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  • Women empowerment issues – Jobs,Reservation and education

    [10th June 2025] The Hindu Op-ed: Empowering women in agriculture for food security

    op-ed snap | Indian Society | Mains Paper 3: Role Of Women & Women Organization

    PYQ Relevance:

    [UPSC 2024] Distinguish between gender equality, gender equity and women’s empowerment. Why is it important to take gender concerns into account in programme design and implementation?

    Linkage: Women’s empowerment and the critical need to incorporate gender concerns into programme design and implementation. The article extensively discuss how empowering women in agriculture is fundamental to achieving food security. For instance, the United Nations General Assembly declared 2026 as the International Year of the Woman Farmer to recognize, support, and enhance the role of women in ensuring food security, fostering economic prosperity, and promoting sustainability.

     

    Mentor’s Comment:  The United Nations has declared 2026 as the International Year of the Woman Farmer to recognise the important but often overlooked role women play in growing food around the world. Over 100 countries supported this move, which highlights a major issue: while women produce up to 80% of food in developing countries, they are still left out when it comes to owning land. For example, in India, although 80% of working women are in farming, only 14% own land.

     Today’s editorial talks about the problems faced by women farmers, which is an important topic for GS Paper I (women-related issues), GS Paper II (social justice), and GS Paper III (agriculture).

    _

    Let’s learn!

    Why in the News?

    The International Year of the Woman Farmer in 2026 should focus on supporting strong, sustainable farming and ensuring equal rights and opportunities for women in agriculture.

    What challenges do women farmers face in land and credit access?

    • Low Land Ownership Limits Entitlements: Despite forming nearly 80% of the economically active female workforce in agriculture, only 14% of landowners in India are women, and just 8.3% according to NFHS data. Eg: A woman working her family’s farmland may still lack legal ownership, preventing her from claiming government subsidies or schemes like PM-KISAN.
    • Difficulty Accessing Credit: Without land titles, women are often denied collateral-based loans from banks and formal financial institutions. Eg: A woman farmer in rural Bihar cannot access a loan for irrigation equipment because she doesn’t hold a land deed, pushing her to rely on informal moneylenders.
    • Inadequate Access to Financial Technology and Information: Women have limited access to mobile phones and agricultural advisories, which are crucial for credit applications and crop planning. Eg: In Assam, women supported by the ENACT project lacked timely access to climate forecasts, making it harder to plan credit usage for flood-resistant crop seeds.

    Why is 2026 declared the International Year of the Woman Farmer?

    • To Recognise Women’s Vital Role in Agriculture: Women contribute to 60–80% of food production in developing countries and nearly 39% of the agricultural labour force in South Asia.  
    • To Raise Awareness About Structural Challenges: The declaration aims to highlight barriers women face such as limited land ownership, market access, and credit availability. Eg: Only 14% of agricultural landowners in India are women, restricting their ability to access loans and government schemes.
    • To Promote Gender Equality and Empowerment: It seeks to promote gender-transformative agricultural development by encouraging inclusive policies, technology access, and self-help group participation. Eg: The ENACT project in Assam supports women farmers by linking them with agri-experts and providing mobile-based advisories to adapt to climate change.

    What is the ENACT project?

    The ENACT project stands for Enhancing Climate Adaptation of Vulnerable Communities through Nature-based Solutions and Gender-Transformative Approaches. Supported by the World Food Programme (WFP), the Government of Assam, and funded by Norway, it empowers women farmers in Nagaon

    How does the ENACT project help women farmers adapt to climate change?

    • Access to Climate-Resilient Agricultural Information: ENACT provides weekly agricultural and climate advisories through mobile phones, enabling informed decision-making. Eg: Over 300 women farmers in 17 villages of Assam’s Nagaon district receive timely updates on weather and crop planning.
    • Promotion of Flood-Resistant Crop Varieties: The project introduces flood-tolerant rice varieties and promotes livelihood diversification to reduce climate-related risks. Eg: In Roha village, new rice varieties introduced by the project can survive underwater, helping farmers secure better yields during floods.
    • Strengthening Institutional and Technical Support: ENACT facilitates collaboration with local institutions, including agri-departments, universities, and meteorological agencies. Eg: Climate Adaptation Information Centres offer video conferencing tools for expert guidance and community meetings.

    What policies support women farmers in India?

    • Mahila Kisan Sashaktikaran Pariyojana (MKSP): Enhances skills, capacity building, and promotes sustainable agriculture among women farmers. Eg: MKSP supports self-help groups (SHGs) in improving agricultural practices and income generation.
    • Sub-Mission on Agricultural Mechanisation: Provides 50% to 80% subsidies on farm machinery and equipment to reduce drudgery and improve productivity. Eg: Women farmers receive subsidised tools for sowing, weeding, and harvesting, enabling more efficient farm operations.
    • National Food Security Mission (NFSM) – Women’s Component: Allocates 30% of the budget for women farmers in select States and Union Territories to improve food production. Eg: Women beneficiaries receive support in seed distribution, training, and input provision under NFSM.

    How does climate change impact women farmers?

    • Increased Domestic Burden and Agricultural Risk: Climate variability forces women to juggle household responsibilities with unpredictable farming conditions. Eg: In Assam, women like Nirmali Bora Hazarika report increased workload due to erratic weather and flood-prone crops.
    • Limited Access to Climate Information and Resources: Women have less access to weather updates, advisory services, and resilient crop technologies. Eg: Many women farmers lack mobile phones or connectivity to receive timely climate advisories.
    • Greater Vulnerability to Crop Loss and Livelihood Disruptions: Floods, droughts, and extreme weather events hit women-led farms harder due to lack of land rights and insurance. Eg: Without land ownership, women cannot claim compensation or loans to recover from climate-induced losses.

    Way forward: 

    • Enhance Land Rights and Legal Ownership: Governments must promote joint land titles, ensure inheritance rights, and simplify land registration processes for women. Eg: Initiatives like the Digital India Land Records Modernization Programme (DILRMP) can help ensure legal recognition of women’s land ownership.
    • Expand Financial and Technological Access: Strengthen women’s inclusion in formal credit systems, promote mobile-based agricultural advisories, and invest in climate-resilient infrastructure. Eg: Scaling up programs like ENACT can equip women with timely climate information, insurance, and input support.

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  • Climate Change Impact on India and World – International Reports, Key Observations, etc.

    [9th June 2025] The Hindu Op-ed: New study makes controversial weather-tweaking idea more realistic

    op-ed snap | Enviro & Biodiversity | Mains Paper 3: Conservation, Environmental Pollution & Degradation, Eia

    PYQ Relevance:

    [UPSC 2022] Discuss global warming and mention its effects on the global climate. Explain the control measures to bring down the level of greenhouse gases which cause global warming, in the light of the Kyoto Protocol, 1997.

    Linkage: The article highlight that the world needs to “lower its dependence on fossil fuels” because “greenhouse gas emissions are increasing worldwide,” leading to “rising surface temperatures”. The discussion around Stratospheric Aerosol Injection (SAI) in the sources is presented as a controversial technology proposed to “directly cool the planet rather than bank on reducing emissions alone” as a means of “reducing the impacts of climate change

     

    Mentor’s Comment:  The world needs to rely less on fossil fuels, but progress has been slow because of problems like war, poverty, and rising prices. As a result, greenhouse gas emissions are still going up. To deal with this, some scientists suggest using new technologies to cool the Earth directly, instead of only focusing on cutting emissions. One such method is Stratospheric Aerosol Injection (SAI), where tiny particles are sprayed into the upper atmosphere to block sunlight and reduce warming.

    Today’s editorial discusses the Stratospheric Aerosol Injection technique, a key topic for GS Paper III (Science, Technology & Environment), highlighting its potential, challenges, and relevance to climate change mitigation efforts.

    _

    Let’s learn!

    Why in the News?

    A recent study in the journal Earth’s Future shared a new idea that could make SAI cheaper and easier to use, even though many people are still against it.

    What was the new idea? 

    • Use of Existing Aircraft: Instead of waiting a decade and spending billions to build special high-altitude planes, the study proposes modifying existing aircraft (like the Boeing 777F) to spray aerosols at lower altitudes.
    • Low-Altitude Injection in Polar Regions: The study suggests carrying out aerosol injections at lower altitudes (around 13 km) in polar and extratropical regions, where the stratosphere is more easily reachable. This approach is more cost-effective, technically simpler, and can be implemented sooner.

    What is Stratospheric Aerosol Injection (SAI)?

    SAI is a proposed method of cooling the planet by injecting tiny reflective particles (aerosols) into the stratosphere. It is inspired by volcanic eruptions, which naturally cool the Earth by spewing particles that reflect sunlight. These aerosols reduce the amount of sunlight reaching the Earth’s surface, creating a cooling effect.

    Why is the spraying of aerosol needed?

    • To Reflect Sunlight and Cool the Planet: Aerosols (like sulphur dioxide) reflect some of the sun’s rays back into space, reducing the heat reaching Earth’s surface. Eg: The 1991 Mount Pinatubo eruption released sulphur dioxide, cooling Earth by about 0.5°C for over a year.
    • To Temporarily Reduce Global Warming Effects: SAI can lower atmospheric temperatures temporarily, helping to reduce severe climate effects like heatwaves, ice melt, and sea-level rise. Eg: A study showed spraying 12 million tonnes of sulphur dioxide at 13 km altitude could cool the planet by 0.6°C.
    • To Buy Time for Emissions Reductions and Climate Adaptation: While long-term solutions like clean energy are built, SAI could provide a temporary buffer against extreme climate impacts. Eg: It could delay serious effects like crop failure or habitat loss, allowing time for sustainable reforms.

    Why is low-altitude SAI seen as cost-effective?

    • No Need for Specialized Aircraft: Low-altitude SAI can be conducted using existing aircraft, avoiding the high costs of developing planes that fly above 20 km. Eg: Standard jets like the Boeing 777F can reach stratospheric levels in polar regions, making deployment more affordable.
    • Technically Less Challenging: Operating at lower altitudes reduces technical complexity, such as extreme temperature and pressure challenges faced at higher elevations. Eg: Modifying existing jets with pressurized tanks is easier than designing new high-altitude aircraft.
    • Faster Implementation Timeline: It enables quicker deployment, avoiding the 10-year delay and multi-billion dollar investment needed for high-altitude SAI systems. Eg: Using current infrastructure, SAI programs could begin much earlier to address urgent climate risks.

    Where is low-altitude injection feasible and why?

    • Feasible in Polar and Extratropical Regions: In these regions, the stratosphere starts at lower altitudes, making it accessible to standard aircraft. Eg: Over the Arctic or Antarctic, the tropopause (boundary between troposphere and stratosphere) is around 8–13 km, suitable for existing jets.
    • Infeasible Near the Equator: At equatorial regions, the stratosphere begins at 18 km or higher, which is beyond the reach of most commercial or military jets. Eg: Areas like Indonesia or the Amazon basin would require specially built aircraft for SAI.
    • Altitude Determines Aerosol Effectiveness: While higher altitude injections last longer in the atmosphere, lower altitude in polar zones allows SAI to be conducted with less cost and effort. Eg: Studies show that even at 13 km altitude in polar spring and summer, SAI can cool the planet by ~0.6°C with 12 million tonnes of sulphur dioxide.

    How does the use of existing aircraft like the Boeing 777F influence the implementation of SAI technology?

    • Reduces Deployment Costs: Using existing aircraft avoids the high capital expenditure needed to design and build specialized high-altitude jets. Eg: The Boeing 777F, a widely available cargo aircraft, can be adapted for SAI at lower stratospheric levels, cutting costs significantly.
    • Speeds Up Implementation: Existing jets can be modified and deployed faster, enabling earlier testing and potential use of SAI to address urgent climate risks. Eg: Building high-altitude aircraft may take nearly a decade, but using modified commercial planes could allow operations to start much sooner.
    • Requires Feasible Technical Modifications: Though not originally built for aerosol spraying, planes like the Boeing 777F can be retrofitted with specialized equipment. Eg: An August 2024 study proposed adding insulated double-walled pressurized tanks to safely carry and release sulphur dioxide.

    What are the Risks and Controversies of SAI?

    • Environmental and Health Side Effects: SAI could lead to acid rain, delayed ozone recovery, and unknown ecological disruptions due to aerosol particles in the atmosphere. Eg: Sulphur dioxide, commonly proposed for SAI, can form sulphuric acid in the atmosphere, harming ecosystems and human health.
    • Uneven Global Effects: SAI’s cooling impact may not be uniform worldwide, potentially benefiting some regions while worsening droughts, rainfall patterns, or crop yields in others. Eg: Cooling could be stronger in polar regions, while tropical areas, which face the worst climate impacts, may not benefit equally.
    • Governance and Ethical Concerns: SAI affects the entire planet, raising questions about who decides when, where, and how it’s used. It may lead to geopolitical tensions and misuse. Eg: A single country unilaterally injecting aerosols could trigger international disputes, especially if neighbouring regions suffer unintended consequences.

    Way forward: 

    • Establish a Global Governance Framework: International collaboration is essential to regulate research, testing, and potential deployment of SAI, ensuring transparency, accountability, and consent from all affected nations.
    • Focus on Complementary Climate Strategies: SAI should be treated as a temporary, supplementary tool, not a replacement for emission reduction. Massive investments must continue in renewables, carbon capture, and adaptation strategies. 

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  • Water Management – Institutional Reforms, Conservation Efforts, etc.

    [7th June 2025] The Hindu Op-ed: Water management in India needs a new course

    op-ed snap | Enviro & Biodiversity | Mains Paper 3: Conservation, Environmental Pollution & Degradation, Eia

    PYQ Relevance:

    [UPSC 2013] Constitutional mechanisms to resolve the inter-state water disputes have failed to address and solve the problems. Is the failure due to structural or process inadequacy or both? Discuss.

    Linkage: India’s water management problems are explicitly stated to be a result of a “fragmented and sectoral approach”. This contrasts sharply with the need for a holistic “new course.” The existing situation is problematic because “rivers and other waterbodies are often interstate and multiple political jurisdictions are involved in administering the same waterbody”.

     

    Mentor’s Comment:  In 2025, global water governance takes a historic turn as the United Nations declares it the International Year of Glaciers’ Preservation and launches the Decade of Action on Cryospheric Science (2025–2034). These initiatives, aligned with World Water Day 2025 and World Day for Glaciers (March 21), focus directly on the vital connections between mountain glaciers, freshwater, and ocean ecosystems. They promote the “Source-to-Sea (S2S)” approach, which integrates water governance from glacial sources all the way to ocean outlets, acknowledging their ecological and hydrological continuity.

    Today’s editorial will talk about water governance in India and the world. It will help with GS Paper I (Geography), GS Paper II (Policy Making) and GS Paper III (Environment).

    _

    Let’s learn!

    Why in the News?

    Scientists and decision-makers need to pay attention to the Source to Sea (S2S) approach.

    What is the theme of World Water Day 2025?

    • Theme: Glacier Preservation
    • 2025 is also declared the International Year of Glaciers Preservation by the United Nations.
    • Marks the start of a Decade of Action on Cryospheric Science (2025-2034).

    Why is it significant?

    • Crucial Source of Freshwater: Glaciers act as natural water reservoirs, supplying freshwater to millions downstream. Their preservation ensures sustained water availability for drinking, agriculture, and ecosystems. Eg: The Himalayan glaciers feed rivers like the Ganga and Brahmaputra, supporting millions of people in India.
    • Indicator of Climate Change: Glaciers are sensitive to global warming; their rapid melting signals climate change impacts. Protecting them helps monitor and mitigate broader environmental risks. Eg: Melting Himalayan glaciers contribute to changing river flows, affecting flood and drought patterns in South Asia.
    • Supports Sustainable Development: Preserving glaciers helps maintain mountain ecosystems and supports downstream communities dependent on glacier-fed waters for their livelihoods and economic activities. Eg: Alpine glaciers support mountain agriculture and tourism, critical to local economies in regions like Uttarakhand and Himachal Pradesh.

    Why is the Source-to-Sea (S2S) approach important for global water governance?

    • Integrated Management of Water Systems: S2S treats freshwater and marine systems as a connected continuum, ensuring that actions upstream (rivers, lakes) consider their impact downstream (coastal and marine environments). Eg: Pollution control in river basins like the Ganges directly affects the health of the Bay of Bengal ecosystem.
    • Improves Coordination Across Jurisdictions: S2S promotes cooperation among multiple stakeholders and political jurisdictions, bridging fragmented governance to manage shared water resources effectively. Eg: The Manila Declaration encourages countries to work together on ridge-to-reef management to protect water quality from land to ocean.
    • Facilitates Sustainable Solutions for Water and Marine Challenges: By addressing the entire water cycle, S2S enables holistic strategies that tackle issues like pollution, water diversion, and habitat loss, benefiting both terrestrial and marine biodiversity. Eg: Initiatives under the SIWI Action Platform connect freshwater and marine experts to develop better water management practices globally.

    What is the cryosphere? 

    The cryosphere includes all frozen water parts of Earth, such as glaciers, snow, sea ice, and permafrost. It helps regulate the climate, reflects sunlight, and stores Earth’s freshwater.

    How does the changing mountain cryosphere impact downstream water resources?

    • Altered Water Flow Patterns: Melting glaciers and shrinking snowpacks change the timing and volume of water flow downstream, leading to seasonal water shortages or floods. Eg: Reduced glacial melt in the Himalayas affects the flow of rivers like the Ganges, impacting water availability for millions.
    • Reduced Water Storage Capacity: Glaciers act as natural reservoirs, storing water during cold months and releasing it slowly. Their retreat means less buffering capacity during dry periods, causing water stress downstream. Eg: Declining glacier size in the Alps affects water supplies for European river basins in summer.
    • Increased Risk of Natural Hazards: Glacier melt can lead to the formation and sudden breach of glacial lakes, causing flash floods and damaging downstream ecosystems and communities. Eg: Glacial Lake Outburst Floods (GLOFs) in the Himalayas pose risks to villages and infrastructure along rivers like the Indus.

    What are the key challenges India faces in managing its water resources? 

    • Groundwater Depletion: Over-extraction of groundwater for irrigation, industrial use, and domestic consumption has led to alarming depletion rates of aquifers. This poses a significant threat to long-term water availability and agricultural productivity. Eg, states like Punjab, Haryana, and Rajasthan report over 100% utilization of groundwater resources, leading to critical water scarcity.
    • Water Pollution: Water pollution from industrial effluents, untreated sewage, and agricultural runoff has made large quantities of freshwater unusable. According to the Central Pollution Control Board, more than 70% of India’s surface water is polluted, with rivers like the Ganga and Yamuna being majorly affected.
    • Climate Change and Erratic Weather Patterns: Changing rainfall patterns, prolonged droughts, and frequent floods induced by climate change are altering water availability. The Indian Meteorological Department has noted a decline in monsoon rainfall, which is critical for replenishing rivers, lakes, and groundwater reserves.

    What are the steps taken by the Indian Government?

    • Formulation and Revision of National Water Policies: The government introduced the first National Water Policy in 1987, and since then, it has been periodically updated to address emerging challenges. The latest draft policies emphasize integrated water resource management and sustainability. Eg, the 2019 draft National Water Policy focuses on water conservation, efficient use, and equitable distribution.
    • Institutional Reforms and Coordination Bodies: Committees have been set up to improve water governance by restructuring key institutions. Eg, in 2015, a committee was formed to merge the Central Water Commission and Central Ground Water Board into a unified National Water Commission to foster better coordination and planning.
    • Promotion of Sustainable and Integrated Approaches: The government supports approaches like Source-to-Sea (S2S) management, which integrates land, freshwater, coastal, and marine resource management. Eg, pilot projects in the Indo-Gangetic basin and Delhi waterbodies are being explored under the S2S framework to address pollution and water quality comprehensively.

    Way forward: 

    • Adopt Source-to-Sea (S2S) Approach Nationwide: Implement integrated water governance that connects glacial sources to coastal ecosystems, ensuring coordinated action across sectors and regions.
    • Strengthen Climate-Resilient Water Infrastructure: Invest in glacier monitoring, early warning systems, and sustainable groundwater management to adapt to climate-induced water variability and safeguard water security.

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  • Insolvency and Bankruptcy Code

    [6th June 2025] The Hindu Op-ed: Is IBC an effective resolution tool? | Explained

    op-ed snap | Economics | Mains Paper 3: Effects Of Liberalization On The Economy, Changes In Industrial Policy and their effects on Industrial Growth

    PYQ Relevance:

    [UPSC 2018] How far do you agree with the view that tribunals curtail the jurisdiction of ordinary courts? In view of the above, discuss the constitutional validity and competency of the tribunals in India.

    Linkage: The Insolvency and Bankruptcy Code (IBC), India’s first comprehensive bankruptcy law enacted in 2016, fundamentally relies on a specialized tribunal system for its implementation. This system includes the National Company Law Tribunal (NCLT) and the National Company Law Appellate Tribunal (NCLAT). The effectiveness of the IBC as a resolution tool is intrinsically linked to the efficiency, competency, and operational challenges faced by these tribunals.

     

    Mentor’s Comment:  India’s Insolvency and Bankruptcy Code (IBC), started in 2016, has been running for over eight years now. It has helped recover ₹3.89 lakh crore with a recovery rate of 32.8%, changing how companies deal with unpaid debts. But delays in courts, problems after settlements, and a recent Supreme Court decision on Bhushan Steel have created new worries.

    Today’s editorial will talk about the effectiveness of the Insolvency and Bankruptcy Code (IBC) in India. It will help with GS Paper II (Policy Making) and GS Paper III (Banking).

    _

    Let’s learn!

    Why in the News?

    As India works towards becoming a $5 trillion economy, there is growing discussion about whether the IBC is ready for the future, whether its decisions are respected, and how efficient the courts are in handling cases.

    Why was the Insolvency and Bankruptcy Code (IBC) enacted in India in 2016?

    • To Establish a Time-bound Resolution Mechanism: The IBC aimed to replace India’s slow and fragmented insolvency system with a fast-track process for resolving distressed assets within a maximum of 330 days. Eg: Earlier, recovery through legal channels often took years; under IBC, cases like Essar Steel were resolved with clear timelines.
    • To Shift Control from Debtors to Creditors: It empowered creditors by giving them control over the insolvency process and discouraging willful default. Eg: In the case of Bhushan Steel, creditors approved Tata Steel’s resolution plan, overriding promoter control.
    • To Improve Recovery Rates and Credit Culture: IBC sought to improve debt recovery rates and create a culture of responsible borrowing and repayment. Eg: As per IBBI data, creditors have recovered over ₹3.89 lakh crore with an average recovery rate of 32.8%, much higher than earlier systems.

    What makes IBC the preferred route for debt recovery according to the RBI and IBBI data?

    • Highest Share in Total Recoveries: According to the RBI’s 2024 report, the IBC accounted for 48% of all recoveries made by banks in FY 2023-24, making it the dominant recovery mechanism. Eg: Compared to other channels like DRTs and SARFAESI, IBC recovered nearly half of total dues in just one financial year.
    • Better Realisation Than Liquidation: As per IBBI, resolution plans under IBC are yielding 93.41% of the fair value and 170.1% of liquidation value, showing greater efficiency. Eg: In the case of Electrosteel Steels, creditors recovered more than they would have in a liquidation scenario.
    • Timely Resolution and Settlement: The IBC’s time-bound process has led to early settlements, with 30,310 cases settled before admission, involving defaults worth ₹13.78 lakh crore. Eg: Companies facing insolvency threats often clear dues or settle quickly, improving the overall credit discipline.

    How has the IBC impacted the credit culture and corporate governance in India?

    • Improved Credit Discipline: The IBC has fostered a repayment-oriented credit culture by creating a credible threat of insolvency, discouraging willful defaults. Eg: The Supreme Court observed that “the defaulter’s paradise is lost,” reflecting a clear shift in borrower behavior post-IBC.
    • Reduction in NPAs: The IBC has contributed to a sharp fall in Gross Non-Performing Assets (NPAs), which declined from 11.2% in 2018 to 2.8% in 2024 for scheduled commercial banks. Eg: Many firms have restructured or repaid loans early to avoid IBC proceedings, improving asset quality in the banking sector.
    • Boosted Corporate Governance Standards: Firms resolved under IBC show better board practices, including a rise in the number of independent directors, enhancing transparency and accountability. Eg: A study by IIM Bangalore showed firms post-resolution had more professionalised management and stronger compliance norms.

    What are the key challenges currently affecting the effectiveness of the IBC framework?

    • Judicial Delays and Backlogs: Delays in approvals by the National Company Law Tribunal (NCLT) and prolonged litigation undermine the IBC’s goal of time-bound resolution. Eg: Even after creditor approval, resolution plans like that of Jaypee Infratech have been stuck for years due to legal battles, leading to erosion in asset value.
    • Post-resolution Uncertainty: Lack of legal finality and frequent challenges after plan approval create investor hesitation and risk derailment of settled cases. Eg: In the Bhushan Power and Steel case, a previously approved resolution plan was reopened, shaking confidence in the system.
    • Inadequate Framework for Emerging Assets: The IBC lacks clear mechanisms to deal with issues like intellectual property valuation, employee dues, and tech continuity, making it unfit for resolving non-traditional businesses. Eg: Tech start-ups and IP-heavy firms may not be efficiently resolved under current provisions, leading to value destruction.

    Why is the Bhushan verdict seen as a setback?

    • Erodes Commercial Certainty: The verdict questioned a resolution plan that had already been approved and operational for years, undermining the finality of the IBC process. Eg: The reopening of the Bhushan Power and Steel Ltd. case raised fears that even completed transactions are not immune from future legal scrutiny.
    • Deters Investor Confidence: If resolution applicants fear judicial reversal after making large investments, they may hesitate to participate, weakening the IBC’s appeal. Eg: A successful bidder may now think twice before committing to a resolution plan if legal sanctity isn’t guaranteed.
    • Delays in Execution and Recovery: Continuous litigation post-approval increases the risk of liquidation for otherwise viable firms due to delayed implementation. Eg: In the Bhushan case, years of uncertainty stalled asset utilisation, resulting in a loss of economic value.

    Way forward: 

    • Strengthen Tribunal Infrastructure and Capacity: Expand the capacity of NCLT and NCLAT by appointing more judges, improving case management systems, and digitising proceedings to reduce delays and ensure time-bound resolutions.
    • Ensure Legal Finality and Commercial Certainty: Introduce clear jurisprudential safeguards to prevent post-resolution litigations and uphold the sanctity of approved resolution plans, thereby boosting investor confidence and preserving the IBC’s credibility

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  • Climate Change Impact on India and World – International Reports, Key Observations, etc.

    [5th June 2025] The Hindu Op-ed: Aiming for an era of ‘biohappiness’ in India

    op-ed snap | Enviro & Biodiversity | Mains Paper 3: Conservation, Environmental Pollution & Degradation, Eia

    PYQ Relevance:

    [UPSC 2024] Explain the role of millets for ensuring health and nutritional security in India.

    Linkage: In this article, discuss how millets, classified as Neglected and Underutilized Species (NUS) and now as “opportunity crops,” are nutritionally dense and climate-resilient. This question directly aligns with the core components of ‘biohappiness’ that emphasize “nutrition security” and bringing “forgotten foods back to the table”.

     

    Mentor’s Comment:  India’s traditional food habits, especially in tribal and rural areas like Arunachal Pradesh, are at risk because many local plants and crops are disappearing. This loss is not just about rare plants but also about losing foods that are nutritious, climate-resilient, and hold cultural importance, along with the traditional knowledge that supports them.

    Today’s editorial will talk about the quick loss of biodiversity and traditional food knowledge in India. It will help with GS Paper II (Policy Making) and GS Paper III (Agriculture & Environment).

    _

    Let’s learn!

    Why in the News?

    The fast loss of biodiversity and food knowledge, caused by cash crops, global diets, and weak policies, urges India to use new science and revive orphan crops (Neglected and Underutilized Species) like millets for better food and environment.

    What are Neglected and Underutilized Species (NUS)?

    • NUS are traditional crops like millets, legumes, tubers, and wild fruits that have been largely ignored or underused in modern agriculture and food systems.
    • These species are nutritionally rich, climate-resilient, and well-adapted to local environments, offering potential to improve food security and support sustainable farming.

    Why are they now referred to as “opportunity crops”?

    • Nutritionally Dense: These crops are rich in essential nutrients, vitamins, and minerals, making them excellent for improving health. Eg: Small millets are high in fiber and micronutrients compared to rice and wheat.
    • Climate-Resilient: They can withstand harsh environmental conditions like drought and poor soils, helping farmers adapt to climate change. Eg: Finger millet (ragi) grows well in dry and marginal lands.
    • Locally Adapted: These crops are naturally suited to local soils and climates, reducing the need for chemical fertilizers and irrigation. Eg: Buckwheat thrives in the hilly regions of Northeast India without intensive inputs.
    • Support Biodiversity: Cultivating these crops preserves agrobiodiversity and traditional farming knowledge, maintaining ecological balance. Eg: Indigenous legumes help fix nitrogen in soil, improving fertility naturally.
    • Economic Potential: Reviving these crops can create new market opportunities, increase farmers’ incomes, and diversify food production. Eg: Millet-based products are gaining popularity in urban markets for their health benefits.

    Why is agrobiodiversity declining in Northeast India?

    • Rapid Disappearance of Traditional Plants: Many native plant species are disappearing quickly due to changing land use and environmental pressures. Eg: Traditional greens and wild fruits once common in Arunachal Pradesh are becoming rare.
    • Loss of Traditional Knowledge: Indigenous knowledge about the nutritional and medicinal properties of local plants is being lost as younger generations move away from traditional lifestyles. Eg: Nyishi and Apatani tribes’ understanding of forest plants is fading.
    • Shift to Commercial Crops: Farmers are moving from diverse local crops to cash crops for better income, reducing crop variety. Eg: In Kolli Hills, many farmers switched from millets to coffee and pepper.
    • Environmental Changes and Species Extinction: Habitat loss and climate change are causing a rise in species extinction, mirroring a global trend. Eg: Forest degradation in Northeast India is threatening native biodiversity.
    • Lack of Awareness and Support: There is limited awareness and institutional support for conserving local agrobiodiversity, leading to neglect. Eg: Many minor millets remain neglected in government schemes despite their benefits.

    Where has millet revival been successfully implemented?

    • Kolli Hills, Tamil Nadu: The M.S. Swaminathan Research Foundation (MSSRF) has worked with local farmers for over 20 years to prevent millet diversity loss. Efforts include documenting traditional knowledge, improving soil health, diversifying crops, and enhancing income, especially among women farmers. Eg: Farmers shifted back from cash crops to locally adapted millets.
    • Koraput District, Odisha: Collaboration with the Odisha Millet Mission has supported a community-led millet revival, focusing on seed conservation to consumption, expanding the range of millets beyond the commonly promoted ragi, jowar, and bajra. Eg: Minor millets are being reintroduced into local diets and markets.

    How does a few crops’ dominance affect global nutrition?

    • Over-Reliance on Few Crops: Global food systems mainly depend on rice, wheat, and maize, which provide over 50% of plant-based calories. This limits dietary diversity. Eg: Many populations rely heavily on rice, leading to monotonous diets.
    • Loss of Biodiversity: Dominance of a few crops causes a decline in agricultural biodiversity, reducing availability of diverse nutrients. Eg: Traditional millets and legumes are neglected, despite being nutrient-rich.
    • Nutritional Imbalances: Diets based on a limited number of staple crops can cause deficiencies in vitamins, minerals, and proteins. Eg: Populations depending mainly on wheat may face iron and zinc deficiencies.
    • Vulnerability to Climate Shocks: Dependence on few crops makes food systems more susceptible to climate change impacts, threatening food security. Eg: Droughts affecting maize crops can lead to widespread shortages.
    • Rise in Non-Communicable Diseases: Limited crop diversity correlates with an increase in diseases like diabetes and obesity, due to poor diet quality. Eg: High consumption of refined wheat and maize products contributes to obesity trends.

    What are the steps taken by the Indian government? 

    • International Year of Millets & Shree Anna Yojana: Launched focused strategies to enhance millet production, productivity, consumption, and export, while raising awareness about health benefits.
    • State Millet Missions: Several states have started their own Millet Missions to support local cultivation, value chain strengthening, and branding of millets.
    • Inclusion in Public Distribution System (PDS): Efforts are underway to include minor millets in the PDS to promote wider access and consumption among the population.

    Way forward: 

    • Expand Millet Coverage and Integration: Broaden the focus beyond major millets (ragi, jowar, bajra) to include minor millets and other neglected crops in state missions and the Public Distribution System (PDS) for greater reach and impact.
    • Strengthen Farmer Empowerment and Research: Support community-led conservation, improve value addition technologies, and invest in interdisciplinary researchto enhance crop resilience, nutritional value, and market opportunities.

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  • Renewable Energy – Wind, Tidal, Geothermal, etc.

    [4th June 2025] The Hindu Op-ed: A strategy fuelled by vision, powered by energy

    op-ed snap | Economics | Mains Paper 3: Infrastructure: Energy, Ports, Roads, Airports, Railways Etc.

    PYQ Relevance:

    [UPSC 2022] How will India transform from being a net import dependent country to a net export dependent in renewable energy by 2030 ? Justify your answer. How will the shift of subsidies from fossil fuels to renewables help achieve the above objective? Explain.

    Linkage: “A strategy fuelled by vision, powered by energy” as it discusses India’s explicit goal for a future energy landscape – transforming into a net export-dependent country in renewable energy by 2030. It also delves into the strategic policy shift – moving subsidies from fossil fuels to renewables – intended to power this transformation.

     

    Mentor’s Comment:  Energy is very important for India’s industry, saving foreign money, and global influence. India’s energy needs will grow 2.5 times by 2047, and it will use 25% of the world’s new energy. India’s shift to stronger, cleaner energythrough smart policies and renewable sources is a great success for the country.

    Today’s editorial will explain India’s energy sector strategy and challenges. This will be useful for GS Paper II(International Relations) and GS Paper III (Energy & Environment).

    _

    Let’s learn!

    Why in the News?

    India is now the world’s fourth-largest economy, moving ahead of Japan, with its GDP reaching $4.3 trillion in 2025. This major success happened because of important changes in the economy and energy sector.

    What are the key components of India’s energy strategy?

    • Four-pronged approach: a) Diversification of energy sources and suppliers, b) Expansion of domestic production, c) Transition to renewables, d) Ensuring affordability for citizens
    • Structural transformation: Significant reforms in both upstream and downstream sectors, including new revenue-sharing models, pricing reforms, and logistics integration.
    • Digital mapping & infrastructure: PM Gati Shakti digitally mapped over 1 lakh energy assets, integrated with the National Master Plan for real-time visibility and route optimization.

    Why is energy security considered equivalent to development security for India?

    • Rapidly Growing Energy Demand: With India projected to account for 25% of global energy demand growth by 2047, uninterrupted energy supply is essential to fuel economic growth, industrial output, and urban development. Eg: India’s rise to the 4th-largest oil consumer shows its energy needs are deeply tied to its global economic standing.
    • Foundation for Self-Reliance and Sovereignty: Ensuring access to affordable and sustainable energy strengthens national resilience and reduces geopolitical vulnerabilities. Eg: Ethanol blending (19.7% in 2025) and expanding biofuels have saved ₹1.26 lakh crore in foreign exchange, enhancing energy independence.
    • Social Stability and Equitable Access: Affordable and stable energy supply supports welfare schemes and shields vulnerable populations from price shocks. Eg: Under PM Ujjwala Yojana, LPG cylinder prices for beneficiaries remain at ₹553 despite a global 58% rise, ensuring energy access for the poor.

    How has India expanded its domestic oil and gas exploration acreage from 2021 to 2025?

    • Doubling Exploration Acreage: India increased its exploration area from 8% in 2021 to 16% in 2025, aiming to cover 1 million sq km by 2030 to unlock vast hydrocarbon resources. Eg: This expansion includes frontier basins like the Andamans and the Mahanadi.
    • Landmark Policy Reforms: Reforms such as reducing ‘No-Go’ zones by 99% and streamlining licensing through the Open Acreage Licensing Policy (OALP) rounds have facilitated easier access for exploration. Eg: The OALP rounds attract new investors by offering simplified licensing.
    • Attractive Pricing and Revenue Sharing: New pricing mechanisms link gas prices to 10% of the Indian crude basket with a 20% premium for new wells, and revenue-sharing contracts allow shared infrastructure, boosting investment incentives. Eg: These incentives encourage development of new gas wells and city gas networks.

    Which renewable energy initiatives have contributed significantly to India’s green energy transition?

    • Ethanol Blending in Petrol: Ethanol blending increased from 1.5% in 2013 to 19.7% in 2025, expanding the ethanol supply from 38 crore litres to 484 crore litres, reducing emissions and saving foreign exchange. Eg: This has saved ₹1.26 lakh crore in foreign exchange and reduced 643 lakh MT of emissions.
    • Compressed Biogas (CBG) through SATAT Initiative: The SATAT program has commissioned over 100 CBG plants and targets a 5% CBG blending mandate by 2028, promoting circular and affordable bioenergy. Eg: Central support for biomass procurement and CBG pipeline connectivity accelerates adoption.
    • Green Hydrogen Production: India has produced 8.62 lakh tonnes of green hydrogen and awarded 3,000 MW electrolyser tenders, with public sector units leading large-scale hydrogen projects. Eg: Indian Oil Corporation’s 10 KTPA green hydrogen tender for the Panipat refinery.

    What are the challenges? 

    • Infrastructure and Technology Gaps: Limited infrastructure for large-scale production, storage, and distribution of renewables like green hydrogen and biofuels slows down adoption. Eg: Need for expanded electrolyser manufacturing capacity to meet tender targets.
    • Feedstock Availability and Supply Chain Issues: Securing consistent and diversified feedstock for biofuels like ethanol and CBG is challenging due to agricultural dependencies and regional disparities. Eg: Ensuring steady supply of molasses, maize, and biomass for ethanol and CBG production.
    • High Initial Costs and Financing Constraints: Capital-intensive nature of renewable projects and lack of affordable financing options can hinder MSMEs and smaller players from scaling up. Eg: Limited access to credit for startups working on cutting-edge green hydrogen technologies.

    Way forward: 

    • Boost Infrastructure and Technology: Invest in large-scale renewable production, storage, and distribution facilities—especially for green hydrogen and biofuels—and expand domestic manufacturing of key technologies like electrolysers.
    • Enhance Feedstock Supply and Financing: Develop diversified, reliable feedstock supply chains for biofuels, and create affordable financing schemes to support MSMEs and startups in scaling clean energy innovations.

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  • Foreign Policy Watch: India-United States

    [3rd June 2025] The Hindu Op-ed: Strengthening the U.S.-India subsea cable agenda 

    op-ed snap | International Relations | Mains Paper 2: Bilateral, Regional and Global Groupings and agreements involving India

    PYQ Relevance:

    [UPSC 2024] The West is fostering India as an alternative to reduce dependence on China’s supply chain and as a strategic ally to counter China’s political and economic dominance.’ Explain this statement with examples.

    Linkage: The strategic imperative of countering China’s influence and building alternative supply chains and alliances, which is a primary reason why strengthening the U.S.-India subsea cable agenda is crucial.

     

    Mentor’s Comment:  The strategic and commercial engagement between India and the United States is being deepened, with subsea cables emerging as a frontline asset in this collaboration. Subsea cables, which carry over 95% of international data and form the backbone of global internet infrastructure, are being recognized for their critical geostrategic value. Efforts are being made by India to diversify its digital infrastructure under the proposed TRUST framework (Technology for Resilient, Open and Unified Security and Trust).

     Today’s editorial will discuss the problems related to subsea cable systems and the actions taken by the Indian Government. This information will be useful for GS Paper II (International Relations) and GS Paper III (Science & Technology).

    _

    Let’s learn!

    Why in the News?

    The urgency to secure and expand subsea cable systems is rising, particularly in light of disruptions like the Red Sea cable sabotage by Houthi rebels in 2024.

    Why are Subsea Cables crucial in India-U.S. strategic cooperation?

    • Foundation of Global Digital Connectivity: Subsea cables carry over 95% of international data traffic, forming the physical backbone of the internet and digital economy. Securing these is vital for protecting critical infrastructure and ensuring uninterrupted communication between nations. Eg: The U.S. and India are focusing on trusted subsea cable systems under the TRUST framework to reduce reliance on Chinese-controlled infrastructure.
    • Strategic Response to China’s Digital Expansion: China’s Digital Silk Road is rapidly laying subsea cables across the Indo-Pacific, posing geopolitical and cybersecurity concerns. India-U.S. cooperation on secure cable networks counters this influence and promotes trusted alternatives. Eg: The upcoming India-U.S. trade agreement includes provisions for enhancing digital infrastructure as a counter to China’s presence in the Indo-Pacific.
    • Enabling Regional Digital Resilience and Trade: Joint efforts in building resilient cable systems support broader technology cooperation and secure trade flows, particularly as India emerges as a digital hub in Asia. Eg: Meta’s investment in a 50,000-km undersea cable project connecting five continents is backed by U.S.-India cooperation, reinforcing digital ties and strategic alignment.

    What is the role of the TRUST framework in securing digital supply chains?

    • Promotes Resilient and Secure Digital Infrastructure: The TRUST (Technology for Resilient, Open and Unified Security and Trust) framework aims to build trusted digital ecosystems by reducing dependence on untrusted vendors and creating secure, interoperable technology supply chains. Eg: TRUST supports investments in secure subsea cables that avoid reliance on Chinese-controlled infrastructure.
    • Strengthens India’s Role as a Regional Security Provider: The framework acknowledges India’s potential as a net security provider in the Indo-Pacific, aligning with U.S. efforts to de-risk strategic technologies and build redundancy in digital connectivity. Eg: TRUST initiatives encourage India to lead regional subsea cable projects using trusted suppliers.
    • Facilitates U.S. Investment and Technical Cooperation: TRUST enables concessional finance, cybersecurity assistance, and encourages American companies to anchor digital infrastructure projects in India and the region. Eg: Under TRUST, Meta’s multi-year undersea cable investment project aligns with U.S.-India strategic digital cooperation.

    How can India become a regional hub for subsea connectivity?

    • Leverage Strategic Geographic Location: India is centrally positioned between Europe, Africa, and Southeast Asia, near key maritime choke points like the Strait of Hormuz, Strait of Malacca, and Bab-el-Mandeb, making it ideal for global cable routes. Eg: India can serve as a transit junction for Africa-Asia and Europe-Asia subsea cables.
    • Expand and Diversify Cable Landing Infrastructure: India must increase the number of landing stations beyond existing clusters to reduce regional risk and build redundancy in the network. Eg: Most of India’s 17 cables land in Mumbai; expanding to ports along the east and west coasts can distribute traffic load.
    • Streamline Regulatory and Clearance Processes: Simplifying India’s licensing regime and enabling faster cable repair operations will attract more international projects and reduce downtime risks. Eg: Reducing the current requirement of over 50 clearances can boost investor confidence and facilitate timely repairs.

    What challenges hinder India’s subsea cable infrastructure?

    • Complex and Burdensome Licensing Regime: Deploying subsea cables in India requires navigating a maze of over 50 clearances across multiple ministries, discouraging investment and delaying projects.
      Eg: Lengthy approvals from customs, naval authorities, and telecom departments hinder timely cable deployments.
    • Overconcentration of Landing Stations: Most cables land in a narrow stretch in Mumbai, making the network vulnerable to disruption from natural disasters or sabotage. Eg: 15 of 17 subsea cables land in Mumbai, despite India’s 11,098 km coastline, limiting redundancy and resilience.
    • Lack of Domestic Repair Capabilities: India depends on foreign-flagged ships for cable repairs, which take 3–5 months to respond due to long travel times and clearance delays. Eg: Repair vessels from Singapore or Dubai face delays due to India’s slow customs and naval permissions process.

    What are the steps taken by the Indian Government? 

    • Policy push for TRUST framework: India is partnering with the U.S. to implement the Technology for Resilient, Open and Unified Security and Trust (TRUST) framework, focusing on trusted digital infrastructure and secure supply chains. Eg: TRUST includes collaboration on regional subsea cable investments and cybersecurity standards.
    • Expansion of Subsea Cable Projects: The government has supported large-scale undersea cable initiatives to expand India’s role in global connectivity. Eg: The India-U.S. backed Meta project, spanning 50,000 km, aims to connect five continents, enhancing India’s digital footprint.

    Way forward: 

    • Accelerate Regulatory Reforms: Simplify and streamline the complex licensing and clearance processes to attract greater investments and enable faster deployment and repair of subsea cables.
    • Build Domestic Repair and Infrastructure Ecosystem: Develop Indian-flagged cable repair vessels and expand cable landing stations along the coast to enhance network resilience, reduce downtime, and establish India as a reliable regional connectivity hub.

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  • Blockchain Technology: Prospects and Challenges

    [2nd June 2025] The Hindu Op-ed: Regulating India’s virtual digital assets revolution 

    op-ed snap | Science Tech | Mains Paper 3: Awareness in various sc and tech fields

    PYQ Relevance:

    [UPSC 2021] What is Cryptocurrency? How does it affect global society? Has it been affecting Indian society also?

    Linkage: India’s leadership in grassroots crypto adoption and the significant investment by retail investors, indicating its presence and potential impact on Indian society. Understanding this impact is a foundational aspect of the broader discussion on regulating VDAs.

     

    Mentor’s Comment:  The Supreme Court’s recent observation questioning the absence of comprehensive crypto regulation highlights the urgent need for India to replace punitive taxation with structured oversight. Between December 2023 and October 2024, Indian investors traded over ₹2.63 trillion worth of crypto on offshore platforms, causing the country to miss out on substantial tax revenues and governance control. The article emphasizes this contradiction—a rapidly growing industry at the grassroots level and a fragmented, reactionary policy at the top.

    Today’s editorial will talk about the comprehensive crypto regulation. This content would help in GS Paper II ( Governance) and GS Paper III (Science & Technology).

    _

    Let’s learn!

    Why in the News?

    India has kept its top position in grassroots crypto adoption for the second year in a row, according to the 2024 Chainalysis Geography of Crypto report. But this achievement comes at a time when clear regulations are missingand government policies on crypto remain confusing and inconsistent.

    What drives India’s lead in grassroots crypto adoption?

    • High Retail Investor Participation: Indian retail investors have shown strong enthusiasm, investing $6.6 billion into crypto assets (NASSCOM report). Eg: A large number of small-ticket retail trades contribute to India topping Chainalysis’ 2024 grassroots crypto adoption index.
    • Growing Web3 Developer Ecosystem: India hosts one of the fastest-growing Web3 developer communities, driving innovation and ecosystem engagement. Eg: Startups and developers building decentralized apps (dApps) and blockchain solutions across Tier-2 and Tier-3 cities.
    • Youthful Demographic and Digital Penetration: A young, tech-savvy population, high smartphone usage, and digital literacy foster wide crypto experimentation. Eg: College students and freelancers using stablecoins and crypto wallets for micro-transactions and cross-border payments.
    • Lack of Traditional Investment Access and Inflation Hedge: Limited access to formal investment channels and search for inflation-resistant assets prompt people to explore crypto. Eg: Young earners in semi-urban areas using crypto as an alternative to gold or fixed deposits for wealth storage.

    Why did the Supreme Court flag regulatory gaps in 2025?

    • Absence of a Comprehensive Legal Framework: The Court noted the lack of clear and cohesive legislation for Virtual Digital Assets (VDAs), which hampers effective regulation and enforcement. Eg: In May 2025, the Supreme Court remarked, “Banning may be shutting your eyes to ground reality,” highlighting the disconnect between policy and practice.
    • Overreliance on Prohibitive Taxation Instead of Regulation: India imposed heavy taxes (30% capital gains, 1% TDS) as a stop-gap, without establishing regulatory clarity or investor safeguards. Eg: Despite taxation, crypto users shifted to offshore platforms, leading to over ₹60 billion in uncollected TDSand loss of oversight.
    • Risk of Pushing Activity Underground: The absence of regulation combined with enforcement gaps drove users towards non-compliant and unregulated exchanges, increasing systemic risk. Eg: The Court observed that without enabling regulation, users bypassed restrictions via VPNs and mirror sites, undermining regulatory intent.

    Who ensures compliance in India’s crypto ecosystem?

    • Reserve Bank of India (RBI): As the monetary authority, RBI oversees the impact of crypto on financial stability, capital controls, and payment systems. Eg: RBI issued circulars in 2013 and 2018 warning financial institutions against dealing with crypto-related entities.
    • Financial Intelligence Unit-India (FIU-IND): FIU-IND monitors suspicious transactions, enforces anti-money laundering (AML) and counter-terror financing (CFT) norms. Eg: Indian Virtual Asset Service Providers (VASPs) collaborated with FIU-IND to strengthen AML/CFT compliance, gaining positive feedback from FATF.
    • Virtual Asset Service Providers (VASPs): VASPs act as domestic intermediaries ensuring KYC norms, reporting standards, and overall ecosystem transparency. Eg: After the 2024 crypto hack ($230 million loss), Indian VASPs enhanced cybersecurity, created insurance funds, and implemented industry-wide security guidelines.

    Where are most Indian crypto assets traded?

    • Offshore, Non-Compliant Platforms: A significant portion of Indian crypto trading happens on offshore exchanges that do not comply with Indian regulations. Eg: Between July 2022 and December 2023, Indians traded over ₹1.03 trillion worth of VDAs on such platforms.
    • Limited Domestic Exchange Usage: Only about 9% of India’s estimated ₹1.12 trillion worth of crypto assets are held or traded on domestic exchanges. Eg: This limited use reflects investor preference for platforms with broader asset choices or less stringent controls.

    How have Indian Virtual Asset Service Providers (VASPs) improved security and compliance?

    • Strengthened Anti-Money Laundering (AML): Indian VASPs have collaborated closely with the Financial Intelligence Unit-India (FIU-IND) to enhance monitoring and reporting standards. Eg: This cooperation earned positive feedback from the Financial Action Task Force (FATF) for improved compliance.
    • Enhanced Cybersecurity Measures: After the 2024 crypto hack that resulted in a $230 million loss, many Indian exchanges implemented stronger security protocols and real-time risk monitoring. Eg: Exchanges set up dedicated insurance funds to protect users against future thefts.
    • Industry-Wide Standardization and Collaboration: Indian VASPs united to create and enforce common cybersecurity guidelines and best practices across the ecosystem. Eg: This collective effort has improved overall trust and resilience of India’s crypto platforms.

    Way forward: 

    • Formulate a Comprehensive, Risk-Based Regulatory Framework: India must develop clear, future-ready legislation that classifies, governs, and monitors Virtual Digital Assets (VDAs) in alignment with global standards (like FATF, IMF). Eg: A dedicated VDA Regulatory Authority or inclusion under SEBI/RBI oversight can ensure investor protection, AML enforcement, and innovation support.
    • Strengthen Domestic VASP Ecosystem Through Incentives and Integration: Encourage onshore compliance by lowering tax burdens, supporting innovation sandboxes, and integrating VASPs into India’s formal financial ecosystem. Eg: Offering tax rebates or compliance credits to VASPs adopting stringent KYC/CFT and cybersecurity norms can enhance trust and reduce offshore migration.

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  • Foreign Policy Watch: India-Pakistan

    [31st May 2025] The Hindu Op-ed: Pakistan’s India war 

    op-ed snap | International Relations | Mains Paper 2: India & Its Neighborhood – Relations

    PYQ Relevance:

    [UPSC 2016] Increasing cross-border terrorist attacks in India and growing interference in the internal affairs of several member-states by Pakistan are not conducive for the future of SAARC (South Asian Association for Regional Cooperation). Explain with suitable examples.

    Linkage: Pakistan is “continually finding ways and means every few years to provoke a conflict” and seeks to “bleed India by a thousand cuts”. These actions are often manifested as cross-border attacks and interference, making this question highly relevant to the conflict dynamic described in the article. This question directly addresses “cross-border terrorist attacks in India” and “interference in the internal affairs… by Pakistan”.

     

    Mentor’s Comment:  India’s recent clash with Pakistan highlights a troubling and ongoing pattern — Pakistan’s military-led and radicalised government keeps trying to destabilise India. Even though India has a clear advantage in technology and strategy, the risk of future conflict remains high. This is due to Pakistan’s lowering nuclear threshold, rising religious nationalism, and growing ties with powerful allies. The clash also showed how modern warfare now relies heavily on technology like drones, radar, and advanced missiles. It exposed India’s weak spots, especially in space-based defence — a major concern if India faces a two-front war with both China and Pakistan.

    Today’s editorial will talk about the ongoing pattern — Pakistan’s military-led and radicalised government keeps trying to destabilise India. This content would help in GS Paper II ( IR) and GS Paper III (Defence).

    _

    Let’s learn!

    Why in the News?

    The recent conflict shows that Pakistan’s military-led leadership keeps trying to find ways to disrupt or hold back India’s progress.

    What drives Pakistan to provoke India repeatedly?

    • Military Mindset Seeking to Undermine India’s Progress: Pakistan’s military-dominated leadership aims to weaken India continuously despite past defeats, pursuing a strategy to “bleed India by a thousand cuts.” Eg: Recurrent cross-border skirmishes and proxy insurgencies in Kashmir.
    • Ideological and Religious Nationalism: Pakistan’s identity is deeply rooted in religious nationalism, seeing India’s secular democracy as its ideological enemy. Kashmir is viewed as a “jugular vein” essential to Pakistan’s national ambition. Eg: Statements by Pakistan’s army chief emphasizing Pakistan as a religious state based on the ‘Kalima’.
    • Political Instability and Military Control: The military controls Pakistan’s politics, using conflict with India to legitimize its authority and distract from internal issues. Eg: Military interference in elections and sidelining of civilian leaders like Imran Khan.

    Why is Pakistan’s military leadership crucial to regional peace?

    • Military Dominance Over Political Power: Pakistan’s military controls key decisions, often overriding civilian government, making it the primary actor in India-Pakistan relations. Eg: The military’s role in disqualifying Imran Khan from elections and influencing the civilian leadership.
    • Driver of Conflict and Peace Prospects: The military’s stance determines whether Pakistan pursues conflict or peace with India, as it often promotes hostility to maintain its influence. Eg: Recent provocations and cross-border attacks orchestrated under military leadership despite diplomatic efforts.
    • Influence on Regional Stability: As a nuclear-armed force, the military’s policies significantly impact regional security and peace, especially given Pakistan’s alliance with China and involvement in proxy wars. Eg: Pakistan’s military endorsement of religious nationalism and hardline Kashmir policies increases tensions in South Asia.

    How did the conflict show the role of drones and tech in warfare?

    • Rise of Drone Warfare: The conflict highlighted the increased use of drones for reconnaissance and strikes, making warfare more precise and cost-effective. Eg: Pakistan deployed Turkish Songer drones, while India used Kamikaze drones for targeted responses.
    • Airborne Systems & Escalation Dominance: Advanced airborne early warning systems and electronic warfare tools played a key role in gaining escalation dominance quickly. Eg: India’s use of Rafale jets supported by multi-layered air defence systems like Aakash, S-400, and Barak ensured superior aerial control.
    • Integration of Tech in Modern Combat: The conflict revealed the importance of system integration, electronic countermeasures, and kill chain efficiency in tech-driven warfare. Eg: Speculation on whether a Chinese J-10C could use Pakistani radar guidance underscored interest in interoperability and tech collaboration in proxy conflicts.

    Who controls Pakistan’s key decisions today?

    • Pakistan’s military, specifically the Chief of Army Staff (now Field Marshal) Asim Munir, controls the country. The civilian government, led by Shehbaz Sharif, is a puppet government subordinate to the military.
    • The military interferes with elections, denies political rights (e.g., to Imran Khan), and shapes Pakistan’s strategic outlook.

    Where are the gaps in India’s defence readiness?

    • Lack of Space-Based Surveillance: India lacks a dedicated satellite system for real-time surveillance, early warning, and secure communication, which is critical for modern warfare. Eg:  India must improve its satellite-based reconnaissance to prepare for a two-front warscenario involving Pakistan and China.
    • Limited Preparedness for Two-Front War: While India’s strength is sufficient against Pakistan alone, a simultaneous conflict with China would strain resources and expose strategic vulnerabilities. Eg: The need to balance the combined capabilities of both adversaries highlights the absence of a cohesive dual-front strategy.

    Way forward: 

    • Boost Indigenous Space and Surveillance Capabilities: India must rapidly invest in and deploy a dedicated constellation of military satellites for real-time reconnaissance, early warning, and secure communication to ensure situational awareness across borders. Eg: Collaboration between ISRO, DRDO, and private players can fast-track satellite-based surveillance systemsto monitor threats from both Pakistan and China.
    • Formulate a Coherent Two-Front War Doctrine: India should develop a comprehensive dual-front military strategy, including integrated theatre commands, logistics readiness, and joint force training, to ensure faster, coordinated responses. Eg: Establishing Integrated Battle Groups (IBGs) and enhancing border infrastructure can increase India’s mobility and readiness for high-intensity, multi-front warfare.

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  • Banking Sector Reforms

    [29th May 2025] The Hindu Op-ed: India’s financial sector reforms need a shake-up

    op-ed snap | Economics | Mains Paper 3: Indian Economy

    PYQ Relevance:

    [UPSC 2013] The product diversification of financial institutions and insurance companies, resulting in overlapping of products and services strengthens the case for the merger of the two regulatory agencies, namely SEBI and IRDA. Justify.

    Linkage: The structure and efficiency of financial sector regulation by discussing the potential merger of two key regulatory bodies (SEBI for capital markets and IRDA for insurance). In this article, talks about the reforming India’s Financial Sector” calls for a “coherent, forward-looking strategy that harmonises rules across verticals” and mentions the need for regulatory scrutiny and transparency.

     

    Mentor’s Comment:  India’s financial sector is at a critical turning point. Even after years of policy changes, major problems remain — especially in areas like corporate bond markets, retirement savings, nomination rules across banks and financial services, and the growing risks from unregulated shadow banking. These aren’t just small technical issues; they are deep flaws that hurt investor confidence, customer safety, and the country’s economic strength.

    Today’s editorial will talk about the issues related to the Financial sector in India. This content would help in GS Paper III ( Indian Economy).

    _

    Let’s learn!

    Why in the News?

    There must be consistent rules across all financial sectors, support for a strong corporate bond market, active development of retirement savings options, and better regulation to control shadow banking.

    What are the major structural issues plaguing India’s financial sector?

    • Fragmented Nomination Rules Across BFSI Sectors: Inconsistent nomination rules in banks, mutual funds, and insurance create confusion and legal disputes. Eg: A person can nominate multiple people for a mutual fund but only one for a bank account, with different legal interpretations of nominee rights—leading to litigation among family members.
    • Underdeveloped Corporate Bond Market: The bond market remains shallow, illiquid, and lacks transparency, increasing the cost of capital for businesses. Eg: The RBI once directed the NSE to build a secondary bond market, but the exchange prioritized more profitable equity trading instead.
    • Opaque Capital Flows and Weak UBO Disclosures: Lack of transparency in identifying Ultimate Beneficial Owners (UBOs) hinders regulatory oversight. Eg: SEBI struggled to get ownership details from Mauritius-based Elara and Vespera Funds, delaying investigations into their Indian stock market investments.
    • Unregulated Shadow Banking Activities: NBFCs and brokers offer bank-like services without full regulatory supervision, exposing the system to financial risks. Eg: Brokers provide margin funding to retail investors at interest rates over 20%, without clear disclosure—mirroring unregulated lending seen before the 2008 global financial crisis.

    Why is a harmonised nomination framework across BFSI (Banking, Financial Services, and Insurance) verticals necessary?

    • Reduces Legal Ambiguity: Different sectors (banks, mutual funds, insurance) treat nominees differently—causing confusion between nominee rights and legal heirs’ claims. Eg: A nominee in a mutual fund may only act as a trustee, while in a life insurance policy, the nominee may receive full benefits—leading to conflicting court battles.
    • Prevents Exploitation of Loopholes: Inconsistent rules create loopholes that can be exploited by unscrupulous actors to divert funds or delay inheritance. Eg: A person can deliberately name different nominees across instruments to cause confusion or suppress rightful heir claims.
    • Simplifies Compliance for Citizens: A uniform nomination system makes it easier for ordinary people to understand, update, and track their financial nominations. Eg: A senior citizen managing multiple accounts would benefit from a single, standard process rather than navigating different forms and rules for each institution.
    • Reduces Litigation and Administrative Burden: Courts and financial institutions face prolonged legal disputes due to conflicting nominee laws, which could be avoided with uniformity. Eg: Banks and mutual funds spend years contesting claims when legal heirs and nominees disagree—slowing down asset transfer.
    • Increases Trust and Transparency: Harmonisation builds trust in the financial system by making processes predictable and fair, thus encouraging formal savings. Eg: When savers know that nomination rules are clear and uniformly applied, they are more likely to invest in insurance or mutual funds without hesitation.

    How can a well-developed corporate bond market benefit India’s economy?

    • Lowers Cost of Capital for Businesses: A deep bond market enables companies to raise funds at competitive interest rates, reducing their dependence on bank loans. Eg: An efficient bond market could lower borrowing costs by 2–3%, improving viability for sectors like infrastructure and manufacturing.
    • Diversifies Sources of Funding: It provides an alternative to bank financing, thereby reducing systemic risks and enhancing financial stability. Eg: Large firms like NTPC or Reliance can raise capital directly from investors through bonds, easing pressure on public sector banks.
    • Encourages Long-Term Investment: Corporate bonds are ideal for funding long-gestation projects like highways, power plants, and green energy, attracting pension funds and insurance firms. Eg: The National Investment and Infrastructure Fund (NIIF) can tap bond markets to finance long-term infrastructure.
    • Boosts Financial Market Development: A vibrant bond market leads to greater depth, liquidity, and transparency in the financial system. Eg: Countries like South Korea and Malaysia have developed strong bond markets that support efficient capital allocation.
    • Enhances Retail Participation and Savings Mobilization: If made accessible and credible, bond markets can attract retail investors, expanding financial inclusion and mobilizing household savings. Eg: Government-backed platforms could offer secure corporate bonds to middle-class savers as an alternative to fixed deposits.

    Who is responsible for regulating and curbing the risks of shadow banking in India?

    • Reserve Bank of India (RBI): RBI regulates Non-Banking Financial Companies (NBFCs), ensuring they comply with capital adequacy, liquidity norms, and risk management frameworks. Eg: After the IL&FS crisis, RBI tightened norms on NBFCs’ asset-liability management and enhanced their supervision.
    • Securities and Exchange Board of India (SEBI): SEBI oversees brokers, margin lenders, and mutual funds that may engage in shadow banking-like activities, ensuring transparency in trading and lending practices. Eg: SEBI took steps to curb margin funding risks offered by brokers to retail investors under complex lending structures. 
    • Ministry of Finance: The Ministry designs regulatory frameworks and inter-agency coordination, enabling RBI and SEBI to monitor and respond to emerging risks in shadow banking. Eg: The government supported RBI’s proposal to bring large NBFCs under bank-like regulations and backed a risk-based supervision model.

    Way forward: 

    • Unified and Risk-Based Regulatory Framework: Adopt a harmonised, activity-based regulation where entities performing similar financial functions are subjected to similar oversight, regardless of their institutional form. Eg: Apply the same capital, disclosure, and consumer protection standards to both NBFCs and banks offering credit, ensuring no regulatory arbitrage.
    • Enhanced Supervisory Capacity and Real-Time Monitoring: Strengthen inter-agency coordination (RBI, SEBI, Ministry of Finance) and invest in AI-powered data analyticsto track complex transactions and hidden risks. Eg: Use advanced analytics to monitor NBFC balance sheets and digital lending platforms in real time, enabling early warning systems and prompt corrective action.

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