Content Exercise PRAGATI 2026 India’s Evolving Metrology Ecosystem Exercise PRAGATI 2026 Why in News? India commenced the multilateral military exercise PRAGATI 2026 at Umroi Military Station, Meghalaya with participation from 12 friendly nations, highlighting India’s growing emphasis on regional security cooperation, counter-terrorism preparedness and defence diplomacy in the Indo-Pacific. Relevance GS II: International Relations, Regional Groupings, India’s Neighbourhood Policy GS III: Internal Security, Defence Diplomacy, Maritime Security, Defence Indigenisation Practice Question GS II: “Exercise PRAGATI reflects India’s transition from a balancing power to a security provider in the Indo-Pacific.” Analyse. About Exercise PRAGATI 2026 PRAGATI stands for Partnership of Regional Armies for Growth and Transformation in the Indian Ocean Region, reflecting India’s effort to institutionalise military cooperation, strategic trust-building and interoperability among regional partners facing common maritime and non-traditional security threats. The two-week exercise focuses primarily on counter-terrorism operations in semi-mountainous and jungle terrain, including joint tactical drills, intelligence-sharing mechanisms, coordinated operations and physical endurance training under complex operational conditions resembling real-world insurgency environments. Participating countries include Bhutan, Cambodia, Indonesia, Laos, Malaysia, Maldives, Myanmar, Nepal, Philippines, Seychelles, Sri Lanka and Vietnam, demonstrating India’s widening strategic outreach across South Asia, Southeast Asia and the Indian Ocean Region. Indigenous defence technologies and innovations are also being showcased under the Atmanirbhar Bharat initiative, providing a platform for defence diplomacy, export promotion and technological collaboration with friendly foreign militaries and governments. Strategic Significance for India Indian Ocean Region (IOR) Security Exercise PRAGATI strengthens India’s role as a “Net Security Provider” in the Indian Ocean Region (IOR) by promoting collective responses against piracy, terrorism, maritime crime, trafficking networks and emerging hybrid security threats affecting regional stability and sea-lane security. The exercise operationalises India’s SAGAR doctrine — Security and Growth for All in the Region — by encouraging cooperative security partnerships, mutual trust and institutional coordination among littoral and partner countries in the Indo-Pacific maritime domain. Participation of strategically located island and coastal nations such as Maldives, Sri Lanka and Seychelles helps India strengthen maritime partnerships near critical Sea Lines of Communication (SLOCs) and chokepoints vulnerable to geopolitical competition and external military influence. Countering China’s Expanding Influence PRAGATI indirectly strengthens India’s strategic balancing posture against China’s expanding military and economic footprint through the Belt and Road Initiative (BRI), Maritime Silk Route and growing PLA Navy deployments across the Indian Ocean and South China Sea regions. Inclusion of countries such as Vietnam and the Philippines, both deeply involved in South China Sea disputes, reflects India’s broader Indo-Pacific strategy aimed at supporting a rules-based regional order and freedom of navigation principles. India’s approach remains cooperative rather than alliance-based, enabling smaller regional states to engage in security collaboration without being forced into overt geopolitical alignments amid intensifying US–China strategic competition. Northeast India and Act East Policy Conducting the exercise in Meghalaya highlights the strategic importance of Northeast India as a gateway to ASEAN nations and demonstrates the integration of military diplomacy with India’s broader Act East Policy objectives. The Northeast’s proximity to Southeast Asia provides ideal terrain for jungle warfare and counter-insurgency training while simultaneously reinforcing India’s geopolitical outreach towards ASEAN, BIMSTEC and Indo-Pacific regional architectures. Hosting multinational military exercises in the Northeast also contributes to regional infrastructure development, strategic connectivity and greater integration of border states into India’s long-term national security and foreign policy framework. Military and Security Dimensions Counter-Terrorism Cooperation The exercise improves operational coordination among participating armies in combating terrorism, insurgency and transnational extremist networks operating in difficult terrain, especially in jungle, coastal and mountainous regions across South and Southeast Asia. Joint tactical drills and coordinated operations help armies develop common operational procedures, communication systems and battlefield coordination mechanisms essential for multinational missions, peacekeeping operations and humanitarian contingencies. Sharing counter-insurgency experiences among participating nations enhances collective learning regarding intelligence gathering, civilian protection, special operations and handling asymmetric threats posed by non-state actors and radical extremist organisations. Intelligence Sharing and Interoperability PRAGATI seeks to evolve institutionalised frameworks for intelligence sharing and best-practice exchanges, especially concerning cross-border terrorism, organised crime, maritime surveillance and emerging security threats in the Indo-Pacific region. Improved interoperability among participating forces strengthens their ability to conduct coordinated responses during multinational operations, disaster relief missions and United Nations peacekeeping deployments under rapidly evolving operational environments. Such exercises also help reduce mistrust and improve military-to-military communication channels, thereby lowering risks of misunderstanding, strategic miscalculation and delayed coordination during regional security crises or humanitarian emergencies. Hybrid and Non-Traditional Threats Modern security threats increasingly involve hybrid warfare techniques such as cyberattacks, drones, disinformation campaigns and proxy militant networks, requiring coordinated multinational responses beyond traditional conventional military preparedness. Exercises like PRAGATI enable armed forces to adapt to technology-driven security environments by enhancing flexibility, rapid decision-making and integrated operational planning under uncertain and asymmetric battlefield conditions. Counter-terrorism training in semi-mountainous and jungle terrain is particularly relevant for countries confronting insurgency, narco-terrorism and illegal trafficking networks exploiting porous borders and weak governance structures. Defence Diplomacy and Soft Power The traditional welcome accorded to participating contingents reflects India’s use of cultural diplomacy and military soft power to deepen trust, goodwill and long-term strategic relationships with neighbouring and partner countries. Defence diplomacy through recurring military exercises helps India institutionalise strategic partnerships beyond formal treaties by fostering personal rapport, professional exchanges and confidence-building measures (CBMs) among military leadership and personnel. Such engagements enhance India’s credibility as a responsible regional power committed to inclusive security cooperation rather than coercive or dominance-oriented geopolitical approaches in the Indo-Pacific. Economic and Defence Industrial Significance Atmanirbhar Bharat in Defence Showcasing indigenous defence technologies during PRAGATI 2026 supports India’s objective of becoming a major defence manufacturing and export hub while reducing dependence on imported military systems and strategic platforms. Initiatives such as Defence Industrial Corridors, Innovations for Defence Excellence (iDEX) and Positive Indigenisation Lists complement these efforts by encouraging domestic innovation, private-sector participation and technological self-reliance in strategic sectors. Military exercises provide practical opportunities for friendly countries to evaluate Indian defence equipment, surveillance systems, drones and communication technologies under realistic operational conditions before procurement decisions. Defence Export Potential Participating developing countries represent potential markets for affordable Indian defence products, especially in areas such as coastal surveillance, unmanned systems, electronic warfare, protective gear and counter-insurgency equipment. India’s defence exports crossed approximately ₹21,000 crore in FY 2024–25, reflecting growing international confidence in India’s indigenous defence manufacturing capabilities and expanding strategic footprint. Defence exports also strengthen India’s geopolitical influence by building long-term strategic dependencies, maintenance partnerships and training cooperation with friendly countries across the Global South. Challenges and Limitations Significant asymmetry exists among participating countries regarding military technology, logistics infrastructure, training standards and institutional capacity, which may limit deeper interoperability and coordinated operational effectiveness. Political instability, regime changes and domestic conflicts within some participating nations can affect continuity, consistency and long-term institutionalisation of defence cooperation frameworks and regional strategic initiatives. Many smaller countries seek balanced relations with both India and China, limiting the possibility of transforming such exercises into overt strategic coalitions or security blocs directed against any particular country. Sustained multilateral engagement requires substantial financial resources, logistical coordination, regular exercises and long-term political commitment, which may become difficult amid competing domestic and strategic priorities. Way Forward India should institutionalise PRAGATI as a flagship recurring multilateral military exercise with permanent working groups, intelligence-sharing mechanisms and regular doctrinal exchanges among participating countries. Future editions should expand beyond counter-terrorism to include cybersecurity, maritime domain awareness, artificial intelligence, drone warfare and Humanitarian Assistance and Disaster Relief (HADR) cooperation. India should integrate PRAGATI more closely with regional frameworks such as BIMSTEC, ASEAN-led mechanisms and the Indo-Pacific Oceans Initiative (IPOI) to strengthen cooperative security architecture in the region. Greater emphasis should also be placed on joint production, technology transfer, capacity-building initiatives and defence industrial partnerships to create sustainable and mutually beneficial long-term strategic cooperation. Constitutional and Governance Linkages Defence, armed forces and international military cooperation fall under the Union List of the Seventh Schedule, giving the Union Government primary responsibility for national security and strategic partnerships. Exercise PRAGATI also reflects the spirit of Article 51 of the Constitution, which encourages the promotion of international peace and security, arbitration and respectful relations among nations. Prelims Pointers PRAGATI = Partnership of Regional Armies for Growth and Transformation in the Indian Ocean Region. Venue (2026): Umroi Military Station, Meghalaya. Focus areas include counter-terrorism, jungle warfare, interoperability and intelligence sharing. Closely linked with India’s SAGAR Doctrine, Act East Policy and Indo-Pacific strategic outreach. India’s Evolving Metrology Ecosystem Why in News? India is strengthening its metrology and legal metrology ecosystem through reforms under the Legal Metrology Act, 2009, digital initiatives like eMaap Portal, One Nation One Time, and expanded OIML certification authority, aimed at improving fair trade, consumer protection, industrial quality and global competitiveness. Relevance GS II: Governance, Consumer Protection, Regulatory Reforms, E-Governance GS III: Science & Technology, Industrial Competitiveness, Digital Economy, Standards & Quality Infrastructure Practice Question GS III: Precision measurement systems are becoming strategic infrastructure in the digital economy. Discuss in the context of India’s evolving metrology ecosystem. What is Metrology? Metrology refers to the science of measurement, ensuring accuracy, reliability and standardisation in physical quantities such as length, weight, volume, time, temperature and electricity, which are essential for scientific research, industrial production and commercial transactions. Legal Metrology deals specifically with the regulation and enforcement of measurements used in trade, commerce and public services, ensuring consumers receive the correct quantity, quality and value in market transactions. Standardised measurements create trust in sectors such as healthcare, telecommunications, energy distribution, infrastructure, digital payments, e-commerce and manufacturing, thereby supporting economic efficiency and regulatory transparency. Historical Evolution of India’s Measurement System Ancient Indian Measurement Heritage Ancient India possessed highly organised systems of weights and measures using units such as Rati, Masha, Tola, Seer, Maund and Candy, which were widely used for taxation, trade, jewellery-making and agricultural transactions. The Indus Valley Civilization demonstrated advanced standardisation through uniform bricks, weights and urban planning systems, reflecting sophisticated understanding of measurement science and regulated commercial practices. During the Mauryan Empire (322–185 BCE), standardised weights and measures were institutionalised for administration, taxation and trade regulation, strengthening economic governance and imperial control mechanisms. Sher Shah Suri further standardised weights and measures and introduced the Rupiya coin, which later evolved into the modern Indian rupee, contributing to monetary and commercial standardisation. Evolution of Modern Legal Metrology Framework National Physical Laboratory (NPL), 1947 The establishment of the National Physical Laboratory (NPL) in 1947 marked the foundation of India’s modern scientific metrology ecosystem and national measurement infrastructure. NPL functions as India’s National Measurement Institute, maintaining national standards for measurement and serving as the custodian of India’s prototypes of the metre and kilogram. India’s NPL was also a founding member of the Asia Pacific Metrology Programme (APMP), promoting regional cooperation, technical exchange and advancement of metrological capabilities in the Asia-Pacific region. NPL developed the globally recognised indelible ink used in elections across nearly 37 countries, demonstrating India’s contribution to democratic processes and applied scientific innovation. Standards of Weights and Measures Act, 1956 and 1976 The Standards of Weights and Measures Act, 1956 established a uniform and scientific measurement system in India based on the metric system and internationally accepted standards. India adopted the International System of Units (SI Units) during 1957–58, aligning domestic trade and industrial standards with global metrology practices and strengthening international compatibility. The 1976 amendments expanded regulation over inter-state trade, standardisation of weighing instruments, packaged commodities and establishment of training systems for legal metrology officials. These reforms strengthened India’s integration with global legal metrology systems developed under the International Organization of Legal Metrology (OIML). Legal Metrology Act, 2009 Key Features The Legal Metrology Act, 2009, implemented from 1 April 2011, replaced earlier fragmented laws and established a modern regulatory framework for measurement standards, commercial transactions and consumer protection. The Act mandates adoption of the metric system and regulates all weighing and measuring instruments used in trade, commerce and public service delivery mechanisms. It requires mandatory verification and stamping of measuring instruments before commercial use, thereby preventing tampering, fraud and unfair trade practices. The Act prescribes compulsory declarations on pre-packaged commodities, including quantity, weight, manufacturing details, MRP and manufacturer information, enabling informed consumer choice and transparency. Legal Metrology Officers are empowered to conduct inspections, searches, seizures and enforcement actions against violations involving non-standard or manipulated weights and measures. Commodities and Sectors Covered Trade and Consumer Transactions Weighing machines used in shops, mandis and retail markets are regulated to ensure consumers receive the exact quantity for which payment is made, thereby reducing short-weighing and commercial fraud. Fuel dispensing units at petrol pumps undergo periodic verification and calibration to ensure accurate fuel delivery and prevent manipulation or consumer exploitation. Packaged commodities such as food items, medicines and household goods must carry mandatory declarations regarding quantity, MRP and manufacturing details under Legal Metrology Rules. Public Services and Technology Sectors Water meters, electricity meters and gas meters are regulated to ensure accurate billing, transparency in utility services and reduction of consumer grievances related to overcharging. Clinical and medical instruments such as thermometers, blood pressure monitors and weighing machines are regulated because accurate measurements are essential for proper diagnosis, treatment and patient safety. Precision measurement systems are increasingly critical for 5G services, AI systems, semiconductor manufacturing, IoT networks and digital payment platforms, where microsecond-level accuracy is essential. Institutional and Regulatory Framework Regional Reference Standard Laboratories (RRSLs) Regional Reference Standard Laboratories (RRSLs) strengthen India’s verification and calibration ecosystem by comparing and certifying standards used in laboratories, industries and commercial trade activities. RRSLs also support India’s international certification capacity and help maintain uniformity of measurement systems across states and sectors. Indian Institute of Legal Metrology (IILM) The Indian Institute of Legal Metrology (IILM), Ranchi functions as the national training institute for Legal Metrology Officers and regulatory personnel. It provides technical education, regulatory training and capacity-building programmes required for effective implementation of legal metrology laws across India. Major Government Initiatives eMaap Portal The eMaap Portal was launched by the Department of Consumer Affairs to improve Ease of Doing Business (EoDB) and simplify regulatory compliance under the Legal Metrology framework. The portal integrates Legal Metrology systems of all States and Union Territories into a centralised digital platform, enhancing transparency, efficiency and uniformity in service delivery. It provides nationwide online registration facilities for manufacturers, dealers, repairers, importers and packaged commodity producers, reducing bureaucratic delays and compliance burdens. One Nation, One Time Initiative India launched the One Nation, One Time initiative to disseminate Indian Standard Time (IST) with millisecond-to-microsecond accuracy across the country. The initiative is implemented jointly by the Department of Consumer Affairs, National Physical Laboratory (NPL) and ISRO through five Legal Metrology laboratories located across India. It seeks to establish uniform time synchronisation for sectors such as banking, 5G services, telecommunications, AI, IoT, digital governance, navigation and power grids. The initiative also reduces dependence on foreign systems such as GPS-based time sources, thereby strengthening national security, critical infrastructure resilience and digital sovereignty. OIML Certification Recognition India became a member of the International Organization of Legal Metrology (OIML) in 1956, strengthening its integration with global measurement governance frameworks. In 2023, India became the 13th country globally authorised to issue internationally accepted OIML approval certificates for weighing and measuring instruments. This recognition enables Indian manufacturers to export certified instruments globally without additional foreign testing requirements, significantly reducing costs and improving export competitiveness. India can now also provide certification services to foreign manufacturers, generating foreign exchange earnings and strengthening its influence in global standard-setting processes. Jan Vishwas Reforms and Ease of Doing Business Jan Vishwas Act, 2023 The Jan Vishwas (Amendment of Provisions) Act, 2023 decriminalised several provisions under the Legal Metrology Act by replacing imprisonment clauses with monetary penalties in selected cases. The reforms aim to reduce compliance burdens, improve Ease of Doing Business and encourage voluntary compliance while maintaining accountability and consumer protection standards. Jan Vishwas Act, 2026 The Jan Vishwas Act, 2026 introduced an “Improvement Notice” mechanism, particularly benefiting MSMEs by allowing rectification of procedural lapses before penalties are imposed. This reflects a shift from punitive regulation towards trust-based governance, facilitative compliance systems and business-friendly regulatory administration. Metrology and Sustainable Development Goals (SDGs) Metrology contributes to SDG 1 (No Poverty) by ensuring fair trade, transparent pricing systems and protection against commercial exploitation. It supports SDG 3 (Good Health and Well-being) through accurate medical diagnostics, reliable healthcare instruments and safe clinical practices. Under SDG 7 (Affordable and Clean Energy), accurate measurement systems improve energy monitoring, renewable integration and transparent electricity billing systems. Metrology also advances SDG 9 (Industry, Innovation and Infrastructure) by supporting industrial quality control, calibration systems, technological innovation and precision manufacturing. Accurate environmental measurements contribute significantly to SDG 13 (Climate Action) through scientific climate monitoring, pollution assessment and environmental data reliability. Importance for Governance and Economy Consumer Protection Legal metrology safeguards consumers against inaccurate billing, under-delivery of products, manipulated fuel dispensers and misleading packaging practices, thereby strengthening public trust in markets. Mandatory declarations on packaged commodities improve transparency and enable consumers to make informed purchasing decisions based on standardised and verified information. Industrial Competitiveness Precision measurement systems are essential for sectors such as electronics, aerospace, defence manufacturing, pharmaceuticals and semiconductors, where even minor inaccuracies can affect safety and quality standards. A strong metrology ecosystem enhances India’s integration into global value chains by ensuring compliance with international technical and industrial standards. Digital Economy and Emerging Technologies Advanced digital systems such as AI, IoT, blockchain, autonomous systems and digital payments depend heavily on accurate time synchronisation and precision measurement infrastructure. Reliable measurement systems are therefore becoming foundational for India’s emerging digital economy, smart infrastructure and technology-driven governance architecture. Challenges India still faces uneven implementation capacity across states due to shortages of trained personnel, outdated infrastructure and inconsistent enforcement mechanisms. Rapid technological advancement in areas such as AI, quantum systems and semiconductor manufacturing requires continuous updating of measurement standards and technical regulations. Small businesses and MSMEs may face compliance difficulties due to lack of awareness, technical expertise and financial capacity to meet evolving regulatory standards. Ensuring interoperability between state-level systems and maintaining uniform enforcement across India remains an ongoing governance challenge. Way Forward India should strengthen metrology infrastructure through greater investment in calibration laboratories, digital verification systems and advanced scientific research facilities. Capacity building of Legal Metrology Officers and expansion of technical training programmes through institutions like IILM Ranchi should be prioritised. Integration of AI, blockchain and digital monitoring technologies can improve transparency, real-time verification and fraud detection in measurement systems. India should leverage its OIML certification authority to emerge as a global hub for measurement certification, calibration services and quality infrastructure exports. Consumer awareness campaigns regarding packaged commodity rights, verified instruments and complaint mechanisms should be expanded to improve accountability and public participation. Constitutional and Governance Linkages Legal metrology relates to the constitutional principles of consumer welfare, fair trade and economic justice, embedded within the broader framework of a welfare-oriented state. It also supports Article 38 and Article 39 of the Directive Principles by promoting equitable economic systems, fair distribution and protection against exploitation. Prelims Pointers World Metrology Day is observed annually on 20 May to commemorate the signing of the Metre Convention (1875). NPL functions as India’s National Measurement Institute. India became the 13th country globally authorised to issue OIML certificates in 2023. The Legal Metrology Act, 2009 came into force on 1 April 2011. One Nation, One Time aims to disseminate Indian Standard Time (IST) with microsecond-level accuracy.  

Content Drone mania, separating hype from battlefield reality Preparing India for a credible digital Census Drone mania, separating hype from battlefield reality Why in News? The first anniversary of Operation Sindoor (May 7–10, 2025) has revived debate on the growing military role of small UAVs, loitering munitions and drone swarms, especially after both India and Pakistan extensively employed drones during the four-day engagement. Relevance GS III: Internal Security, Defence Technology, Emerging Technologies, Cybersecurity, Border Management GS II: International Security, Global Strategic Developments Practice Question GS III: Drone warfare is transforming the economics and geography of modern conflict. Examine with reference to recent global conflicts and India’s security challenges.(250 Words) What are UAVs and Loitering Munitions? Unmanned Aerial Vehicles (UAVs) are remotely operated or autonomous aircraft capable of surveillance, reconnaissance, targeting and strike operations without placing pilots directly in harm’s way. Loitering munitions, often called kamikaze drones, combine features of missiles and UAVs by hovering over target zones before striking with precision against identified military assets. Their relatively low cost, small radar signature and operational flexibility have made drones central to modern military doctrines, particularly in asymmetric and hybrid warfare environments. Why Drones are Gaining Strategic Importance ? Low-Cost Precision Warfare Drones provide comparatively inexpensive strike capability against high-value targets, making them attractive alternatives to expensive fighter aircraft, missiles and conventional manned operations. A small drone costing a few thousand dollars can potentially damage strategic infrastructure worth millions, fundamentally altering cost-benefit calculations in military operations. This economic asymmetry makes drones particularly appealing for both state and non-state actors seeking affordable precision-strike capabilities. Reduced Human Risk UAVs eliminate the immediate risk to pilots and combat personnel, enabling militaries to conduct surveillance and strike missions in heavily defended or politically sensitive regions. The absence of direct human exposure lowers political and operational costs associated with casualties, making drone deployment easier during limited conflicts and grey-zone warfare scenarios. Detection Challenges Small drones flying at low altitudes are difficult to detect through conventional radar systems due to their limited radar cross-section and slow flight characteristics. Their ability to exploit terrain masking and operate in swarms complicates air defence operations and creates persistent challenges for conventional military systems. Do Drones Revolutionise Warfare? Evolutionary, Not Revolutionary Change According to many strategic analysts, drones represent an evolutionary development within the air domain rather than a completely new revolution comparable to the advent of airpower itself. UAVs enhance existing military capabilities such as reconnaissance, precision targeting and tactical strikes but do not fundamentally replace conventional air superiority doctrines. Manned combat aircraft, integrated air defence systems and control of the air domain continue to remain decisive for achieving strategic military dominance. “Air Littoral” Debate Some strategists describe low-altitude drone operations as a new warfare zone called the “air littoral”, referring to restricted airspace below conventional fighter operations. However, drones still operate within the existing air domain rather than creating an entirely separate battlefield domain comparable to cyberspace or outer space. The real transformation lies in how drones are reshaping ground combat, force protection strategies and battlefield surveillance rather than traditional air warfare itself. Strategic Lessons from Modern Drone Warfare Expansion of Battlefield Depth Drone operations have dramatically extended the effective range of kinetic warfare, enabling attacks hundreds or even thousands of kilometres deep inside enemy territory. Ukraine’s Operation Spider’s Web, involving drones hidden inside specially designed containers deep within Russia, demonstrated how strategic assets far from frontline zones are now vulnerable. This blurs the distinction between frontline and hinterland, requiring continuous protection of military infrastructure, logistics hubs and critical national assets. Importance of Counterintelligence Modern drone warfare increasingly depends on covert logistics, intelligence penetration and long-term operational planning rather than only battlefield deployment. Preventing drone infiltration therefore requires strong counterintelligence systems, internal surveillance and detection of sleeper networks supporting hostile operations. Strategic intelligence failures can allow relatively inexpensive drone attacks to inflict massive damage on high-value military infrastructure. Shift Toward Persistent Homeland Defence States must now maintain 24×7 protection for critical infrastructure such as airbases, power grids, nuclear facilities, ports and command centres located deep within national territory. This resembles cybersecurity challenges where attacks can originate remotely and target any vulnerable node without traditional geographical limitations. Consequently, internal air defence and homeland security are becoming as important as border defence itself. Role of Artificial Intelligence (AI) Autonomous Warfare Systems Integration of Artificial Intelligence (AI) into drone systems is expected to significantly enhance autonomy, target recognition, swarm coordination and adaptive battlefield decision-making capabilities. Future autonomous drones may independently identify and engage targets without real-time human intervention, fundamentally increasing operational speed and lethality. AI-enabled swarm drones could overwhelm traditional air defence systems through coordinated mass attacks and dynamic mission adaptation. Ethical and Legal Concerns Allowing machines to make autonomous life-and-death decisions raises serious ethical, humanitarian and legal concerns under international law and armed conflict principles. The United Nations is currently examining regulatory frameworks for Lethal Autonomous Weapon Systems (LAWS) to address accountability and ethical responsibility issues. Questions remain regarding proportionality, civilian protection, algorithmic bias and responsibility in cases of erroneous autonomous targeting decisions. Counter-Unmanned Aerial Systems (CUAS) Emergence of Counter-Drone Doctrine Every new military technology generates corresponding countermeasures, and drones are increasingly being challenged through sophisticated Counter-Unmanned Aerial Systems (CUAS). CUAS networks integrate radar systems, electronic warfare, signal jamming, directed-energy weapons and kinetic interceptors to neutralise hostile drones. Modern warfare is therefore entering a continuous cycle of drone innovation, countermeasures and counter-countermeasure development. Operation Sindoor and India’s CUAS Success During Operation Sindoor, Pakistan reportedly launched multiple waves of small drones into Indian territory, many of which were neutralised through India’s integrated CUAS network. This demonstrated the growing importance of layered air defence systems capable of detecting, tracking and neutralising low-cost aerial threats in real time. India’s operational experience highlighted the effectiveness of combining surveillance, electronic warfare and interception technologies within an integrated command structure. Threat of Drone Swarms Future drone warfare is likely to involve drone swarms, where large numbers of interconnected UAVs overwhelm air defence systems through sheer numerical saturation. Traditional missile-based interception becomes economically unsustainable against mass drone attacks because interceptors are often significantly more expensive than attacking drones. Swarm technologies could therefore fundamentally alter battlefield economics and defensive planning strategies. Emerging Global Counter-Drone Systems Israeli Iron Beam Israel is developing the Iron Beam laser-based defence system capable of rapidly neutralising drones, rockets and projectiles using directed-energy technology. Each laser interception reportedly costs only around $2–$3.5, compared to nearly $40,000–$50,000 per interceptor missile under the Iron Dome system. Directed-energy weapons therefore offer potentially cost-effective solutions against low-cost mass drone attacks. European Drone Wall Initiative European Union countries are working on a Drone Wall Initiative, involving layered detection, surveillance and interception networks across member states. The initiative reflects growing recognition that drone threats require coordinated transnational security responses rather than isolated national defence systems. U.S. Golden Dome Project The United States is planning the Golden Dome defence architecture integrating space-based sensors, hypersonic interceptors and advanced missile defence technologies. The system aims to address multidimensional threats including drones, missiles and hypersonic weapons through integrated aerospace defence capabilities. India’s Response: Sudarshan Chakra India is reportedly planning a nationwide terrestrial and space-based air defence architecture called “Sudarshan Chakra”, expected to be operational by around 2035. The proposed system seeks to address diverse threats including drones, cruise missiles, ballistic missiles and advanced aerial platforms through integrated detection and interception networks. Successful implementation will require phase-wise deployment, strong domestic technological capabilities and sustained financial investment over the coming decade. Strategic Implications for India Border and Internal Security India faces growing drone threats along borders from cross-border terrorism, arms smuggling, narcotics trafficking and hostile reconnaissance operations. Drones have increasingly been used for transporting weapons and narcotics across borders, particularly in Punjab and Jammu regions. Strengthening anti-drone infrastructure is therefore becoming central to both national defence and internal security management. Defence Industrial Opportunities Rising global demand for drones and counter-drone systems creates major opportunities for India’s Atmanirbhar Bharat and indigenous defence manufacturing initiatives. Indian private firms and defence startups are increasingly developing UAVs, loitering munitions, swarm systems and electronic warfare technologies. Indigenous capability development reduces import dependence while strengthening strategic autonomy and export potential. Need for Integrated Air Defence Drone warfare highlights the necessity of integrated, layered and technology-driven air defence systems capable of real-time coordination among military, intelligence and civilian agencies. India must strengthen interoperability among the Army, Air Force, Navy, DRDO, ISRO and private sector innovators to build resilient counter-drone ecosystems. Challenges Existing radar and air defence systems were primarily designed against conventional aircraft and missiles, making low-altitude micro-drones difficult to detect and intercept. Rapid advancements in AI-enabled autonomy, swarm intelligence and stealth technologies may outpace current defensive capabilities and regulatory frameworks. Counter-drone systems remain expensive, technologically complex and energy-intensive, especially against large-scale swarm attacks. International legal frameworks governing autonomous drone warfare remain fragmented and underdeveloped, creating ambiguity regarding accountability and escalation management. Way Forward India should accelerate indigenous development of AI-enabled drones, swarm technologies, directed-energy weapons and electronic warfare systems under the Atmanirbhar Bharat framework. Establishment of a unified national Counter-Drone Command integrating military, intelligence and civilian agencies can improve coordination and rapid threat response. Investment in space-based surveillance, quantum communication and advanced sensor fusion technologies is necessary for future-ready air defence architecture. India should actively participate in global discussions regarding ethical norms and international regulations for autonomous weapon systems and AI-driven warfare. Stronger public-private partnerships, startup ecosystems and defence innovation platforms such as iDEX should be leveraged for rapid technological advancement. Ethical and Legal Dimensions Autonomous drones challenge established principles of International Humanitarian Law (IHL) concerning proportionality, distinction and accountability during armed conflict. Ethical concerns arise when algorithms rather than humans determine lethal engagement decisions, potentially reducing human oversight in warfare. The rise of autonomous weapons may also lower the threshold for conflict initiation because political costs associated with military casualties become comparatively lower. Prelims Pointers Loitering munitions combine characteristics of missiles and UAVs by hovering before striking targets. CUAS stands for Counter-Unmanned Aerial Systems. Iron Beam is Israel’s directed-energy laser air defence system. Operation Spider’s Web involved deep drone strikes by Ukraine inside Russian territory. India’s proposed integrated air defence architecture is referred to as Sudarshan Chakra. Preparing India for a credible digital Census Why in News? Preparations for the 2027 Census have begun, with the house-listing phase progressing in several States. The Census gains significance due to proposed caste enumeration, digital data collection through smartphones and its linkage with the upcoming delimitation of Lok Sabha and Assembly constituencies. Relevance GS II: Governance, Federalism, Welfare Administration, Representation & Delimitation GS III: Science & Technology, Digital Governance, Data Management, Cybersecurity Practice Question GS II: A credible digital Census is foundational for democratic representation and evidence-based governance. Discuss.(250 Words) Importance of Census in India The Census is India’s largest administrative and statistical exercise, providing critical demographic, social and economic data necessary for policy formulation, welfare targeting, resource allocation and electoral delimitation. Census data forms the basis for implementation of schemes relating to education, health, food security, urban planning, employment and infrastructure development, thereby influencing governance at every administrative level. Constitutional bodies such as the Finance Commission, Delimitation Commission and various ministries rely heavily on Census statistics for evidence-based decision-making and federal resource distribution. Key Features of the 2027 Census First Digital Census The 2027 Census will be India’s first fully digital Census, with data collection planned primarily through mobile electronic devices, smartphones and tablets, replacing traditional paper-based schedules. Digital enumeration is expected to improve speed, reduce manual data-entry delays and facilitate real-time consistency checks for improving overall data quality and faster processing. Respondents will also be given the option of self-enumeration using smartphones or computers, introducing a significant technological shift in India’s census administration framework. Inclusion of Caste Enumeration The Census will include questions on caste for the first time since Independence, making it one of the most politically and administratively sensitive exercises in post-independence India. Demands for caste enumeration have intensified due to debates over social justice, reservation policies, welfare targeting and representation of backward communities. Experiences from caste surveys in Bihar and Karnataka indicate that caste data collection may generate disputes regarding classification, numerical strength and community representation. De Facto vs De Jure Census Concepts Explained A de jure Census counts individuals at their legally usual place of residence, irrespective of where they are physically present during the Census period. A de facto Census counts individuals wherever they are physically present at the time of enumeration, irrespective of their permanent residence status. India currently follows an extended de facto method, combining elements of both systems by counting people at their usual residence during the Census enumeration period. India’s Existing Practice Under India’s system, individuals present at their normal residence during the enumeration period are counted, including members temporarily absent but who stayed there during the Census period. Visitors staying throughout the entire Census period may also be included, reflecting the practical flexibility built into India’s enumeration methodology. A household is defined based on a common kitchen concept, meaning unrelated persons such as domestic workers or paying guests sharing meals may also be counted within the household. Census and Delimitation Political Importance Population figures from the 2027 Census will likely be used for the next delimitation of Lok Sabha and State Assembly constituencies, giving the Census immense political significance. States with higher population growth may gain additional parliamentary representation, while states with lower growth could potentially lose relative representation in Parliament. This has intensified federal concerns regarding regional balance, demographic shifts and political representation between northern and southern states. NRI Enumeration Concerns According to the Ministry of External Affairs, India has approximately 1.58 crore Non-Resident Indians (NRIs) living abroad, accounting for over 1% of India’s population. States such as Kerala, Gujarat, Punjab, Telangana and Tamil Nadu have proportionately larger overseas populations, which may affect their population share and future parliamentary representation. The Kerala Migration Survey 2023 estimated nearly 22 lakh Keralites living abroad; exclusion of such populations could potentially affect delimitation outcomes and parliamentary seat allocation. Some experts suggest including carefully designed questions regarding overseas family members to generate better demographic estimates relevant for future delimitation exercises. Challenges in Digital Census Enumeration Digital Literacy Gap A major challenge lies in the varying technological proficiency of the more than 3 million enumerators expected to participate in the Census exercise. Experiences from Karnataka’s recent Socio Economic and Caste Survey revealed operational difficulties among enumerators while handling smartphones, tablets and digital data-entry systems. Digital illiteracy among both enumerators and respondents could affect data accuracy, consistency and completeness, especially in rural and less technologically connected regions. Data Privacy and Confidentiality During planning for the postponed 2021 Census, enumerators were allowed to transfer data into digital systems later from home using printed schedules. Such practices raise concerns regarding data confidentiality, accountability and cybersecurity, especially if family members or third parties assist in data entry operations. The Census contains sensitive personal and socio-economic information, making strong encryption, authentication and data protection safeguards essential. Complexity of Census Questions Population enumeration schedules involve highly technical concepts relating to occupation, disability, industry classification, migration and employment, requiring careful explanation and interpretation. For instance, definitions relating to disability in the 2011 Census reportedly required nearly six pages of instructions, illustrating the complexity faced by enumerators and respondents alike. Questions such as “Have you worked during the last year?” involve nuanced definitions of labour participation, unpaid work and informal employment, which may not be easily understood. Risks Associated with Self-Enumeration Respondent Fatigue Excessively lengthy digital questionnaires may result in respondent fatigue, especially since information must be entered separately for every household member. Respondents may deliberately provide incomplete or inaccurate responses to avoid additional follow-up questions, thereby reducing overall data quality and reliability. Simplification of concepts and intuitive questionnaire design are therefore critical for ensuring higher response quality in self-enumeration systems. Omission Errors Past Post-Enumeration Surveys indicate higher omission rates for distant relatives, domestic workers and unrelated persons residing within households. Self-enumeration systems may further increase the risk of excluding such vulnerable or temporary residents due to inadequate understanding of household definitions. There is also risk of double counting children staying in hostels or students temporarily residing away from home. Possibility of Fraudulent Enumeration The possibility of deliberate misreporting or fraudulent self-enumeration by individuals or organised groups cannot be entirely ruled out in a digital Census environment. Concerns remain regarding politically motivated manipulation, especially in sensitive areas involving caste, migration or demographic representation. India has previous experience of Census cancellation in certain areas during the 2001 Census, highlighting the importance of strong verification and monitoring mechanisms. Caste Enumeration: Opportunities and Risks Potential Benefits Accurate caste data can improve evidence-based policymaking regarding reservations, welfare distribution, educational support and targeted social justice interventions. It may help assess the socio-economic conditions of backward communities more scientifically and improve inclusiveness in public policy design. Caste data can also support debates regarding proportional representation, affirmative action and equitable access to state resources. Risks and Concerns Enumeration of caste may intensify identity politics, inter-community competition and demands for expanded reservation benefits. Communities dissatisfied with reported numbers may challenge Census outcomes, potentially creating social and political tensions. Ensuring standardised classification and avoiding duplication or inconsistent caste naming conventions will remain major administrative challenges. Governance and Administrative Challenges Need for Extensive Training Enumerators require intensive training regarding Census concepts, definitions, digital tools and respondent interaction techniques to minimise data-entry errors and inconsistencies. Uniform understanding among millions of enumerators is essential because even small variations in interpretation can significantly affect national-level statistics. Field Testing and Pilot Surveys Extensive pre-testing and field trials are crucial for identifying ambiguities, operational bottlenecks and technological weaknesses before nationwide rollout. Pilot exercises help ensure that concepts, questions and definitions are understandable to both enumerators and respondents across diverse linguistic and socio-economic contexts. Cybersecurity and Data Integrity Since the Census will involve large-scale digital data collection, India must establish strong cybersecurity frameworks to prevent data breaches, tampering and unauthorised access. Real-time validation systems, audit trails and AI-based anomaly detection may help identify suspicious or inconsistent responses during data collection. Constitutional and Legal Dimensions The Census is conducted under the Census Act, 1948, which provides legal authority for population enumeration and confidentiality protections regarding individual data. Although the Constitution does not explicitly specify whether the Census should follow a de jure or de facto method, Census outcomes significantly influence federal representation and democratic governance. Census data directly affects delimitation under provisions linked to Articles 81 and 170, relating to representation in Parliament and State Legislative Assemblies. Economic and Policy Importance Reliable Census data is essential for effective implementation of welfare schemes such as PDS, Ayushman Bharat, PMAY, MGNREGA and education programmes. Businesses, researchers and international organisations also rely on Census statistics for market planning, labour analysis, migration studies and infrastructure development. Inaccurate enumeration may distort resource allocation, urban planning and socio-economic policy formulation for an entire decade. Way Forward India should ensure extensive multilingual pre-testing and simplification of Census questionnaires to improve comprehension among respondents and enumerators. Strong digital infrastructure, cybersecurity systems and offline backup mechanisms must be established before nationwide implementation of digital Census operations. Comprehensive training programmes should be conducted for enumerators, particularly regarding digital literacy, confidentiality norms and complex socio-economic concepts. Independent verification systems, post-enumeration surveys and AI-assisted anomaly detection mechanisms should be strengthened to minimise omissions and fraudulent entries. Transparent communication regarding caste classification methodology and Census objectives can reduce misinformation, distrust and political controversy. Prelims Pointers India follows an extended de facto Census method. The Census is conducted under the Census Act, 1948. The 2027 Census is expected to be India’s first fully digital Census. Census data is crucial for future delimitation of Lok Sabha and Assembly constituencies. Self-enumeration through smartphones and computers is proposed for the first time.

Content Supreme Court allows euthanasia of rabid and dangerous free-ranging dogs to protect public safety Genomic Mapping of Pangolins India, Nordic nations elevate ties to Green Technology and Innovation Strategic Partnership: MEA lists 8 outcomes India, Italy seal defence pact, boost ties to ‘special strategic partnership’ Exercise PRAGATI 2026 Supreme Court allows euthanasia of rabid and dangerous free-ranging dogs to protect public safety Why in News? The Supreme Court of India permitted authorities to euthanise rabid, incurably ill and demonstrably dangerous free-ranging dogs under statutory protocols while directing States and Union Territories to strengthen public safety systems, anti-rabies infrastructure and scientific stray dog management mechanisms. Relevance GS II: Governance, Public Health, Urban Governance, Welfare Administration GS III: Environment, Biodiversity, Human–Animal Conflict Practice Question GS II: Examine the constitutional and governance challenges involved in balancing public safety with animal welfare in stray dog management. Key Supreme Court Directions Permission for Euthanasia The Supreme Court allowed legally permissible euthanasia of: Rabid dogs Incurably ill dogs Demonstrably aggressive or dangerous dogs under provisions of the Animal Birth Control (ABC) Rules and other applicable statutory protocols. The Court observed that such measures are necessary to effectively address threats posed to: Human life Public safety Children Elderly citizens especially in densely populated urban and institutional spaces. The judgment attempts to balance: Animal welfare Public health Constitutional governance while responding to increasing incidents of stray dog attacks and concerns regarding rabies-related public health risks. Removal of Dogs from Public Spaces The Court reaffirmed earlier directions requiring removal of free-ranging dogs from: Schools Hospitals Public institutions Transit hubs High-footfall public areas to ensure safer public environments. States and Union Territories were directed to implement these measures “in letter and spirit” without delay, dilution or administrative inaction in areas witnessing repeated human-animal conflict incidents. The Court also directed that dogs captured from public spaces should not ordinarily be released back into the same locations after sterilisation or vaccination, marking a major departure from earlier ABC implementation practices. Designated Feeding Zones The Court maintained its earlier restrictions on feeding dogs directly on streets and directed local authorities to establish: Dedicated feeding zones Regulated feeding spaces away from public transit and crowded movement corridors. The objective is to reduce: Territorial aggression Human-animal conflict Public nuisance while simultaneously ensuring that animal welfare considerations are not completely neglected. The ruling reflects judicial attempts to reconcile competing interests between: Public safety advocates Animal rights groups Urban governance authorities amid growing social tensions around stray dog management. Directions to States and Union Territories Strengthening ABC Infrastructure States and Union Territories were directed to establish at least one fully functional Animal Birth Control (ABC) Centre in every district equipped with: Veterinary infrastructure Surgical facilities Trained personnel Supporting logistics. The Court stated that infrastructure expansion should be determined according to: Population density Territorial size Magnitude of stray dog populations in each district and urban centre. The directions seek to address chronic underimplementation of the Animal Birth Control Rules, which have existed since 2001 but remain poorly enforced across many parts of India. Vaccination and Public Health Measures States were directed to ensure adequate availability of: Anti-rabies vaccines Rabies immunoglobulin across all government healthcare facilities and emergency public-health centres. The Court also ordered establishment of effective public-health response systems to deal with: Dog-bite incidents Rabies emergencies Post-exposure treatment particularly in vulnerable and underserved regions. The directions recognise rabies as a critical public-health issue requiring coordinated veterinary, healthcare and municipal governance interventions under a broader zoonotic disease management framework. Capacity Building Measures The Court directed strengthening of: Veterinary services Animal shelters Vaccination drives Personnel training programmes through coordinated implementation involving municipal bodies and relevant authorities. The judgment emphasised the need for: Administrative accountability Institutional coordination Time-bound implementation for effective and humane management of stray animal populations. The Court acknowledged that weak infrastructure and poor coordination have historically undermined scientific implementation of animal birth control and stray management programmes across India. Directions Regarding Highways and Expressways National Highways Safety The Court directed the National Highways Authority of India along with States and UTs to formulate a comprehensive mechanism addressing stray animal presence on: National Highways Expressways High-speed transport corridors. Proposed measures include: Specialised transport vehicles Safe animal relocation systems Shelter facilities Coordination with animal welfare organisations to improve road safety and animal handling mechanisms. The directions reflect growing concerns regarding: Vehicular accidents Human fatalities Traffic disruption caused by stray animals on major transportation corridors. Protection for Implementing Officials The Supreme Court granted legal protection to officials implementing its directions, stating that: FIRs Criminal proceedings should not ordinarily be initiated against officers acting bona fide under judicial orders. However, such immunity would not apply where there is evidence of: Mala fide intent Gross abuse of authority thereby retaining accountability against arbitrary or cruel administrative actions. The provision seeks to protect implementing authorities from harassment while carrying out sensitive and potentially controversial stray animal management operations. Constitutional and Legal Dimensions Right to Life under Article 21 The judgment prioritises protection of human life and public safety under Article 21, particularly in view of increasing incidents involving: Dog attacks Rabies infections Public fear across urban and semi-urban regions. The Court effectively interpreted: Public health Public safety Human security as integral components of the constitutional guarantee of life and personal liberty. The ruling reflects judicial balancing between: Human welfare Animal protection within the broader constitutional governance framework. Directive Principles and Compassion for Animals Article 48A directs the State to protect the environment and wildlife, while Article 51A(g) imposes a duty upon citizens to show compassion towards living creatures. The judgment attempts to reconcile these constitutional values with practical governance concerns arising from uncontrolled stray dog populations and rising public-health risks. The issue highlights broader constitutional tensions involving: Ecological ethics Public order Human rights and urban governance responsibilities. Animal Birth Control Rules The Animal Birth Control Rules, 2023 regulate: Sterilisation Vaccination Shelter management Relocation of community dogs and stray populations across India. Earlier implementation largely followed a “capture-sterilise-vaccinate-release” approach where dogs were released back into their original localities after sterilisation and vaccination procedures. The Court’s latest directions significantly modify this framework by discouraging re-release of dogs into sensitive public spaces posing safety concerns. Rabies and Public Health Concerns India’s Rabies Burden India continues to account for one of the world’s highest rabies burdens, with stray dog bites remaining a serious public-health challenge in: Urban slums Rural regions Poorly serviced localities. Rabies remains almost 100% fatal after symptom onset, making: Preventive vaccination Post-exposure prophylaxis critically important for reducing mortality. Children and elderly individuals remain among the most vulnerable groups affected by stray dog attacks and rabies exposure. Urban Governance Challenge Rapid urbanisation, weak municipal governance and poor waste-management systems contribute significantly to increasing free-ranging dog populations in Indian cities and towns. Open garbage dumps and food waste create ecological conditions favourable for uncontrolled growth and concentration of stray animal populations. The issue therefore intersects with: Urban planning Municipal administration Public sanitation and environmental governance. Criticism and Concerns PETA India’s Objections PETA India criticised the judgment, arguing that mass confinement of community dogs could institutionalise cruelty and divert resources away from: Sterilisation Vaccination Humane population control measures. PETA highlighted that India has nearly 62 million free-roaming dogs, making large-scale confinement administratively, financially and ethically unsustainable under current infrastructure conditions. The organisation warned that overcrowded shelters could: Increase disease transmission Cause mass suffering Create public-health risks if implemented without adequate planning and resources. Concerns Regarding Euthanasia Animal rights groups fear that vague interpretation of terms such as: “Dangerous” “Aggressive” may enable arbitrary euthanasia and misuse by poorly monitored local authorities. Critics argue that emphasis should instead remain on: Scientific sterilisation Vaccination programmes Waste-management reforms rather than large-scale removal or confinement measures. The controversy reflects broader tensions between: Animal welfare ethics Public safety concerns Urban governance priorities in contemporary India. Governance Challenges Weak ABC Implementation Despite the existence of the Animal Birth Control Rules since 2001, implementation across several States remains: Underfunded Fragmented Inconsistent because of weak institutional and veterinary infrastructure. Many municipalities continue to lack: Functional shelters Sterilisation facilities Veterinary personnel necessary for effective scientific stray dog population management. The Court itself acknowledged long-standing institutional failure in implementing scientific and humane animal birth control systems across India. Funding and Infrastructure Constraints Establishing district-level ABC centres and maintaining large-scale shelter systems require substantial: Financial resources Veterinary expertise Administrative coordination across multiple governance levels. Smaller municipalities and rural local bodies may face severe implementation challenges due to weak fiscal and institutional capacity. Sustainable financing and long-term planning will therefore become essential for effective implementation of the Court’s directions. Way Forward Scientific Stray Dog Management India requires a balanced and science-based stray dog management strategy integrating: Sterilisation Vaccination Shelter management Waste control Public awareness campaigns. Long-term reduction in stray dog populations can only be achieved through sustained and large-scale sterilisation and vaccination programmes rather than purely reactive measures. Public-health interventions should remain humane, evidence-based and aligned with constitutional values and scientific best practices. Strengthening Public Health Systems States should expand: Rabies surveillance systems Vaccine availability Emergency response mechanisms particularly in rural and underserved regions vulnerable to dog-bite incidents. Greater coordination between: Veterinary departments Municipal authorities Public-health agencies is essential for effective zoonotic disease management. Rabies prevention should become part of broader One Health governance frameworks linking animal, human and environmental health systems. Waste Management Reforms Effective urban waste management is critical because open food waste and garbage accumulation significantly contribute to increasing stray dog populations in urban areas. Municipal corporations should strengthen: Scientific waste disposal Closed garbage systems Sanitation infrastructure to reduce ecological support for free-ranging animal populations. Urban governance and stray animal management policies must operate through integrated planning mechanisms. Humane and Rights-Based Approach Animal welfare concerns should be addressed through: Humane shelters Ethical treatment protocols Independent oversight mechanisms preventing cruelty and arbitrary euthanasia practices. Civil society organisations, veterinary experts and local authorities should participate in designing scientifically informed implementation frameworks. The long-term challenge lies in balancing: Public safety Constitutional compassion Ecological ethics within democratic governance structures. Prelims Pointers The Animal Birth Control Rules, 2023 regulate sterilisation and management of community dogs. Rabies is a viral zoonotic disease that remains nearly 100% fatal after symptom onset. Article 48A relates to environmental and wildlife protection. Article 51A(g) imposes a duty upon citizens to show compassion towards living creatures. India has an estimated 62 million free-roaming dogs according to animal welfare estimates. Genomic Mapping of Pangolins Why in News? A study published in PLOS Biology developed a DNA-based genomic mapping system capable of tracing the origin and trafficking routes of illegally traded pangolins, significantly strengthening global wildlife forensics, anti-poaching operations and transnational biodiversity conservation efforts. Relevance GS III: Environment, Biodiversity Conservation, Science & Technology, Internal Security GS II: International Cooperation against Wildlife Crime Practice Question GS III: Discuss the role of genomic mapping and wildlife forensics in combating transnational wildlife trafficking.(250 Words) Key Findings of the Study Global Poaching Hotspots Identified The genomic analysis identified three major transnational pangolin extraction and trafficking zones located in: Southwestern Cameroon Southwestern Borneo Border regions surrounding Myanmar, which function as major supply centres for global illegal wildlife trade networks. These regions were linked to trafficking of: White-bellied pangolins Sunda pangolins Chinese pangolins, highlighting organised criminal networks operating across Africa and Asia to supply illegal wildlife markets. The findings provide scientific evidence for identifying source populations, enabling more targeted enforcement interventions against poaching and trafficking syndicates rather than relying solely on traditional surveillance and field intelligence methods. Northeast India–China Illicit Wildlife Corridor The study identified an active wildlife trafficking network originating from: Arunachal Pradesh Assam Possibly Bhutan, supplying pangolin products into China’s Yunnan province through transboundary smuggling routes. The findings demonstrate that Northeast India has emerged as a strategically important trafficking corridor due to: Porous borders Rich biodiversity Weak enforcement capacity Geographical proximity to Southeast Asian illegal wildlife markets. The study disproved the earlier assumption that domestic and international pangolin trafficking networks operate separately, showing substantial overlap between local supply chains and larger transnational wildlife crime syndicates linked to China and Vietnam. About Pangolins Ecological and Behavioural Features Pangolins are shy, solitary and predominantly nocturnal mammals specialised in feeding almost exclusively on ants and termites, a feeding behaviour scientifically referred to as myrmecophagy. Through burrowing and diggingactivities, pangolins contribute significantly to: Soil aeration Nutrient recycling Ecosystem health, thereby playing an important role in maintaining ecological balance within forest and grassland ecosystems. Pangolins reproduce very slowly, with females usually giving birth to only one offspring, causing populations to recover extremely slowly after poaching or habitat destruction-induced decline. Habitat and Distribution Pangolins are highly adaptable mammals inhabiting diverse ecosystems including: Tropical forests Grasslands Bamboo forests Agricultural fields Limestone forests, across Asia and Africa despite increasing anthropogenic pressures on natural habitats. In India, the Indian Pangolin (Manis crassicaudata) is distributed widely across the subcontinent, whereas the Chinese Pangolin (Manis pentadactyla) is mainly restricted to the northeastern region and is extremely rare. Habitat fragmentation caused by: Deforestation Mining Infrastructure expansion is increasingly isolating pangolin populations and increasing their vulnerability to poaching and illegal wildlife trade. Unique Anatomical Features Pangolins possess overlapping protective scales made of keratin, the same material found in human nails, which act as natural armour against predators and external threats in their habitat. Their primary defensive behaviour is volvation, where the animal curls itself into a tightly protected ball, making it difficult for predators to attack vulnerable body parts. Pangolins are completely toothless mammals and capture prey using an extremely long, muscular and sticky tongue anchored unusually near the pelvis and lower rib region instead of the jaw. Species Diversity Global Taxonomical Diversity Globally, there are eight pangolin species, evenly divided between Africa and Asia, reflecting significant evolutionary diversification across tropical ecosystems on both continents. African species include: Black-bellied pangolin White-bellied pangolin Giant Ground pangolin Temminck’s Ground pangolin, while Asian species include: Indian Chinese Sunda Philippine pangolins. Asian pangolin species face especially severe threats due to intense illegal demand for scales and meat in East and Southeast Asian black markets. Conservation Status International Protection All eight pangolin species are listed under Appendix I of CITES, which prohibits international commercial trade in wild-caught pangolins and their body parts due to severe extinction risks. Under the IUCN Red List: Indian Pangolin → Endangered (EN) Chinese Pangolin → Critically Endangered (CR), reflecting alarming population declines caused by poaching and habitat destruction. Pangolins are currently regarded among the world’s most trafficked mammals because of persistent illegal demand despite strict international conservation protections. Legal Protection in India Both Indian and Chinese pangolins receive the highest level of legal protection under Schedule I of the Wildlife (Protection) Act, 1972, similar to protection provided for species such as tigers and elephants. Hunting, possession, transport or trade involving pangolins or their body parts attracts stringent legal penalties under India’s wildlife conservation framework. World Pangolin Day is observed annually on the third Saturday of February to raise awareness regarding pangolin conservation and wildlife trafficking threats globally. DNA Mapping and Wildlife Forensics Genetic Mapping Technique Researchers used advanced population genomics targeting 671 key genome locations to accurately determine the geographical origin and trafficking pathways of seized pangolin specimens. Geo-referenced genomic databases allow enforcement agencies to scientifically link confiscated pangolin scales or body parts with specific poaching hotspots and source populations. The study demonstrates increasing integration of: Biotechnology Genetics Wildlife forensics into modern conservation and organised crime investigation frameworks. Importance of DNA Databases DNA databases significantly strengthen wildlife law enforcement by enabling authorities to identify: Poaching zones Smuggling corridors Illegal trade networks with far greater scientific accuracy and evidentiary reliability. Wildlife forensics improves prosecution quality because genomic evidence provides scientifically verifiable proof linking trafficked products to specific geographic regions and criminal networks. Such technologies also assist conservation scientists in studying: Genetic diversity Population fragmentation Species vulnerability, helping improve long-term biodiversity management strategies. Causes of Pangolin Trafficking Illegal Wildlife Trade Pangolin scales are illegally trafficked for use in: Traditional medicine Luxury food consumption Superstitious practices, especially across parts of East Asia and Southeast Asia despite lack of proven medicinal value. High black-market demand and limited supply have made pangolins among the most profitable targets for organised wildlife trafficking syndicates globally. Illegal trade networks often exploit: Weak border controls Corruption Limited enforcement coordination across countries to sustain smuggling operations. Habitat Destruction Deforestation, mining projects, road construction and agricultural expansion are reducing pangolin habitats and increasing human-induced ecological pressures on already declining populations. Habitat degradation not only decreases available shelter and food sources but also exposes pangolins to easier capture by poachers and traffickers. Fragmented habitats reduce genetic diversity and increase long-term extinction risks for already vulnerable pangolin populations. Weak Enforcement and Cross-Border Crime Pangolin trafficking networks operate through sophisticated transnational criminal syndicates using porous borders and covert transport routes spanning multiple countries and regions. Weak coordination among: Forest departments Customs authorities Border agencies often hampers effective disruption of wildlife crime networks. Wildlife trafficking increasingly overlaps with broader organised criminal activities including: Arms smuggling Narcotics trafficking Money laundering, increasing national security implications. Importance of DNA-Based Wildlife Forensics Strengthening Law Enforcement DNA mapping strengthens prosecution capabilities by scientifically linking seized wildlife products with specific poaching hotspots, thereby improving conviction rates in wildlife crime cases. Genomic evidence reduces dependence solely on eyewitness testimony or physical surveillance, which are often inadequate against organised trafficking syndicates. Scientific wildlife forensics also enhances credibility of enforcement agencies and judicial proceedings involving biodiversity crimes. Biodiversity Conservation Genomic technologies support biodiversity conservation by improving understanding of: Species evolution Population structure Migration patterns across ecosystems and geographical regions. Scientific conservation approaches become increasingly necessary amid accelerating biodiversity loss caused by: Illegal trade Climate change Habitat destruction. Protecting pangolins indirectly supports broader ecosystem stability through maintenance of soil quality and insect population regulation. International Cooperation DNA-based wildlife forensics strengthens transnational cooperation among: CITES INTERPOL UNODC Regional enforcement agencies against organised wildlife crime networks. Shared genomic databases improve cross-border intelligence-sharing and coordinated anti-trafficking operations among countries affected by wildlife smuggling. International scientific cooperation is essential because wildlife trafficking networks operate beyond national jurisdictions and exploit global illegal supply chains. India-Specific Concerns Northeast India Vulnerability Northeast India’s: Rich biodiversity Mountainous terrain Porous international borders make it particularly vulnerable to illegal wildlife trafficking networks operating across South and Southeast Asia. Trafficking routes connecting India with: Myanmar Bhutan China are increasingly exploited for smuggling endangered wildlife products including pangolin scales. The issue intersects with broader concerns relating to: Border security Organised crime Ecological conservation in India’s sensitive northeastern region. Need for Stronger Wildlife Forensics Infrastructure India requires expansion of: Wildlife DNA laboratories Genomic databases Forensic training programmes to effectively investigate and prosecute wildlife trafficking crimes. Greater integration between: Forest departments Customs authorities Border security forces is essential for strengthening wildlife law enforcement capabilities. Technology-driven conservation systems can significantly improve India’s ability to combat organised environmental crimes. Way Forward Strengthening Scientific Conservation India should establish a national integrated genomic database for endangered wildlife species to improve: Species monitoring Wildlife crime investigation Conservation planning using advanced biotechnology tools. Greater investment is needed in: Wildlife forensics Genomic sequencing AI-assisted monitoring systems to modernise biodiversity conservation infrastructure. Scientific conservation strategies should be integrated into broader environmental governance and wildlife protection frameworks. Enhancing Border Surveillance Vulnerable trafficking corridors in Northeast India require stronger surveillance through: Drone monitoring Satellite imaging AI-based intelligence systems and improved inter-agency coordination. Cooperation with neighbouring countries is essential for dismantling transnational wildlife crime networks operating across porous international borders. Better enforcement infrastructure can reduce illegal extraction and trafficking of endangered wildlife species. Community-Based Conservation Local communities should be integrated into conservation efforts through: Eco-development programmes Alternative livelihoods Conservation awareness campaigns reducing incentives for poaching and illegal wildlife trade. Community participation improves long-term sustainability and strengthens grassroots conservation monitoring mechanisms. Indigenous ecological knowledge can also support biodiversity protection initiatives. International Cooperation India should strengthen collaboration with: CITES INTERPOL ASEAN wildlife enforcement networks for intelligence-sharing and coordinated anti-trafficking operations. International legal and scientific cooperation is critical because wildlife trafficking networks operate across multiple countries and jurisdictions. Stronger global governance mechanisms are necessary for protecting endangered species from organised environmental crime. Prelims Pointers Pangolins belong to the order Pholidota and are the only mammals fully covered with keratin scales. All pangolin species are protected under Appendix I of CITES, prohibiting international commercial trade. Indian Pangolin → Endangered (IUCN); Chinese Pangolin → Critically Endangered (IUCN). Both Indian and Chinese pangolins are protected under Schedule I of the Wildlife (Protection) Act, 1972. World Pangolin Day is observed annually on the third Saturday of February. India, Nordic nations elevate ties to Green Technology and Innovation Strategic Partnership: MEA lists 8 outcomes Why in News? Prime Minister Narendra Modi participated in the 3rd India–Nordic Summit in Oslo, Norway, where India and the five Nordic countries elevated relations to a Green Technology and Innovation Strategic Partnership focused on sustainability, technology and strategic cooperation. Relevance GS II: International Relations, India–Europe Relations, Multilateral Cooperation GS III: Green Technology, Climate Action, Blue Economy, Innovation & AI Practice Question GS II: India–Nordic cooperation reflects the growing strategic convergence between sustainability and geopolitics. Analyse.(250 Words) About the India–Nordic Summit The India–Nordic Summit is a high-level diplomatic platform involving India and the five Nordic countries — Denmark, Finland, Iceland, Norway and Sweden — aimed at strengthening cooperation in trade, technology, sustainability, security and global governance. India is the only country apart from the United States to maintain summit-level engagement collectively with the Nordic region, highlighting the growing strategic importance of Nordic countries in India’s European and Indo-Pacific diplomacy. The previous India–Nordic Summits were held in: Stockholm, Sweden (2018) Copenhagen, Denmark (2022) Oslo, Norway (2026), while the next summit will be hosted by Finland. Key Highlights of the 3rd India–Nordic Summit Green Technology and Innovation Strategic Partnership India and Nordic countries elevated ties into a Green Technology and Innovation Strategic Partnership, signalling deeper collaboration in clean energy, climate action, circular economy, digital infrastructure and sustainable industrial development. The partnership is anchored in shared values such as: Democracy Rule of law Multilateralism Rules-based global order Sustainable development and innovation-driven economic growth. Both sides recognised that combining Nordic technological innovation and investment capital with India’s large market, demographic scale and manufacturing capacity can create globally scalable sustainable development models. Trade and Economic Cooperation India–EFTA TEPA The leaders highlighted implementation of the India–EFTA Trade and Economic Partnership Agreement (TEPA) aimed at strengthening investment flows, supply-chain resilience and technology cooperation between India and EFTA countries. Under TEPA, EFTA countries are expected to facilitate nearly USD 100 billion in investments into India, potentially creating around one million direct jobs across multiple sectors. The agreement seeks to strengthen: Green manufacturing Circular economy Bioeconomy Sustainable industrialisation while improving long-term economic integration between India and Europe. India–EU Free Trade Agreement Nordic countries supported early conclusion of the India–European Union Free Trade Agreement, recognising its importance for expanding bilateral trade, investment and technology cooperation between India and European economies. India views stronger trade integration with Europe as important for: Export diversification Technology access Supply-chain resilience amid growing global economic fragmentation and protectionism. Climate Action and Sustainability LeadIT 2.0 Iceland joined LeadIT 2.0 (Leadership Group for Industry Transition), a global initiative focused on decarbonising heavy industries and accelerating transition towards low-carbon industrial systems. India and Nordic countries committed to cooperation in: Renewable energy Low-emission technologies Circular economy Sustainable lifestyles aligning with India’s Mission LiFE initiative. The partnership seeks to transform Nordic climate innovations into scalable and investible sustainability solutions capable of supporting global climate mitigation and green industrial transitions. Blue Economy Cooperation Both sides agreed to strengthen cooperation in the Blue Economy, including sustainable shipping, marine resource management, environmentally safe ship recycling and maritime technological innovation. They reaffirmed commitment to implementing the Hong Kong Convention for environmentally sound and sustainable ship recycling practices, an area where India plays a globally significant role. Blue Economy cooperation also complements India’s: Indo-Pacific Oceans Initiative (IPOI) Vision of MAHASAGAR promoting maritime sustainability and regional cooperation. Technology, AI and Space Cooperation Artificial Intelligence and Emerging Technologies The summit emphasised development of: Human-centric AI Secure 5G/6G systems Ethical AI governance frameworks amid growing global concerns regarding technological regulation and digital sovereignty. Discussions built upon India’s hosting of the AI Impact Summit 2026, reinforcing India’s growing role in shaping global conversations on responsible and inclusive artificial intelligence governance. Nordic countries possess advanced capabilities in telecommunications, digital governance and innovation ecosystems, making them strategic technology partners for India’s digital transformation ambitions. Space Cooperation India and Norway announced a new Framework Agreement between ISRO and the Norwegian Space Agency, strengthening bilateral collaboration in satellite systems, Earth observation and space-based research. Sweden also confirmed contribution of a payload for India’s upcoming Venus Orbiter Mission — Shukrayaan-1, reflecting expanding scientific and technological cooperation between India and Nordic countries. Space cooperation is strategically important for: Climate monitoring Navigation systems Arctic research Telecommunications and advanced scientific collaboration. Defence and Maritime Security Defence Industrial Collaboration India invited Nordic defence firms to invest under the policy allowing 100% FDI in Defence Industrial Corridors, especially in Uttar Pradesh and Tamil Nadu manufacturing clusters. The initiative aligns with India’s Atmanirbhar Bharat objective of strengthening indigenous defence production, technological self-reliance and advanced manufacturing capabilities. Nordic countries possess globally competitive expertise in: Aerospace technologies Naval systems Defence electronics Cybersecurity creating opportunities for joint production and innovation. Maritime Security Cooperation India and Nordic nations agreed to deepen maritime cooperation through: Maritime Security Dialogues Information-sharing mechanisms Indo-Pacific coordination initiatives. Norway formally joined India’s Indo-Pacific Oceans Initiative (IPOI), reflecting increasing European support for India’s maritime vision in the Indo-Pacific region. Maritime cooperation has become strategically important due to: Global shipping disruptions Maritime competition Energy security concerns across the Indo-Pacific and Arctic regions. Arctic Cooperation India and Nordic countries agreed to expand cooperation in: Polar research Climate science Arctic environmental monitoring amid rising geopolitical and ecological significance of the Arctic region. India, an observer in the Arctic Council, views Nordic countries as critical partners for understanding climate change and securing strategic interests in emerging Arctic sea routes. India’s Himadri Research Station located in Svalbard, Norway, already serves as an important platform for India’s Arctic scientific engagement. Geopolitical and Strategic Cooperation UN Reforms and NSG Nordic countries reiterated support for India’s aspiration to secure a permanent seat in a reformed United Nations Security Council (UNSC). They also backed India’s application for membership in the Nuclear Suppliers Group (NSG), strengthening India’s campaign for greater representation in global governance institutions. Such diplomatic support enhances India’s credibility as a rising global power seeking reform of post-World War II international institutions. Counter-Terrorism Cooperation The leaders strongly condemned: Cross-border terrorism Violent extremism Terror financing while specifically referencing the 2025 Pahalgam and New Delhi terror attacks. India and Nordic countries reaffirmed commitment to coordinated global action against terrorist networks and extremist financing channels operating across borders. The cooperation reflects growing convergence on international security issues despite geographical distance between India and Nordic Europe. Ukraine and West Asia India and Nordic nations reiterated support for peaceful resolution of conflicts in: Ukraine West Asia through dialogue, diplomacy and respect for international law. Both sides stressed the importance of preserving the: Rules-based international order Multilateral cooperation amid rising geopolitical instability and armed conflicts. India continued to maintain its policy of strategic autonomy while supporting diplomatic and peaceful conflict resolution mechanisms. Importance of the Nordic Region for India Innovation and Sustainability Leadership Nordic countries consistently rank among the world’s most innovative and sustainable economies, with Sweden, Finland and Denmark regularly appearing among top global innovation performers. Their expertise in: Green technologies Circular economy Renewable energy Digital governance complements India’s manufacturing scale and developmental aspirations. The partnership enables India to access advanced technologies while providing Nordic firms opportunities within one of the world’s fastest-growing major economies. Arctic–Indo-Pacific Linkage Melting Arctic ice is opening new shipping routes and access to strategic resources, increasing geopolitical significance of Arctic governance and polar research cooperation. Nordic countries therefore become strategically important partners for India’s: Arctic engagement Climate diplomacy Maritime strategy in the emerging High North geopolitical landscape. Arctic cooperation also strengthens India’s understanding of climate systems affecting monsoon patterns and long-term environmental security. Supply Chain Resilience India–Nordic cooperation contributes to building resilient and diversified global supply chains amid concerns regarding overdependence on China-centric manufacturing systems. The partnership complements initiatives such as the India–Middle East–Europe Economic Corridor (IMEC) aimed at strengthening alternative connectivity and trade networks. Nordic investment and technological expertise can support India’s transition into advanced manufacturing and sustainable industrial production. Challenges in India–Nordic Relations Geopolitical Divergence Nordic countries, especially Finland and Sweden, perceive Russia as a major security threat and have deepened engagement with NATO and Western security structures. India, however, continues to maintain strategic defence and energy ties with Russia under its policy of strategic autonomy, occasionally creating geopolitical divergences. These differences may influence cooperation on broader international security and geopolitical issues. Low Trade Volume Despite growing political engagement, bilateral trade between India and Nordic countries remains relatively limited, historically around USD 13 billion, significantly below potential economic capacity. Weak maritime connectivity, limited logistics integration and geographical distance continue to constrain deeper business and industrial cooperation. Expanding high-value trade in technology and sustainability sectors remains essential for improving economic integration. ESG and Regulatory Concerns Nordic countries strongly emphasise: Environmental standards Labour rights Human rights Transparency in trade and investment frameworks. India sometimes perceives these standards as restrictive non-tariff barriers affecting domestic industrial competitiveness and developmental priorities. Differences regarding sustainability norms and compliance frameworks may occasionally complicate investment and trade negotiations. Intellectual Property and Technology Concerns Nordic economies rely heavily on innovation and intellectual property protection, leading to concerns regarding technology-sharing and IPR enforcement in India. Such concerns may slow cooperation in advanced sectors including: Green hydrogen Quantum technologies 6G communication systems and renewable energy technologies. Building trust-based technology governance frameworks will therefore remain essential. Way Forward Fast-Track Nordic Investments India should establish a dedicated Nordic-Baltic investment facilitation mechanism within Invest India to provide faster approvals, dispute resolution and regulatory support for Nordic investors. Simplifying taxation, contract enforcement and land acquisition systems can improve investor confidence among Nordic sovereign wealth funds and green technology firms. Such reforms can help India effectively absorb the proposed USD 100 billion investment target under TEPA. Expanding Technology Partnerships India and Nordic countries should deepen collaboration in: AI Quantum computing Green hydrogen Space technology Circular economy through joint research and startup ecosystems. India’s manufacturing scale combined with Nordic innovation can produce affordable green technologies suitable for wider deployment across the Global South. Joint intellectual property protection frameworks may help accelerate advanced technological cooperation. Strengthening Blue Economy Cooperation Both sides should establish a dedicated Blue Economy Taskforce focusing on: Zero-emission shipping Marine biotechnology Green hydrogen bunkering Sustainable maritime infrastructure. Such cooperation can strengthen India’s maritime economy while supporting global decarbonisation goals and sustainable ocean governance. Maritime cooperation also reinforces India’s strategic role in the Indo-Pacific region. Sustained Multilateral Cooperation India and Nordic nations should continue acting as bridges between the Global North and Global South, particularly regarding: Climate finance AI governance Sustainable development Multilateral reforms. Their partnership can contribute to creating more inclusive and equitable global governance frameworks in emerging technology and environmental domains. Cooperation through platforms such as: G20 Arctic Council UN can further strengthen strategic coordination. About the Nordic Region Composition and Governance The Nordic region consists of: Denmark Finland Iceland Norway Sweden along with autonomous territories such as Greenland, Faroe Islands and Åland Islands. “Nordic” is broader than “Scandinavia,” which traditionally refers only to Denmark, Norway and Sweden. The region is globally recognised for: High quality of life Strong welfare systems Innovation Sustainability and democratic governance. Nordic Council The Nordic Council, established in 1952, is the official parliamentary cooperation body among Nordic countries focused on: Sustainability Security Climate action Digital transformation and regional cooperation. Finland holds the Presidency of the Nordic Council for 2026, while its Secretariat is located in Copenhagen. The institution plays an important role in coordinating Nordic regional governance and policy harmonisation. Nordic-Baltic Eight (NB8) The Nordic-Baltic Eight (NB8) is an informal grouping comprising: Five Nordic countries Estonia Latvia Lithuania. The grouping increasingly prioritises engagement with India in: Green technologies Maritime affairs Innovation Space cooperation and strategic connectivity initiatives. Estonia currently chairs the NB8 grouping for 2026. Prelims Pointers The 3rd India–Nordic Summit was held in Oslo, Norway (2026). India upgraded ties with Nordic countries to a Green Technology and Innovation Strategic Partnership. Iceland joined LeadIT 2.0 during the summit. Norway formally joined India’s Indo-Pacific Oceans Initiative (IPOI). India’s Arctic research station Himadri is located in Svalbard, Norway. India, Italy seal defence pact, boost ties to ‘special strategic partnership’ Why in News? India and Italy upgraded bilateral ties to a “Special Strategic Partnership” during Prime Minister Narendra Modi’s visit to Italy, with agreements covering technology, defence, innovation, AI, maritime security, critical minerals, education, counter-terrorism and geopolitical coordination. Relevance GS II: Bilateral Relations, India–Europe Relations GS III: Critical Minerals, Maritime Security, Defence Technology, AI Practice Question GS II: The India–Italy partnership represents India’s expanding multi-alignment strategy in Europe. Discuss.(250 Words) Significance of the Partnership The elevation of India–Italy relations reflects growing strategic convergence between the two countries amid changing geopolitical alignments, supply-chain diversification and increasing importance of technology-driven partnerships in the emerging multipolar global order. For India, stronger ties with Italy deepen engagement with the European Union (EU) and enhance cooperation with influential European middle powers beyond traditional strategic partners such as France and Germany. For Italy, partnership with India aligns with Europe’s Indo-Pacific outreach strategy and its effort to reduce excessive dependence on China-centric manufacturing and technology ecosystems. Counter-Terrorism Cooperation Both countries strongly condemned terrorism and violent extremism in all forms, including cross-border terrorism, while reaffirming cooperation against terror groups and financial networks supporting extremist activities globally. The leaders specifically condemned the April 2025 Pahalgam terror attack and reiterated commitment to cooperation against entities listed under the UN Security Council 1267 Sanctions Regime. India and Italy emphasised that responsible democracies must not merely condemn terrorism rhetorically but must actively dismantle terror financing systems and transnational extremist support structures. Innovation and Technology Partnership INNOVIT India India and Italy announced the establishment of INNOVIT India, an innovation hub aimed at strengthening collaboration between startups, universities, industries and research ecosystems of both countries. The initiative seeks to promote: Startup acceleration Joint research Business matching Talent mobility University collaboration across emerging technology sectors. Priority sectors identified include: Artificial Intelligence Quantum computing Semiconductors Healthcare Agritech Fintech Supply-chain technologies. Artificial Intelligence and Supercomputing Both countries reaffirmed commitment to developing human-centric, secure and trustworthy Artificial Intelligence systems, reflecting growing international concerns regarding ethical and responsible AI governance. India and Italy also agreed to cooperate on AI-related projects in third countries, especially within the Global South, expanding technological collaboration into geopolitical and developmental domains. The leaders placed special emphasis on supercomputing cooperation, recognising its strategic importance in defence, scientific research, climate modelling, cybersecurity and next-generation industrial technologies. Maritime Security Cooperation Dialogue on Maritime Security India and Italy agreed to launch a dedicated Dialogue on Maritime Security aimed at improving coordination, information-sharing and exchange of best practices in maritime governance and naval security. Maritime cooperation gains strategic significance amid instability in the: Red Sea West Asia Strait of Hormuz Wider Indo-Pacific maritime region. Italy’s Mediterranean influence and India’s Indian Ocean presence create opportunities for broader strategic coordination on maritime trade routes and naval security architecture. Freedom of Navigation Both countries underlined the importance of maintaining freedom of navigation and uninterrupted commercial flows through the Strait of Hormuz, one of the world’s most critical energy chokepoints. The statement reflected shared concerns regarding disruptions caused by conflicts in West Asia and their impact on global trade, shipping routes and energy security. Geopolitical and Diplomatic Coordination Ukraine Conflict India and Italy expressed concern regarding the continuing conflict in Ukraine and reiterated support for achieving a comprehensive, just and lasting peace through dialogue and diplomacy. India maintained its balanced diplomatic position, advocating peaceful negotiations while avoiding rigid bloc politics amid intensifying geopolitical polarisation between Russia and Western countries. West Asia Crisis Both leaders expressed deep concern regarding escalating tensions in West Asia and welcomed the April 8, 2026 ceasefire announcement aimed at reducing regional hostilities. They stressed the importance of: De-escalation Dialogue Diplomacy for ensuring regional peace and safeguarding global economic and energy stability. India’s dependence on West Asian energy imports and Italy’s Mediterranean strategic interests create shared incentives for long-term regional stability. Economic and Trade Dimensions Industrial and Manufacturing Cooperation Italy’s advanced manufacturing capabilities in engineering, machinery, automotive systems and industrial design complement India’s growing market, skilled workforce and production-linked incentive ecosystem. The Special Strategic Partnership seeks to deepen cooperation in: Advanced manufacturing Defence production Green technologies Industrial innovation Supply-chain resilience. Both countries aim to strengthen economic complementarities amid global efforts to diversify production networks away from concentrated supply chains. Skilled Mobility and Education Italy Calls India Initiative Both countries welcomed the launch of “ICI–Italy Calls India: A University-Enterprise Talent Bridge”, aimed at improving educational and employment pathways for Indian students in Italy. The initiative seeks to facilitate: Talent matching Industry integration Academic collaboration Skilled workforce mobility between Indian institutions and Italian enterprises. The programme also reflects Europe’s growing demand for skilled labour amid demographic ageing and industrial workforce shortages. Critical Minerals Cooperation India and Italy agreed to establish a structured framework for cooperation in critical minerals, particularly focusing on sustainable extraction and resilient supply chains. The partnership includes collaboration in recovery of critical minerals from: Electronic waste Mine tailings Other unconventional sources. Critical minerals such as lithium, cobalt and rare earth elements are strategically important for: EV batteries Renewable energy systems Semiconductors Defence manufacturing. Cooperation in Africa India and Italy agreed to pursue trilateral development cooperation in Africa across sectors such as: Digital Public Infrastructure (DPI) Agriculture Healthcare Artificial Intelligence Renewable energy Infrastructure connectivity. The initiative aligns India’s development partnership approach with Italy’s Mattei Plan for Africa, which seeks to deepen Europe-Africa economic and developmental engagement. This reflects increasing geopolitical competition for influence in Africa involving India, China, Europe and Gulf countries. Cultural and Civilisational Cooperation Both leaders highlighted culture as a key pillar of bilateral relations and welcomed Italy’s participation in development of the National Maritime Heritage Complex at Lothal in Gujarat. They also encouraged creation of an Italy–India Cultural Forum bringing together institutions, experts and representatives from the creative and cultural industries. Cultural diplomacy strengthens long-term societal engagement and broadens bilateral relations beyond purely economic and strategic cooperation. Strategic Importance for India Strengthening India–Europe Engagement Stronger ties with Italy support India’s broader strategic outreach to Europe and may strengthen momentum for negotiations regarding the India–EU Free Trade Agreement (FTA). Italy’s support can also enhance India’s cooperation with European institutions in areas such as: Technology governance Supply-chain resilience Maritime security Green transitions. Strategic Autonomy and Multi-Alignment The partnership reflects India’s broader strategy of multi-alignment, where India engages diverse global powers without entering rigid military or geopolitical alliances. Cooperation with influential middle powers such as Italy strengthens India’s strategic flexibility amid growing US–China rivalry and global geopolitical fragmentation. Indo-Pacific and Maritime Strategy Italy’s increasing interest in the Indo-Pacific complements India’s vision of a free, open and inclusive Indo-Pacific based on international law and maritime cooperation. Maritime coordination with European partners also strengthens India’s broader naval diplomacy and Indian Ocean security architecture. Challenges and Limitations Despite improving political ties, bilateral trade between India and Italy remains below potential and requires greater industrial integration, investment facilitation and market access reforms. Differences may occasionally arise regarding: Russia–Ukraine conflict Human rights issues Climate regulations Carbon-border taxation mechanisms. Bureaucratic procedures, regulatory complexity and mobility-related challenges may affect implementation of talent and business cooperation initiatives. Ensuring sustained institutional follow-up and implementation of announced agreements remains critical for translating diplomatic announcements into tangible outcomes. Way Forward India and Italy should institutionalise annual strategic dialogues covering: Defence Technology Maritime security Innovation Geopolitical coordination. Greater collaboration in: AI Quantum technologies Green hydrogen Semiconductors Clean energy can create long-term strategic interdependence. Faster conclusion of the India–EU Free Trade Agreement can substantially boost bilateral trade, investment and industrial cooperation between India and Italy. Expanded academic exchanges, startup ecosystems and joint research centres can strengthen innovation-driven growth and technological collaboration. Both countries should deepen coordination in multilateral platforms such as: G20 UN Indo-Pacific frameworks Global technology governance institutions. Constitutional and Governance Linkages India’s international relations and treaty-making powers derive from Union executive authority under Article 73 and relevant entries in the Union List concerning foreign affairs. Cooperation in areas such as peace, diplomacy and international security aligns with constitutional objectives under Article 51, promoting international peace and harmonious relations among nations. Prelims Pointers India and Italy upgraded ties to a Special Strategic Partnership in 2026. INNOVIT India is a joint innovation hub announced by India and Italy. Both countries launched a Dialogue on Maritime Security. Italy will participate in development of the National Maritime Heritage Complex at Lothal. Both countries emphasised freedom of navigation through the Strait of Hormuz. Exercise PRAGATI 2026 Why in News? India commenced the multilateral military exercise PRAGATI 2026 at Umroi Military Station, Meghalaya with participation from 12 friendly nations, highlighting India’s growing emphasis on regional security cooperation, counter-terrorism preparedness and defence diplomacy in the Indo-Pacific. Relevance GS II: International Relations, Regional Groupings, India’s Neighbourhood Policy GS III: Internal Security, Defence Diplomacy, Maritime Security, Defence Indigenisation Practice Question GS II: “Exercise PRAGATI reflects India’s transition from a balancing power to a security provider in the Indo-Pacific.” Analyse. About Exercise PRAGATI 2026 PRAGATI stands for Partnership of Regional Armies for Growth and Transformation in the Indian Ocean Region, reflecting India’s effort to institutionalise military cooperation, strategic trust-building and interoperability among regional partners facing common maritime and non-traditional security threats. The two-week exercise focuses primarily on counter-terrorism operations in semi-mountainous and jungle terrain, including joint tactical drills, intelligence-sharing mechanisms, coordinated operations and physical endurance training under complex operational conditions resembling real-world insurgency environments. Participating countries include Bhutan, Cambodia, Indonesia, Laos, Malaysia, Maldives, Myanmar, Nepal, Philippines, Seychelles, Sri Lanka and Vietnam, demonstrating India’s widening strategic outreach across South Asia, Southeast Asia and the Indian Ocean Region. Indigenous defence technologies and innovations are also being showcased under the Atmanirbhar Bharat initiative, providing a platform for defence diplomacy, export promotion and technological collaboration with friendly foreign militaries and governments. Strategic Significance for India Indian Ocean Region (IOR) Security Exercise PRAGATI strengthens India’s role as a “Net Security Provider” in the Indian Ocean Region (IOR) by promoting collective responses against piracy, terrorism, maritime crime, trafficking networks and emerging hybrid security threats affecting regional stability and sea-lane security. The exercise operationalises India’s SAGAR doctrine — Security and Growth for All in the Region — by encouraging cooperative security partnerships, mutual trust and institutional coordination among littoral and partner countries in the Indo-Pacific maritime domain. Participation of strategically located island and coastal nations such as Maldives, Sri Lanka and Seychelles helps India strengthen maritime partnerships near critical Sea Lines of Communication (SLOCs) and chokepoints vulnerable to geopolitical competition and external military influence. Countering China’s Expanding Influence PRAGATI indirectly strengthens India’s strategic balancing posture against China’s expanding military and economic footprint through the Belt and Road Initiative (BRI), Maritime Silk Route and growing PLA Navy deployments across the Indian Ocean and South China Sea regions. Inclusion of countries such as Vietnam and the Philippines, both deeply involved in South China Sea disputes, reflects India’s broader Indo-Pacific strategy aimed at supporting a rules-based regional order and freedom of navigation principles. India’s approach remains cooperative rather than alliance-based, enabling smaller regional states to engage in security collaboration without being forced into overt geopolitical alignments amid intensifying US–China strategic competition. Northeast India and Act East Policy Conducting the exercise in Meghalaya highlights the strategic importance of Northeast India as a gateway to ASEAN nations and demonstrates the integration of military diplomacy with India’s broader Act East Policy objectives. The Northeast’s proximity to Southeast Asia provides ideal terrain for jungle warfare and counter-insurgency training while simultaneously reinforcing India’s geopolitical outreach towards ASEAN, BIMSTEC and Indo-Pacific regional architectures. Hosting multinational military exercises in the Northeast also contributes to regional infrastructure development, strategic connectivity and greater integration of border states into India’s long-term national security and foreign policy framework. Military and Security Dimensions Counter-Terrorism Cooperation The exercise improves operational coordination among participating armies in combating terrorism, insurgency and transnational extremist networks operating in difficult terrain, especially in jungle, coastal and mountainous regions across South and Southeast Asia. Joint tactical drills and coordinated operations help armies develop common operational procedures, communication systems and battlefield coordination mechanisms essential for multinational missions, peacekeeping operations and humanitarian contingencies. Sharing counter-insurgency experiences among participating nations enhances collective learning regarding intelligence gathering, civilian protection, special operations and handling asymmetric threats posed by non-state actors and radical extremist organisations. Intelligence Sharing and Interoperability PRAGATI seeks to evolve institutionalised frameworks for intelligence sharing and best-practice exchanges, especially concerning cross-border terrorism, organised crime, maritime surveillance and emerging security threats in the Indo-Pacific region. Improved interoperability among participating forces strengthens their ability to conduct coordinated responses during multinational operations, disaster relief missions and United Nations peacekeeping deployments under rapidly evolving operational environments. Such exercises also help reduce mistrust and improve military-to-military communication channels, thereby lowering risks of misunderstanding, strategic miscalculation and delayed coordination during regional security crises or humanitarian emergencies. Hybrid and Non-Traditional Threats Modern security threats increasingly involve hybrid warfare techniques such as cyberattacks, drones, disinformation campaigns and proxy militant networks, requiring coordinated multinational responses beyond traditional conventional military preparedness. Exercises like PRAGATI enable armed forces to adapt to technology-driven security environments by enhancing flexibility, rapid decision-making and integrated operational planning under uncertain and asymmetric battlefield conditions. Counter-terrorism training in semi-mountainous and jungle terrain is particularly relevant for countries confronting insurgency, narco-terrorism and illegal trafficking networks exploiting porous borders and weak governance structures. Defence Diplomacy and Soft Power The traditional welcome accorded to participating contingents reflects India’s use of cultural diplomacy and military soft power to deepen trust, goodwill and long-term strategic relationships with neighbouring and partner countries. Defence diplomacy through recurring military exercises helps India institutionalise strategic partnerships beyond formal treaties by fostering personal rapport, professional exchanges and confidence-building measures (CBMs) among military leadership and personnel. Such engagements enhance India’s credibility as a responsible regional power committed to inclusive security cooperation rather than coercive or dominance-oriented geopolitical approaches in the Indo-Pacific. Economic and Defence Industrial Significance Atmanirbhar Bharat in Defence Showcasing indigenous defence technologies during PRAGATI 2026 supports India’s objective of becoming a major defence manufacturing and export hub while reducing dependence on imported military systems and strategic platforms. Initiatives such as Defence Industrial Corridors, Innovations for Defence Excellence (iDEX) and Positive Indigenisation Lists complement these efforts by encouraging domestic innovation, private-sector participation and technological self-reliance in strategic sectors. Military exercises provide practical opportunities for friendly countries to evaluate Indian defence equipment, surveillance systems, drones and communication technologies under realistic operational conditions before procurement decisions. Defence Export Potential Participating developing countries represent potential markets for affordable Indian defence products, especially in areas such as coastal surveillance, unmanned systems, electronic warfare, protective gear and counter-insurgency equipment. India’s defence exports crossed approximately ₹21,000 crore in FY 2024–25, reflecting growing international confidence in India’s indigenous defence manufacturing capabilities and expanding strategic footprint. Defence exports also strengthen India’s geopolitical influence by building long-term strategic dependencies, maintenance partnerships and training cooperation with friendly countries across the Global South. Challenges and Limitations Significant asymmetry exists among participating countries regarding military technology, logistics infrastructure, training standards and institutional capacity, which may limit deeper interoperability and coordinated operational effectiveness. Political instability, regime changes and domestic conflicts within some participating nations can affect continuity, consistency and long-term institutionalisation of defence cooperation frameworks and regional strategic initiatives. Many smaller countries seek balanced relations with both India and China, limiting the possibility of transforming such exercises into overt strategic coalitions or security blocs directed against any particular country. Sustained multilateral engagement requires substantial financial resources, logistical coordination, regular exercises and long-term political commitment, which may become difficult amid competing domestic and strategic priorities. Way Forward India should institutionalise PRAGATI as a flagship recurring multilateral military exercise with permanent working groups, intelligence-sharing mechanisms and regular doctrinal exchanges among participating countries. Future editions should expand beyond counter-terrorism to include cybersecurity, maritime domain awareness, artificial intelligence, drone warfare and Humanitarian Assistance and Disaster Relief (HADR) cooperation. India should integrate PRAGATI more closely with regional frameworks such as BIMSTEC, ASEAN-led mechanisms and the Indo-Pacific Oceans Initiative (IPOI) to strengthen cooperative security architecture in the region. Greater emphasis should also be placed on joint production, technology transfer, capacity-building initiatives and defence industrial partnerships to create sustainable and mutually beneficial long-term strategic cooperation. Constitutional and Governance Linkages Defence, armed forces and international military cooperation fall under the Union List of the Seventh Schedule, giving the Union Government primary responsibility for national security and strategic partnerships. Exercise PRAGATI also reflects the spirit of Article 51 of the Constitution, which encourages the promotion of international peace and security, arbitration and respectful relations among nations. Prelims Pointers PRAGATI = Partnership of Regional Armies for Growth and Transformation in the Indian Ocean Region. Venue (2026): Umroi Military Station, Meghalaya. Focus areas include counter-terrorism, jungle warfare, interoperability and intelligence sharing. Closely linked with India’s SAGAR Doctrine, Act East Policy and Indo-Pacific strategic outreach.