Content National Mission for Sustainable Agriculture (NMSA) Somnath Temple: Civilisational Resilience, Cultural Continuity, and Governance Model National Mission for Sustainable Agriculture (NMSA) Why in News ? Recent government data (May 2026) highlights expanded coverage and outcomes under NMSA, including ₹2,119.84 crore under Rainfed Area Development (8.5 lakh ha, 14.35 lakh farmers) and ₹26,325 crore under PDMC covering 109 lakh ha. Emphasis on climate-resilient agriculture, micro-irrigation expansion targets (100 lakh ha by 2030), and 2,996 climate-resilient crop varieties reinforces NMSA’s centrality in climate adaptation policy. Relevance GS II (Governance / Social Justice): Agricultural schemes, climate adaptation policy, institutional coordination (ICAR, NRAA) GS III (Economy / Agriculture): Farm income stability, irrigation efficiency, rainfed agriculture, climate-resilient farming Practice Question Discuss the role of National Mission for Sustainable Agriculture (NMSA) in promoting climate-resilient agriculture in India. (15M) Basics / Static Background NMSA (2014-15) launched under National Action Plan on Climate Change (NAPCC) to address climate risks in agriculture, especially in rainfed areas (~60% of net sown area, ~40% food production). Reorganised as sub-mission under Green Revolution – Krishonnati Yojana (2018-19) and later subsumed under PM-RKVY (2022-23) for integrated agricultural development. Issue in Brief Indian agriculture faces high climate vulnerability due to dependence on monsoon, degraded soils, and inefficient water use, particularly in rainfed regions. Fragmented schemes earlier lacked integration of soil, water, and climate adaptation, necessitating a holistic mission-mode approach through NMSA. Core Components and Interventions Rainfed Area Development (RAD) Promotes Integrated Farming Systems (IFS) combining crops, livestock, fisheries, and horticulture to diversify income and reduce climate risk. Covers 8.50 lakh hectares, benefiting 14.35 lakh farmers, with ₹343.86 crore allocation (2025–26) and emphasis on agro-climatic adaptability. Per Drop More Crop (PDMC) Focuses on micro-irrigation (drip and sprinkler) to enhance water-use efficiency and productivity. Achieved 109 lakh hectares coverage with ₹26,325 crore assistance, with target of 100 lakh hectares (2025–30) requiring ~20 lakh ha/year expansion. Soil Health Management (SHM) + Soil Health Card (SHC) Promotes balanced nutrient management and soil fertility restoration through scientific advisories. 97.53 lakh samples collected, 92.87 lakh tested (2025-26); cumulative 25.79 crore Soil Health Cards issued guiding fertiliser use. Supporting Institutional Mechanisms National Rainfed Area Authority (NRAA) provides policy and technical guidance for dryland agriculture. Indian Council of Agricultural Research (ICAR) through NICRA (2011) develops climate-resilient technologies and capacity building. Soil and Land Use Survey of India (SLUSI) prepares village-level soil fertility maps (6,954 villages identified; 2,023 completed) for precision agriculture. Scientific and Technological Interventions Development of 2,996 climate-resilient crop varieties (2014–2025) under National Agricultural Research System. Promotion of climate-smart practices: Direct seeded rice Zero-till wheat Crop residue management Stress-tolerant crop varieties NICRA vulnerability mapping across 651 districts, identifying 310 highly vulnerable districts, with 448 climate-resilient villages in 151 districts. Economic and Social Significance Enhances farm income stability through diversification (IFS) and resource efficiency. Reduces input costs (fertilizers, water) through precision agriculture and SHC-based advisories. Strengthens food security and rural livelihoods, particularly in rainfed and marginal areas. Environmental Significance Promotes sustainable water use through micro-irrigation, reducing groundwater depletion. Improves soil health and carbon sequestration, contributing to climate mitigation. Supports ecosystem-based agriculture, reducing land degradation and enhancing resilience to extreme weather events. SDG Linkages SDG 2 (Zero Hunger): Sustainable food production via RAD and SHM. SDG 6 (Clean Water): Efficient water use through PDMC. SDG 13 (Climate Action): Climate-resilient farming systems and risk mitigation strategies. Data & Evidence   60% of India’s net sown area is rainfed; contributes ~40% food output. 109 lakh hectares under micro-irrigation (PDMC). 25.79 crore Soil Health Cards issued. 2,996 climate-resilient crop varieties released. 310 districts identified as highly climate vulnerable. Challenges Slow adoption of micro-irrigation due to high initial costs and fragmented landholdings. Limited awareness and utilisation of Soil Health Cards at farm level. Weak last-mile extension services and capacity gaps in climate-resilient technologies. Inadequate integration with market linkages and crop insurance schemes. Climate variability outpacing current adaptation measures in vulnerable regions. Way Forward Scale up micro-irrigation with targeted subsidies and community irrigation models for small farmers. Strengthen digital agriculture platforms (AI-based advisories, soil-health apps) for better decision-making. Integrate NMSA with PMFBY (crop insurance) and e-NAM for risk mitigation and market access. Expand climate-resilient villages and district-level contingency plans for localized adaptation. Promote public-private partnerships in agri-tech and precision farming. Prelims Pointers NMSA launched in 2014 under NAPCC. Key components: RAD, PDMC, SHM. Indian Coast Guard NOT related (trap). NICRA by ICAR (2011) supports climate resilience. Soil Health Cards → nutrient-based fertiliser recommendation. Mains Enrichment Introductions “Climate change poses a systemic risk to Indian agriculture, necessitating integrated missions like NMSA for resilience and sustainability.” “NMSA represents India’s transition from input-intensive agriculture to climate-smart, resource-efficient farming.” Conclusions “Sustainable agriculture in India hinges on integrating water, soil, and climate strategies through mission-mode governance.” “Scaling NMSA with technology, institutional reforms, and farmer participation is critical for future food security.” Value Addition Key Concept: Climate-resilient agriculture = productivity + sustainability + risk mitigation. Example: IFS under RAD reduces income volatility compared to monocropping systems. Somnath Temple: Civilisational Resilience, Cultural Continuity, and Governance Model Why in News ? 75 years of reopening (1951–2026) and 1000 years since first attack (1026) marked through Somnath Swabhiman Parv, highlighting Somnath as a symbol of civilisational resilience and cultural revival. High-level visit and national commemoration underline heritage-led nation-building and cultural diplomacy. Relevance GS I (Art & Culture / History): Temple architecture, Jyotirlinga tradition, civilisational continuity, historical resilience GS I (Society): Cultural identity, collective memory, role of religion in society Practice Question Somnath Temple symbolises civilisational resilience in India. Examine its historical and cultural significance. (15M) Basics / Static Background Somnath Temple is the first among the 12 Jyotirlingas of Lord Shiva, mentioned in Shiva Purana and Dwadasha Jyotirlinga Stotram. Located at Prabhas Patan (Saurashtra coast, Gujarat) along the Arabian Sea, symbolising sacred geography + maritime cultural linkages. Associated with Lord Shiva, Chandra (Moon God), and Krishna tradition, reflecting syncretic religious heritage. Historical Evolution and Civilisational Significance First recorded destruction in 1026 CE, followed by repeated invasions until 18th century, yet consistently rebuilt by rulers like Kumarapala and Ahilyabai Holkar, indicating continuity of faith. Post-independence reconstruction led by Sardar Vallabhbhai Patel (1947), symbolising restoration of cultural confidence after colonial rule. Consecrated in 1951 by Dr. Rajendra Prasad, marking civilisational resurgence + state neutrality with cultural affirmation. Cultural and Spiritual Importance Ranked first among Jyotirlingas, reflecting primacy in Shaivite tradition and pan-India pilgrimage circuits. Annual footfall of 92–97 lakh devotees, with 13.77 lakh participating in Bilva Pooja, showing its continued relevance as a living religious institution. Represents “faith beyond destruction”, embodying India’s cyclical cultural renewal model rather than linear historical decline. Architectural and Heritage Features Built in Kailash Mahameru Prasad style, symbolising classical temple architecture revival. Key features: 150-ft shikhara with 10-tonne kalash 1,666 gold-plated kalash, 14,200 dhwajas Garbhagriha, Sabha Mandap, Nritya Mandap Located along coastline, representing fusion of sacred architecture with natural geography. Environmental and Sustainability Initiatives Declared Swachh Iconic Place (2018); promotes circular economy practices: Temple flowers → vermicompost Plastic waste → paver blocks (4,700/month) Rainwater harvesting treating ~30 lakh litres/month, enhancing water sustainability. Miyawaki forest: 7,200 trees absorbing ~93,000 kg CO₂ annually, contributing to climate action. Way Forward Promote sustainable pilgrimage management (carrying capacity, green infrastructure). Integrate Somnath into national heritage circuits (PRASHAD, Swadesh Darshan) for balanced regional development. Strengthen digital heritage preservation and global outreach through virtual tourism and archives. Encourage community participation and local livelihoods through heritage-based economy. Prelims Pointers Somnath = 1st Jyotirlinga, located in Gujarat (Prabhas Patan). Rebuilt in 1951, led by Sardar Patel. Style: Kailash Mahameru Prasad architecture. Associated with Chandra (Moon God) legend. Mains Enrichment Introductions “Somnath Temple stands as a powerful symbol of India’s civilisational resilience, reflecting continuity of faith despite repeated historical disruptions.” “The reconstruction of Somnath represents not merely a religious act but a reaffirmation of India’s cultural identity in the post-independence era.” Conclusions “Somnath exemplifies how heritage can act as a driver of cultural unity, economic development, and sustainable governance.” “India’s future lies in preserving its civilisational roots while adapting them to contemporary developmental and environmental needs.” Value Addition Key concept: Cultural resilience = continuity despite disruption. Example: Somnath’s repeated reconstruction → symbol of India’s enduring civilisational identity.

Content The elephant in India’s data room From 1857 to today, power writes the story The elephant in India’s data room Why in News ? Recent parliamentary sessions show MPs frequently asking basic factual questions (toilets, pensions, beneficiaries), indicating lack of standardised, accessible public data systems. NITI Aayog (2025) flagged fragmentation and duplication, renewing focus on data governance reforms. Relevance GS II (Governance / Polity): Data governance, parliamentary accountability, institutional coordination (NITI Aayog, MoSPI) GS III (Economy): Data as a public good, efficiency in welfare delivery, digital economy, resource allocation Practice Questions “India’s data ecosystem suffers from abundance without usability.” Critically examine the challenges of data standardisation in India. (15M) Basics / Static Background Data standardisation refers to uniform definitions, formats, and protocols enabling interoperability across datasets. Key institutions include NITI Aayog and Ministry of Statistics and Programme Implementation, supported by platforms like NDAP and data.gov.in. Issue in Brief Despite massive data generation, India faces low usability due to fragmentation and inconsistent definitions, limiting evidence-based policymaking. Parliamentary oversight is diluted as MPs focus on data retrieval instead of analytical scrutiny, reflecting deeper structural issues in governance data architecture. Key Problems in Data Ecosystem Fragmented systems: Ministries use non-uniform definitions of time, geography, and indicators, preventing seamless data integration and comparison across sectors. Duplication and leakages: Welfare databases often include duplicate beneficiaries, leading to 4–7% fiscal leakages annually, affecting targeting efficiency and resource allocation. Conflicting datasets: Multiple databases record same indicators differently (e.g., TB cases), causing inconsistent estimates and policy confusion, weakening trust in official statistics. Low usability: Data exists in silos and non-standard formats, making it difficult for policymakers and Parliament to access actionable insights. Global credibility gaps: Missing and outdated indicators in indices like Global Innovation Index reduce international credibility and comparability of India’s performance. Data & Evidence Removal of 17.1 million PM-KISAN beneficiaries → ₹90 billion savings (FY2024). Removal of 35 million LPG connections → ₹210 billion savings (2 years). Removal of 16 million ration cards → ₹100 billion annual savings. OECD: Improved data sharing can add 1.5%–2.5% to GDP, highlighting economic value of data governance. Governance Implications Weak data systems reduce effectiveness of parliamentary accountability, as debates focus on facts rather than policy evaluation. Leads to policy distortions and reliance on anecdotal evidence, weakening evidence-based decision-making. Increases fiscal inefficiency and leakages, affecting welfare delivery and public trust in governance institutions. Economic Implications Poor data governance leads to inefficient allocation of resources and higher transaction costs, affecting growth outcomes. Limits development of data-driven economy and innovation ecosystem, crucial for Industry 4.0 and digital governance. Undermines India’s ambition of becoming a $5 trillion economy, where high-quality data is a key production factor. Government Initiatives National Data Governance Framework Policy (NDGFP) aims to standardise data and improve accessibility across ministries and states. Proposed India Data Management Office (IDMO) to set standards, ensure compliance, and resolve inter-agency data disputes. National Data and Analytics Platform (NDAP) provides unified access to datasets, improving transparency and usability. Data Governance Quality Index (DGQI) benchmarks performance of states and ministries on data quality and governance. Challenges Institutional silos and lack of coordination among ministries hinder standardisation efforts. Absence of statutory authority for IDMO limits enforcement of common standards and protocols. Limited capacity and data literacy at state and local levels affects data quality and usage. Concerns regarding data privacy, security, and misuse complicate integration efforts. Way Forward Grant statutory powers to IDMO to enforce data standards, audits, and compliance across ministries and states. Develop a National Statistical Standards Manual aligned with global frameworks like SNA for consistency. Upgrade data.gov.in into a real-time, standardised repository with district-level disaggregated data. Integrate databases using unique identifiers with safeguards to eliminate duplication and improve targeting. Link DGQI rankings with incentives and performance reviews to encourage competitive data governance improvements. Prelims Pointers NDGFP → Data governance reform framework. IDMO → Proposed central authority for data standardisation. NDAP → Unified data platform. Data standardisation ensures interoperability and comparability across datasets. Mains Enrichment Introductions “India’s data paradox lies in abundance without usability, undermining evidence-based governance.” “Standardised data systems form the backbone of modern governance and accountability.” Conclusions “Data standardisation is foundational to transparency, efficiency, and fiscal prudence in governance.” “A robust data ecosystem is essential for India’s transition to a data-driven, $5 trillion economy.” Value Addition Key Insight: “Data is the grammar of governance” — standardisation ensures coherence in policy design and implementation. From 1857 to today, power writes the story Why in News ? Renewed discourse on historical narratives and information power highlights how colonial accounts of Revolt of 1857 shaped perceptions, with parallels in modern media, corporate communication, and geopolitical framing of conflicts and dissent. Relevance GS I (Modern History): Revolt of 1857, historiography, colonial vs nationalist interpretations Practice Questions “The Revolt of 1857 was as much a battle of narratives as a political uprising.” Critically analyse. (15M) Basics / Static Background The Revolt began on 10 May 1857 at Meerut, spreading across North India as a multi-class uprising involving sepoys, peasants, rulers, and artisans, driven by economic exploitation, annexation policies, and cultural-religious grievances under East India Company rule. Issue in Brief Colonial narratives framed the revolt as a “mutiny” driven by irrational sepoys, ignoring structural causes like economic exploitation and social disruption. This demonstrates how power constructs narratives to legitimise authority and marginalise resistance voices. Colonial Narrative Construction Early British press (e.g., The Times, London) denied systemic grievances, portraying the revolt as isolated unrest without legitimate causes, thereby masking decades of economic extraction, political subjugation, and cultural interference under colonial rule. Later reporting focused disproportionately on violence against Europeans, while ignoring structural violence like exploitative taxation, forced cropping patterns, and deindustrialisation, creating a selective and biased representation of events. Causes of revolt were attributed to “fanaticism” and “credulity”, delegitimising Indian agency and reducing complex socio-economic resistance to irrational behaviour, thereby justifying colonial suppression and moral superiority narratives. Role of Media and Culture Victorian theatre productions like Storming of Delhi at Astley’s Amphitheatre transformed the revolt into imperial spectacle, portraying British officers as heroic figures and Indians as chaotic masses, reinforcing emotional legitimacy of empire among British audiences. Such cultural representations institutionalised imperial ideology, ensuring that public memory in Britain viewed 1857 as a justified suppression of disorder rather than a legitimate anti-colonial uprising. Structural Bias and Omission Colonial narratives ignored systemic issues such as drain of wealth, collapse of artisan industries, and oppressive land revenue systems, reframing resistance as a law-and-order issue rather than a response to structural exploitation and governance failure. By excluding Indian perspectives, colonial accounts created a monolithic narrative, marginalising subaltern voices and shaping historiography in favour of imperial legitimacy for decades. Long-Term Implications The term “Sepoy Mutiny” became dominant in global discourse, minimising the revolt’s national, social, and economic dimensions, and delaying its recognition as a broad-based anti-colonial movement. Demonstrates how control over narrative influences historical memory, identity formation, and legitimacy of power structures across generations. Contemporary Relevance Modern power structures—state and corporate—use framing like “collateral damage”, “security operations”, or “market reforms” to obscure structural inequalities and justify policies, reflecting continuity of narrative control mechanisms. Resistance movements (farmers, workers, indigenous groups) are often labelled irrational, extremist, or anti-development, echoing colonial patterns of delegitimising dissent instead of addressing root causes. Governance and Ethical Dimensions Narrative control affects policy legitimacy, democratic accountability, and public perception, raising concerns about propaganda, misinformation, and suppression of alternative viewpoints in democratic societies. Emphasises importance of pluralism, transparency, and freedom of expression (Article 19) in ensuring balanced discourse and inclusive policymaking. Challenges Persistence of Eurocentric historiography and colonial archives limits representation of indigenous perspectives. Difficulty in reconstructing subaltern voices due to lack of documentation and institutional bias. Contemporary media ecosystems influenced by state and corporate interests, risking distortion of narratives. Way Forward Promote multi-perspective historiography, incorporating regional, subaltern, and interdisciplinary approaches to reconstruct balanced narratives. Strengthen independent media, academic freedom, and archival access, ensuring transparency and diversity in knowledge production. Enhance critical media literacy among citizens to question dominant narratives and recognise bias in information systems. Prelims Pointers Revolt began in Meerut (1857). Immediate cause: greased cartridges controversy. Key centres: Delhi, Kanpur, Lucknow, Jhansi. British termed it “Sepoy Mutiny”. Mains Enrichment Introductions “The Revolt of 1857 illustrates how history is shaped as much by narratives as by events themselves.” “Control over narrative is a critical dimension of power, influencing both historical memory and contemporary policy discourse.” Conclusions “Reinterpreting 1857 through inclusive perspectives is essential for decolonising history and strengthening democratic understanding.” “In both colonial and contemporary contexts, challenging dominant narratives is key to ensuring justice, accountability, and informed governance.” Value Addition Key Concept: Narrative power = ability to define legitimacy and shape perception. Insight: From colonial historiography to modern media framing, control of narratives remains central to power structures.  

Content DRDO, IAF conduct maiden trial of TARA glide weapon NITI Aayog flags low student retention, learning outcomes NCRB “Crime in India 2024” Report: Internal Security & Digital Transition Project Freedom: Strait of Hormuz Crisis & Geopolitics Rusty-Spotted Cat in Aravallis: Urban Biodiversity & Conservation Signal DRDO, IAF conduct maiden trial of TARA glide weapon Why in News? The DRDO and Indian Air Force successfully conducted the maiden flight trial of TARA off the Odisha coast, marking a major step in indigenisation of precision-guided munitions and low-cost aerial warfare capabilities. Relevance GS III (Defence / Internal Security): Precision-guided munitions, air power modernisation, stand-off weapons GS III (Science & Technology): Avionics, guidance systems (INS/GPS), indigenous defence R&D Practice Question  Discuss the significance of indigenous precision-guided munitions like TARA in enhancing India’s military capabilities. (15M) Basics TARA (Tactical Advanced Range Augmentation) is India’s first indigenous glide bomb kit, designed to convert unguided conventional bombs into precision-guided munitions, enhancing accuracy, range, and operational effectiveness in modern warfare. Developed by Research Centre Imarat (RCI) under DRDO, it functions as a modular range extension kit, similar to global systems like JDAM, enabling cost-effective upgrades of existing arsenal without developing entirely new weapons. Key Features TARA uses aerodynamic glide technology and guidance systems to extend the strike range of conventional bombs, allowing aircraft to engage targets from safer stand-off distances, reducing exposure to enemy air defence systems. The system is modular and scalable, enabling integration with multiple types of warheads and platforms, thereby enhancing flexibility across different combat scenarios and mission requirements. Strategic Significance Enhances India’s precision-strike capability, allowing accurate targeting of ground-based assets such as bunkers, infrastructure, and military installations with reduced collateral damage. Supports Atmanirbhar Bharat in defence, reducing dependence on imported precision-guided munitions and strengthening domestic defence manufacturing ecosystem. Operational Advantages Converts low-cost unguided bombs into high-precision weapons, significantly reducing cost per strike compared to expensive guided missile systems, improving cost-efficiency in sustained conflicts. Enables stand-off engagement, allowing fighter aircraft to launch weapons from beyond enemy radar and missile range, enhancing survivability and mission success rates. Technological Dimension Incorporates navigation and control systems (likely INS/GPS-based guidance), enabling real-time trajectory correction and improved targeting accuracy under diverse battlefield conditions. Demonstrates India’s growing capability in smart weapon systems, avionics integration, and advanced materials engineering, bridging the gap with global military technologies. Challenges Ensuring precision accuracy in GPS-denied or electronic warfare environments remains a challenge, requiring development of resilient navigation systems. Integration across diverse aircraft platforms and scalability for mass production may require further testing, standardisation, and industrial capacity expansion. Way Forward Develop multi-mode guidance systems (INS + IR + satellite-independent navigation) to ensure effectiveness in contested environments with electronic interference. Expand production under public-private partnerships, enabling rapid deployment and reducing costs through economies of scale. Integrate with network-centric warfare systems and C4ISR architecture for real-time targeting and enhanced battlefield situational awareness. Prelims Pointers TARA = Indigenous glide bomb kit. Developed by DRDO (RCI). Converts unguided bombs → precision-guided weapons. Tested off Odisha coast. NITI Aayog flags low student retention, learning outcomes Why in News ? A recent report by NITI Aayog, titled “School Education System in India: Temporal Analysis and Policy Roadmap”, highlights India’s achievement of near-universal primary enrolment but flags serious concerns regarding secondary-level dropouts and declining learning outcomes, shifting focus from access to quality. Relevance GS II (Education / Governance): School education system, RTE, NEP 2020, policy reforms GS I (Society): Inequality, dropout rates, gender and socio-economic barriers Practice Question  India has achieved near-universal enrolment but faces a learning crisis. Analyse. (15M) Basics India’s school education system comprises 14.71 lakh schools and 24.69 crore students, governed by the Right to Education Act (2009), which guarantees free and compulsory education for children aged 6–14 years, forming the backbone of universal schooling efforts. Data systems like UDISE+ provide nationwide statistics on enrolment, infrastructure, and performance, while NEP 2020 aims to reform the sector through foundational literacy and numeracy (FLN), holistic education, and integration of technology into teaching-learning processes. Issue in News Despite near-universal access at the primary level, India faces a “leaky pipeline”, where 4 out of 10 students drop out before completing higher secondary education, indicating deep structural, financial, and institutional barriers affecting student retention. The system exhibits a “pyramid structure”, with 7.3 lakh primary schools shrinking to only 1.64 lakh higher secondary schools, severely limiting access to advanced education and creating bottlenecks in progression. Structural & Institutional Gaps Only 5.4% of schools offer continuous education from Grade 1 to 12, forcing students to shift institutions multiple times, disrupting learning continuity and increasing dropout risks, particularly for girls and economically weaker sections. Approximately 7,993 schools report zero enrolment, yet continue to receive financial and human resources, reflecting data inaccuracies, ghost infrastructure, and weak governance mechanisms in educational planning and monitoring systems. Infrastructure Deficit As per UDISE+ 2024-25, around 1.19 lakh schools lack functional electricity, limiting digital education initiatives, classroom efficiency, and overall learning conditions, especially in rural and remote regions. While drinking water access improved from 96.5% (2014) to 99% (2025), nearly 14,505 schools still lack functional water sources and 59,829 lack handwashing facilities, affecting hygiene, health, and student attendance. Learning Outcomes Crisis Despite increased enrolment, learning outcomes have stagnated or declined, with Grade 8 reading proficiency falling from 74.7% (2014) to 71.1% (2024), indicating systemic issues in teaching quality and curriculum delivery. Only 45.8% of Grade 8 students can solve basic division problems, highlighting a severe deficit in foundational numeracy skills, which undermines higher-order learning and long-term human capital development. Emerging Policy Concerns The introduction of AI and Computational Thinking from Grade 3 reflects forward-looking reforms, but lack of teacher training, infrastructure readiness, and ethical frameworks may lead to over-dependence on technology and reduced independent thinking among students. Way Forward Implement “cylindrical schooling” through composite schools covering Grades 1–12, ensuring seamless transition, reducing dropout rates, and improving educational continuity across different stages of schooling. Extend financial and policy support beyond RTE’s age limit (14 years) through scholarships, transport support, and digital access to address economic barriers affecting secondary and higher secondary education participation. Strengthen data governance through real-time monitoring and audits, eliminating ghost schools and improving accuracy in planning, resource allocation, and policy implementation at national and state levels. Prioritise foundational literacy and numeracy (FLN) through targeted interventions, teacher training, and assessment reforms, ensuring that access to schooling translates into meaningful learning outcomes. Prelims Pointers RTE Act (2009) ensures free education for 6–14 years. UDISE+ is India’s official school data system. Pyramid structure = high primary enrolment, low secondary retention. Composite schools aim to integrate Grades 1–12 under one institution. NCRB “Crime in India 2024” Report: Internal Security & Digital Transition Why in News ? The National Crime Records Bureau released Crime in India 2024, reporting a 6% decline in cognisable crimes (58.85 lakh cases) but a sharp 17% rise in cybercrime (1.01 lakh cases), signalling a structural shift toward digital criminality. Relevance   GS III (Internal Security): Cybercrime, digital policing, national security threats Practice Question  Cybercrime is emerging as a major internal security challenge in India. Analyse. (15M) Key Statistical Snapshot Total cognisable crimes declined from 62.41 lakh (2023) to 58.85 lakh (2024); crime rate reduced from 448.3 to 418.9 per lakh population, lowest since 2019, partly due to legal reclassification under Bharatiya Nyaya Sanhita. The ‘hurt’ category decline by 30.58% (6.36 lakh → 4.41 lakh) artificially reduced aggregate crime figures, indicating statistical distortion due to definitional/legal changes rather than actual reduction in criminal behaviour. Trends in Conventional Crimes Murder cases declined by 2.4%, with disputes as primary motive; kidnapping decreased by 15.4%, and property crimes like theft (-9.8%) and robbery (-13%) declined, suggesting improved traditional policing and deterrence mechanisms. However, economic offences rose by 4.6%, indicating increasing sophistication in financial crimes, especially fraud and cheating linked to expanding digital financial systems and weak enforcement capacity. Crimes Against Vulnerable Sections Crimes against children increased by 5.9%, with kidnapping and POCSO offences dominating; crime rate rose to 42.3 per lakh, highlighting persistent vulnerabilities in child protection frameworks. Crimes against women declined marginally by 1.5%, but remain high at 64.6 per lakh, with domestic violence (‘cruelty by husband/relatives’) continuing as the dominant category. Senior citizen crimes surged by 16.9%, reflecting rising financial fraud and vulnerability of elderly populations, especially in urban and digitally exposed environments. Social Vulnerability Indicators Juveniles in conflict with law increased by 11.2%, with 77.7% in 16–18 age group, indicating socio-economic stress, peer influence, and inadequate rehabilitation frameworks. Missing persons (+7.3%) and missing children (+7.8%) indicate ongoing trafficking risks, weak surveillance systems, and gaps in law enforcement coordination across states. Cybercrime: The Emerging Internal Security Threat Cybercrime increased by 17% (1.01 lakh cases), with crime rate rising from 6.2 to 7.3 per lakh, making it the fastest-growing category of crime in India. Over 70% of cybercrimes are fraud-driven, including AI-enabled phishing, voice cloning, deepfakes, and investment scams, reflecting weaponisation of emerging technologies. Emergence of “Digital Arrest” scams, where criminals impersonate law enforcement to extort victims, highlights psychological manipulation and lack of digital awareness among citizens. Structural Drivers of Cybercrime Surge Digital Public Infrastructure expansion (UPI, Aadhaar) has increased attack surface without proportional strengthening of Zero-Trust security frameworks, making financial ecosystems highly vulnerable. Low digital literacy (≈38% households) creates a weak “human firewall”, enabling social engineering attacks and fraud exploitation across rural and semi-urban populations. Rise of organised cybercrime hubs (Jamtara, Mewat) using mule accounts, forged SIMs, and VoIP networks indicates institutionalisation of cyber fraud ecosystems. Critical Infrastructure & Security Risks Increasing cyberattacks on Critical Information Infrastructure (CII) such as power grids, telecom, and election systems; 68 lakh attack attempts recorded during elections highlight national security implications. Threat of state-sponsored cyber warfare (APTs) and AI-enabled cyber tools raises concerns over digital sovereignty, espionage, and large-scale disruption potential. Governance & Institutional Challenges “Police” being a State subject leads to fragmented cyber policing capacity, with uneven expertise and infrastructure across states, limiting response to borderless cyber threats. Despite Indian Cyber Crime Coordination Centre, shortage of cyber forensic experts, ethical hackers, and investigative capacity creates backlog and low conviction rates. Regional & Urban Patterns Telangana recorded highest cybercrime rate, followed by Karnataka and Maharashtra, reflecting correlation between IT penetration and digital crime exposure. Delhi ranked worst in violent crimes among metros, while Bengaluru recorded highest suicide rate (20 per lakh), indicating urban stress and governance challenges. Way Forward Establish a dedicated cyber cadre within police forces with lateral entry of domain experts in AI, forensics, and cybersecurity to address specialised nature of digital crimes. Strengthen I4C into a statutory national agency for seamless inter-state coordination and unified response to cross-border cybercrime networks. Integrate AI-driven predictive policing and threat analytics, targeting mule accounts, fraud hubs, and suspicious digital behaviour patterns in real-time. Enhance digital literacy through National Digital Hygiene Mission, focusing on behavioural awareness against scams like digital arrest and phishing. Prelims Pointers NCRB established in 1986 under MHA. Publishes: Crime in India, ADSI, Prison Statistics. Cybercrime share rising rapidly. CCTNS connects 15,000+ police stations. Project Freedom: Strait of Hormuz Crisis & Geopolitics Why in News ? The U.S. temporarily paused Project Freedom amid Pakistan-mediated diplomacy with Iran and backlash from Gulf allies, highlighting tensions over reopening the Strait of Hormuz and risks of escalation in West Asian geopolitics. Relevance GS II (International Relations): West Asia geopolitics, maritime security, India’s energy diplomacy GS III (Economy): Energy security, global oil trade, supply chain vulnerability Practice Question Analyse the geopolitical significance of the Strait of Hormuz in global energy security. (15M) Basics Project Freedom is a U.S. military-humanitarian mission launched in early May 2026 to escort stranded merchant vessels and restore maritime traffic disrupted by an Iranian blockade in the Persian Gulf. The Strait of Hormuz is a critical chokepoint connecting the Persian Gulf to the Gulf of Oman, handling nearly 20% of global oil trade, making it vital for global energy security and trade flows. Core Objectives Humanitarian evacuation: Aims to rescue approximately 23,000 civilians from 87 countries stranded on ships due to prolonged blockade conditions in the Persian Gulf, highlighting humanitarian dimensions of maritime crises. Restoration of commerce: Seeks to restart global shipping flows through Hormuz, stabilising oil markets and preventing disruptions in international supply chains dependent on uninterrupted energy transport routes. Security assurance: Establishment of an Enhanced Security Area by US Central Command to protect neutral vessels from drones, mines, and asymmetric maritime threats. Military Dimensions Deployment of guided-missile destroyers, aircraft carriers, and over 100 aircraft (F-16, F-35, helicopters) provided continuous surveillance and protection, reflecting high-intensity maritime security operations. Use of multi-domain unmanned platforms indicates shift toward network-centric warfare and integrated defence systems, enhancing situational awareness and response capability in contested maritime zones. Issue in Brief The mission was paused within days due to lack of coordination with Gulf allies and fears of escalation, exposing fragility of unilateral interventions in complex geopolitical environments and highlighting need for diplomatic consensus. Geopolitical Dynamics Gulf countries like Saudi Arabia and Kuwait denied airspace access, reflecting concerns about escalation and lack of prior consultation, indicating erosion of trust in U.S.-GCC relations. Divergence within GCC intensified after UAE’s exit from OPEC, revealing fragmented regional alignments and weakening collective strategic response to crises in West Asia. Iran Factor Iran’s blockade and use of naval mines and drones demonstrate its capacity for asymmetric maritime warfare, enabling disruption of global trade despite conventional military disadvantages. Targeting of strategic infrastructure such as Fujairah underscores potential for regional escalation and broader economic disruptions. Economic Implications Disruptions in Hormuz threaten global energy supply chains, leading to volatility in oil prices, inflationary pressures, and economic uncertainty across both developed and developing economies. Highlights vulnerability of global trade to chokepoint disruptions, emphasising need for diversified energy routes and resilient supply chains. Implications for India India depends heavily on oil imports via Hormuz, making disruptions critical for energy security, inflation management, and fiscal stability in the domestic economy. Large Indian diaspora in Gulf region necessitates preparedness for evacuation and diplomatic engagement during regional crises. Governance & Security Lessons Emphasises need for multilateral coordination and regional consultation in maritime security operations rather than unilateral military actions that may trigger unintended escalation. Highlights importance of balancing military response with diplomacy in conflict-prone regions to maintain stability. Challenges High risk of escalation and miscalculation in narrow maritime chokepoints with multiple actors and overlapping interests. Lack of coordination among allies reduces operational effectiveness and increases geopolitical uncertainty. Persistent threats from mines, drones, and hybrid warfare complicate safe navigation. Way Forward Strengthen multilateral maritime security frameworks involving regional and global stakeholders for coordinated response to crises. Enhance diplomatic engagement and conflict resolution mechanisms to stabilise West Asia. Diversify energy sources and expand strategic petroleum reserves to reduce vulnerability to chokepoint disruptions. Prelims Pointers Strait of Hormuz connects Persian Gulf to Gulf of Oman. Handles nearly 20% of global oil trade. CENTCOM manages U.S. operations in Middle East. Key threats include mines, drones, and fast boats. Rusty-Spotted Cat in Aravallis: Urban Biodiversity & Conservation Signal Why in News ? First photographic evidence of breeding of Rusty-spotted cat in Aravalli (Delhi-NCR) confirms a resident population, highlighting ecological resilience of urban-fringe habitats despite rapid urbanisation pressures in Haryana’s Faridabad-Gurgaon landscape. Relevance GS III (Environment): Biodiversity conservation, urban ecosystems, wildlife protection GS I (Geography): Aravalli range, desertification barrier Practice Question Urban landscapes are emerging as important biodiversity habitats. Discuss with examples. (15M) Basics  The rusty-spotted cat is one of the smallest wild cats globally (35–48 cm), native to India, Nepal, Sri Lanka, with nocturnal, elusive behaviour and low population density, making sightings rare and scientifically significant. Conservation status: Near Threatened (IUCN Red List) and protected under Schedule I of Wildlife (Protection) Act, 1972, indicating highest legal protection similar to flagship species like tiger and elephant. Issue in Brief Discovery indicates that urban-fragmented landscapes can sustain sensitive wildlife, challenging earlier assumption that such species survive only in dense forests, while also exposing risks from habitat fragmentation and unplanned urban expansion. Key Findings First confirmed mother-and-kitten sighting (July 2025, Faridabad) establishes active breeding, not just transient presence, indicating ecological viability of Aravalli ecosystem for small carnivores. Multiple sightings across 20–30 locations suggest stable or growing population, signalling importance of scrub forests and mosaic landscapes for biodiversity conservation. Ecological Significance The Aravallis function as a biodiversity corridor and barrier against desertification, supporting dry deciduous and thorn scrub ecosystems that provide prey base and shelter for small carnivores. Presence of apex small predators indicates healthy trophic balance, reflecting ecosystem integrity even in human-modified landscapes. Behavioural Overview Observations show adaptability to human-modified habitats, including use of urban tree species and proximity to settlements, indicating behavioural plasticity and resilience of the species. Challenges earlier belief of strict forest dependency, suggesting coexistence potential with human-dominated landscapes. Threats Nearly 75% habitat under threat due to urban expansion, agriculture, land-use change, and fragmentation, especially in NCR’s rapidly developing peri-urban zones. Lack of protection for non-forest habitats exposes species to disturbance, roadkills, and ecological isolation. Governance & Policy Implications Highlights need to move beyond protected-area centric conservation model towards landscape-level planning, integrating biodiversity into urban and regional development frameworks. Reinforces importance of Aravalli protection regulations and judicial interventions in preventing ecological degradation. Environmental & Climate Linkages Aravallis act as natural carbon sink, groundwater recharge zone, and desertification barrier, linking biodiversity conservation with climate resilience and regional environmental stability. Conservation aligns with SDG 13 (Climate Action) and SDG 15 (Life on Land). Challenges Weak enforcement of land-use regulations in Aravalli region and encroachment pressures. Limited scientific data on small carnivores and urban biodiversity, leading to policy neglect. Conflict between development projects and ecological conservation priorities. Way Forward Adopt landscape-based conservation approach, integrating protected and non-protected areas, especially urban green spaces. Strengthen Aravalli conservation laws, monitoring, and ecological zoning to prevent fragmentation. Promote community-based conservation and awareness for coexistence with wildlife in peri-urban areas. Enhance research and long-term monitoring of small carnivores to inform evidence-based policymaking. Prelims Pointers Rusty-spotted cat → smallest wild cat species, Near Threatened. Protected under Schedule I, Wildlife Protection Act. Habitat → scrub forests, grasslands, human-modified landscapes. Aravallis → oldest fold mountains, barrier against desertification.