{GS2 – Governance} Need for a Rules-Based Fuel Pricing Mechanism in India
- Context (IE): India’s hybrid fuel-pricing system faces pressure from rising crude prices, rupee weakness, and Middle East tensions, needing a clear, rules-based framework.
Evolution of India’s Petrol Pricing System
- Administered Pricing Mechanism: The government set prices under the APM (1975–2002) based on costs, guaranteed returns, subsidies, and an “Oil Pool Account”.
- Partial Liberalisation: APM was dismantled in 2002, and Trade Parity Pricing (TPP) started in 2006 to set the base price paid by oil companies to refineries.
- Deregulation Phase: India deregulated petrol prices in 2010 and diesel prices in 2014, moving towards a market-linked pricing model.
- Dynamic pricing: A system of daily price revisions began in 2017 to reflect global crude changes and currency exchange rate movements.
Key Issues in India’s Dynamic Pricing System
- OMC Burden: Public-sector Oil Marketing Companies (OMCs) freeze prices during periods of volatility or elections, resulting in large under-recoveries.
- Price Opacity: Consumers cannot clearly track crude cost, taxes, margins, and exchange-rate effects in pump prices.
- Fiscal Uncertainty: Sudden tax changes and delayed price revisions distort market signals and public finance planning.
- Uneven Gains: Falling crude prices often lead to higher taxes and corporate margins, while consumers receive limited price relief.
Need for a Rules-Based Framework
- Import Risk: India imports 85–90% of its crude oil, leaving fuel prices highly vulnerable to global shocks.
- Fiscal Burden: Every $10 global crude price rise widens India’s Current Account Deficit (CAD) by about 0.5% of GDP.
- Inflation Push: A 10% global oil price hike adds about 0.7–1% to India’s baseline wholesale inflation.
- Tax Dependence: Central and state taxes account for 50–60% of retail fuel prices, making pump-price cuts fiscally difficult.
- New Framework: Adopt a Fuel Price Transparency Framework (FPTF) linking pump prices to crude costs and exchange rates, and use dynamic tax bands during crude price spikes.
- Public Disclosure: Disclose crude costs, taxes, margins, and currency impact to maintain public trust.
- GST Integration: Subsume petroleum products under GST to reduce cascading taxes, with the GST Council protecting state revenues.
- Supply Security: Secure long-term diversified crude contracts, boost domestic exploration, and expand EV and ethanol infrastructure to reduce fossil-fuel imports.
{GS2 – IR} India-New Zealand Signed Free Trade Agreement (FTA) **
- Context (IE): India and New Zealand formally signed a “once-in-a-generation” Free Trade Agreement (FTA) to double bilateral trade to $5 billion within five years.
About the India-New Zealand Free Trade Agreement
- Duty Elimination: New Zealand will eliminate customs duties on 100% of Indian exports immediately upon the agreement’s entry into force.
- India’s Offer: India has offered duty-free or reduced-tariff access on over 70% of tariff lines, covering ~95% of New Zealand’s export value.
- Rules of Origin: Products must undergo “substantial transformation” (typically 35% to 40% value addition) in the exporting country to qualify for FTA benefits.
- Agricultural Exclusions: Dairy products and sensitive agricultural goods like pulses, onions, and sugar are fully excluded to protect domestic farmers.
- Tariff Concessions: India halved the premium-apple duty to 25% and zeroed the kiwifruit duty under ascending quotas of up to 45,000 (apple) and 15,000 MT (kiwi) over six years.
- Access Window: Preferential access for apples and kiwifruit is restricted to the off-season to protect Indian growers during peak harvest.
- Investment Pledge: New Zealand has committed to invest $20 billion in Foreign Direct Investment (FDI) in India over the next 15 years.
- Work Visa: A dedicated visa pathway will allow up to 5,000 Indian professionals to work in New Zealand for up to 3 years.
- Student Rights: Numerical caps on Indian student visas in New Zealand are removed under the FTA.
- AYUSH Recognition: New Zealand has officially recognised AYUSH systems for easier trade in traditional medicine and wellness services.
- Agriculture Cooperation: An Agricultural Productivity Partnership will be established to enhance Indian yields in apples, kiwifruit, and honey using New Zealand technology.
Overview of India-New Zealand Bilateral Relations
- Trade Volume: Bilateral trade reached $2.4 billion in 2024, with India maintaining a trade surplus.
- Export Basket: Pharmaceuticals, machinery, textiles, motor vehicles
- Import Basket: Wool, scrap iron, wood products, edible fruits
- Defence Framework: A Defence Cooperation MoU was signed in 2025 to institutionalise military training, joint exercises, and defence dialogues.
- Indian Diaspora: 300,000 people of Indian origin constitute 5% of New Zealand’s total population.
- Strategic Convergence: New Zealand joined the Indo-Pacific Oceans Initiative (IPOI) in 2025 and supports India’s permanent membership in the UN Security Council.
- Key Divergence: Pro-Khalistan activities, China-centric trade exposure, Russia-Ukraine divergence, and rising anti-India sentiment.
Read More> India-New Zealand Relations: Convergences & Challenges
{GS2 – IR} China–Pakistan Space Nexus and India’s Security Concerns
- Context (TH): The deepening space partnership between China and Pakistan has evolved into a “Space Silk Road,” posing significant security challenges for India
About Pakistan-China Space Cooperation
- EO Satellite: China launched Pakistan’s indigenous Earth observation satellite, PRSC-EO3, from the Taiyuan Satellite Launch Centre.
- Human Spaceflight: Two Pakistani astronauts began training in Beijing for a scheduled mission to the Tian-gong Space Station.
- Lunar CubeSat: China’s Chang’e-6 mission carried Pakistan’s first lunar CubeSat, ICUBE-Q, to the far side of the Moon in 2024.
- BDS Adoption: Pakistan was the first foreign country to adopt China’s BeiDou Navigation Satellite System (BDS) as a GPS alternative.
- Communication Satellite: China launched PakSat-MM1 under the Digital Pakistan initiative to provide broadband and 5G coverage to remote regions.
- Indigenous Manufacturing: The joint Pakistan Space Centre project aims to shift the country from buying satellites to building them domestically by 2040.
Implication of China-Pakistan Space Cooperation for India
- Surveillance Parity: High-resolution satellites like PRSC-EO3 provide Pakistan with near-real-time monitoring of Indian military movements, eroding India’s traditional reconnaissance advantage.
- Precision Strikes: Full access to the military-grade BeiDou signal allows Pakistani missiles and drones to achieve high-precision targeting.
- Two-Front Threat: Integration of Chinese and Pakistani space assets forces India to prepare for a coordinated, multi-domain space threat on both borders.
- Regional Leadership: China’s space-backed diplomacy challenges ISRO’s regional leadership by drawing South Asian neighbours into a Beijing-led technological ecosystem.
- Orbital Awareness: Advanced radar systems like the SLC-18 allow Pakistan to track Indian satellites and predict overpass windows to hide ground-level activities.
Key Counter-Initiatives by India
- SBS Programme: India is launching 52 military satellites by 2029 under Phase 3 of the Space-Based Surveillance (SBS) programme.
- Offensive Doctrine: Mission Sudarshan Chakra aims to integrate space-based tracking to neutralise advanced aerial threats and launch rapid counterstrikes.
- NavIC Expansion: The country is expanding its indigenous NavIC constellation to provide military-grade geolocation and counter the BeiDou system.
- Western Alignment: India is integrating with Western space ecosystems through the Artemis Accords and NASA-ISRO missions to counterbalance the China-led International Lunar Research Station (ILRS).
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{GS3 – IE} RBI Introduces Expected Credit Loss Framework for Credit Risk Management *
- Context (TH): RBI amended the Income Recognition, Asset Classification, and Provisioning (IRACP) framework, shifting the banking sector toward a forward-looking risk-management model.
- A Non-Performing Asset (NPA) is a loan or advance for which the borrower has failed to make interest or principal payments for more than 90 days.
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Key Changes Introduced
- ECL Framework: RBI replaced the legacy Incurred Loss (IL) model with a risk-based, three-stage Expected Credit Loss (ECL) framework.
- Low-Risk: For loans with no significant increase in credit risk, banks must make provisions for potential defaults over the next 12 months.
- Elevated-Risk: For assets where credit risk has risen significantly, banks are to provision for losses over the loan’s entire lifetime.
- Impaired Assets: For loans 90 days overdue or otherwise credit-impaired, banks must maintain full lifetime loss provisions.
- EIR Method: Loss allowances must be calculated using the Effective Interest Rate (EIR) method, which factors in all fees and transaction costs.
- Borrower Tagging: If a borrower defaults on one loan, all other credit facilities of that borrower in the same bank are automatically classified as NPAs.
- NPA Automation: All banks must implement automated batch-processing systems for NPA identification to ensure transparency.
- Foreclosure Ban: Banks are prohibited from charging prepayment or foreclosure penalties on floating-rate loans to individuals and micro-enterprises.
- Agent Certification: All recovery personnel must be certified by the Indian Institute of Banking and Finance (IIBF) to ensure ethical conduct.
India’s Current NPA Landscape
- Gross NPA: India’s GNPA ratio for Scheduled Commercial Banks dropped to a multi-decade low of 2.1% as of late 2025.
- Net NPA: Actual losses after provisioning have declined to approximately 0.5%.
- Slippage Ratio: The fresh slippage ratio declined to 1.4%, indicating higher quality in new lending.
- Agri NPA: Agricultural loans continue to show higher relative stress, with an NPA ratio of 5.7%.
- Retail NPA: Retail loans remain the most resilient sector, with an NPA ratio of roughly 1%.
- RBI Projection: Gross NPA GNPA ratio is projected to improve further to 1.9% by March 2027.
Read More> RBI’s Prompt Corrective Action (PCA) Framework
{GS3 – Envi} Grassroots Biodiversity Project Launched in Meghalaya and Tamil Nadu **
- Context (TP): MoEFCC, in collaboration with the National Biodiversity Authority (NBA), launched the ‘Strengthening Institutional Capacities for Securing Biodiversity Conservation Commitments’ scheme.
- It is a joint initiative of the Government of India, the Global Environment Facility (GEF), and the United Nations Development Programme (UNDP) designed to decentralise biodiversity governance.
- Objective: The project aims to “green” Gram Panchayat Development Plans (GPDPs) by integrating community-owned and locally funded biodiversity conservation strategies.
- Finance: It is supported by a $4.88 million grant from GEF for a five-year implementation period (2025-2030)
- Nodal Agency: National Biodiversity Authority (NBA) serves as the nodal agency, with technical and implementation support provided by UNDP India.
- Mechanism: It utilises a landscape-based approach to strengthen Panchayati Raj Institutions (PRIs) and Biodiversity Management Committees (BMCs) at the grassroots level.
- Innovative Financing: The initiative promotes Access and Benefit Sharing (ABS), CSR co-financing, and green micro-enterprises to create sustainable conservation funding.
- Mainstreaming Biodiversity: The project aligns local actions with the Updated National Biodiversity Strategy and Action Plan (NBSAP) 2024-2030 and the global 30×30 target.
- Landscape Approach: It will be implemented across two pilot ecological zones: the Sathyamangalam landscape (Tamil Nadu) and the Garo Hills landscape (Meghalaya).
Sathyamangalam Landscape (Tamil Nadu)
- Sathyamangalam forms a genetic bridge between the Eastern and Western Ghats, providing continuous habitat for tigers and Asian elephants.
- Community Involvement: The project aims to empower the forest-fringe communities to apply their traditional ecological knowledge in managing forest-fringe areas.
- Conservation Focus: It prioritises reducing human-wildlife conflict through technology-aided monitoring and restoring local corridors using native species.
Garo Hills Landscape (Meghalaya)
- Situated within the Indo-Burma biodiversity hotspot, the Garo Hills preserve tropical forests vital for the endangered Western Hoolock Gibbon.
- Community Involvement: It leverages the traditional Nokma (village headman) governance system to strengthen management of community forests and Sacred Groves.
- Livelihood Strategy: The initiative promotes Green Micro-enterprises based on non-timber forest produce as economic alternatives to Shifting Cultivation (Jhum).
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{GS3 – S&T} India’s Space Ecosystem Expands as Private Investment Crosses $600 Million **
- Context (DDN): India is establishing space laboratories at universities, amid rising private participation in India’s space ecosystem.
Landscape of Private Participation in India’s Space Economy
- Investment: Private investment in India’s space sector crossed $600 million over five years.
- Startup Surge: Active space startups rose from single digits in 2019 to over 400 by early 2026.
- Value Chain: Private enterprises now operate beyond components, covering launch vehicles, satellite constellations, payloads, and ground infrastructure.
- Private Rocket: India launched Vikram-S, first fully private rocket, under Mission Prarambh in 2022.
Need for Private Participation in India’s Space Economy
- Global Edge: Private agility supports faster innovation, cost-effective scaling, and competition with global aerospace firms like SpaceX.
- Capacity Addition: Private participation expands infrastructure through Earth Observation (EO) satellites, shared satellite buses, and public-private partnerships.
- Service Reach: Private firms can expand satellite broadband, remote sensing, and navigation services in underserved and remote regions.
- Capital Mobilisation: India’s $44 billion by 2033 space economy target needs venture capital, global investment, and private risk-taking capacity.
Key Initiatives and Push for Private Space Participation
- Indian Space Policy 2023: Enables private participation through a predictable regulatory framework for non-governmental entities across the value chain.
- Institutional Support: Indian National Space Promotion and Authorisation Centre (IN-SPACe) authorises private space activities, while NewSpace India Limited (NSIL) promotes commercialisation.
- FDI Liberalisation: Revised Foreign Direct Investment rules allow 74% automatic route in satellites and 49% in launch systems.
- Startup Support: A ₹1,000 crore venture capital fund by SIDBI, Technology Adoption Fund, and SpaceTech Innovation Network (SpIN) supports space startups.
- Procurement Shift: Public-private partnerships (PPPs) are moving toward procurement through privately led EO satellite constellations.
Read More > India’s Space Economy
{Prelims – Eco} MoSPI Proposes Index to Track Service Sector Output *
- Context (IE | PIB): Ministry of Statistics and Programme Implementation (MoSPI) proposed an Index of Service Production (ISP) to track formal service-sector output.
- ISP aims to provide a reliable monthly service volume indicator to complement the Index of Industrial Production (IIP) and bridge data gaps.
- Data Sources: It will use monthly aggregated data from the Goods and Services Tax Network (GSTN), administrative records, and the ASISSE.
- Base Year: It proposes 2024-25 as the base year to reflect current economic and consumption patterns.
- Sector Mapping: The index will classify service activities under the National Industrial Classification (NIC) 2008 framework for global comparability.
- Price Correction: Nominal data will be deflated using indicators like Wholesale Price Index (WPI) and Consumer Price Index (CPI) to measure real volume growth.
- Significance: Services contribute over half of India’s GDP, making output tracking useful for policymaking, national accounting, and monetary policy.
- Key Limitations: It excludes the informal sector and temporarily omits health and education, missing nearly one-third of services Gross Value Added (GVA).
{Prelims – S&T} India’s First Private Orbital Launch Vehicle Vikram-1 *
- Context (IE): Vikram-1 payload cover has been sent to Satish Dhawan Space Centre, Sriharikota, for India’s first private orbital launch later this year.
- Vikram-1, developed by Skyroot Aerospace, is India’s first privately developed orbital launch vehicle.
- It is a multi-stage small-lift launch vehicle designed for cost-effective, rapid, on-demand commercial satellite deployment.
- It uses lightweight all-carbon composite structures to reduce mass and improve launch efficiency.
- The rocket uses 3D-printed engines and indigenous ultra-low-shock pneumatic separation systems.
- Propulsion: It has four stages, comprising three solid-fuel Kalam engines and a liquid-hypergolic Raman upper stage.
- Payload: Vikram-1 can place up to 480 kg into Low Earth Orbit (LEO) and up to 290 kg into Sun-Synchronous Orbit (SSO).
{Prelims – S&T} Astronomers Mapped Hidden Vela Supercluster *
- Context (TOI): Astronomers created the first 3D map of the Vela Supercluster (VSCL), which remains heavily obscured by the Milky Way’s dense interstellar dust.
- Scientists used the MeerKAT telescope to observe the VSCL through the Zone of Avoidance, a dense blind spot created by our galaxy.
- MeerKAT is a highly sensitive radio telescope array in South Africa, comprising 64 radio antennas.
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About Vela Supercluster (VSCL)
- VSCL is one of the most massive galactic structures, located nearly 800 million light-years away.
- It is nicknamed ‘Vela-Banzi’, meaning “revealing widely” in isiXhosa, one of South Africa’s languages.
- It spans nearly 300 million light-years with at least 20 galaxy clusters, each holding hundreds to thousands of galaxies.
- It has an estimated mass of 30 quadrillion suns and is more massive than Laniākea, the supercluster containing the Milky Way.
- Structure: Recent studies reveal two dense cores within the supercluster, moving towards each other.
- Significance: Its gravitational pull explains the movement of the Milky Way and nearby galaxies.
- Context (IE): Israel relocated the first major group of B’nei Menashe from India to Tel Aviv as part of its ‘Operation Wings of Dawn’.
- B’nei Menashe, meaning “Children of Manasseh,” are an ethno-religious community living in the Indian states of Manipur and Mizoram.
- Lineage: They claim descent from one of the ‘Ten Lost Tribes’ of Israel.
- The ‘Ten Lost Tribes’ are the biblical tribes of the northern Kingdom of Israel that disappeared from historical records after the Assyrian conquest around 722 BCE.
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- Ethnicity: The community mainly comprises people from the Chin, Kuki, and Mizo ethnic groups.
- Religious Belief: Originally practitioners of an ancestral tribal religion, many converted to Christianity and later adopted Judaism in the 20th century.
- Official Recognition: Israel formally recognised them as “descendants of Israel” in 2005, allowing migration under the nation’s Law of Return.
- Relocation Program: ‘Operation Wings of Dawn’ aims to relocate the remaining 6,000–7,000 B’nei Menashe members from Northeast India to Israel by 2030.