic illnesses, and inadequate geriatric healthcare infrastructure in India. Middle-aged group (45–59 years) shows a sharp increase in non-communicable diseases (NCDs) such as diabetes, hypertension, and cardiovascular ailments due to sedentary lifestyles and dietary transitions. Young population (15–29 years) shows relatively low morbidity (~4–5%), but rising incidence of mental health issues and gastrointestinal disorders indicates emerging public health concerns. Children (0–14 years) continue to face infection-dominated disease patterns, including respiratory illnesses, fever, and throat infections, pointing to gaps in sanitation, nutrition, and preventive care. Epidemiological Transition in India India is experiencing a double burden of disease, where communicable diseases coexist with rapidly rising non-communicable diseases, complicating healthcare delivery and resource allocation. There is a clear age-linked transition from infectious diseases in younger populations to lifestyle diseases in older age groups, reflecting economic growth and urbanisation impacts. The emergence of mental health disorders and lifestyle-related risks signals a shift toward more complex and chronic disease profiles requiring long-term care strategies. Long-term Trends (1995–2025 NSS Rounds) Morbidity has increased from ~5.5% in 1995–96 to 13.1% in 2025, indicating more than a twofold rise, driven by both actual disease increase and improved reporting awareness. Urban-rural differences have widened over time, suggesting uneven healthcare access, environmental exposure, and lifestyle transitions across regions. Rising disease reporting also reflects greater health awareness, better diagnostic capacity, and increased health-seeking behaviour among populations. Governance and Policy Implications Rising morbidity underscores the urgent need to strengthen primary healthcare systems under Ayushman Bharat – Health and Wellness Centres (HWCs) for early diagnosis, prevention, and community-level care. Increasing elderly disease burden necessitates dedicated geriatric healthcare policies, long-term care systems, and integration of elderly care into public health planning. Expansion of National Programme for Prevention and Control of NCDs (NPCDCS) is critical to address lifestyle diseases through screening, awareness, and behavioural interventions. Economic Implications Rising disease burden leads to high Out-of-Pocket Expenditure (OOPE), pushing vulnerable households into poverty and undermining financial protection mechanisms in healthcare. Illness among working-age population results in productivity losses, reduced labour participation, and adverse impacts on economic growth and demographic dividend utilisation. Increased healthcare demand necessitates higher public health investment (target ~2.5–3% of GDP) to ensure affordability and accessibility of services. Social Implications Higher morbidity among women highlights gender inequities in nutrition, healthcare access, and caregiving burdens, requiring gender-sensitive health interventions. Disparities across age groups and regions reflect inequitable distribution of healthcare resources and social determinants of health such as sanitation, education, and income. Rising mental health concerns among youth demand integration of psychological services into mainstream healthcare and destigmatisation initiatives. Challenges / Limitations of the Report The 15-day recall period limits capture of chronic illnesses, potentially underestimating long-term disease burden and healthcare needs. Lack of detailed data on untreated illnesses and reasons for non-treatment obscures structural barriers like affordability, accessibility, and awareness gaps. Reliance on self-reported morbidity introduces reporting bias, varying across socio-economic groups and regions with different awareness levels. Way Forward Strengthen preventive healthcare and universal screening programmes, especially for NCDs, to reduce long-term disease burden and healthcare costs. Increase public health expenditure to at least 2.5–3% of GDP, focusing on primary care, infrastructure, and human resources in underserved areas. Integrate mental health services into primary healthcare and expand awareness campaigns to address rising psychological disorders. Improve health data systems with longitudinal tracking and digital health records, enabling better policy design, targeting, and monitoring outcomes. Prelims Pointers NSS health surveys use a 15-day recall period to estimate morbidity. Morbidity refers to illness prevalence, not mortality. Urban India reports higher morbidity rates than rural India.