Current Affairs – February 16, 2026

{GS2 – MoHFW} Regulating Refurbished Medical Devices in India **

• Context (IE): The Ministry of Health and Family Welfare (MoHFW) has formed a committee to develop a “Policy on regulation of refurbished medical devices” to resolve ongoing policy conflicts.

About Refurbished Medical Devices

• Refurbished medical devices are previously used equipment restored to the safety and performance specifications set by Original Equipment Manufacturers (OEMs).
• Key Examples: This category includes high-value capital-intensive technologies such as MRI scanners, CT scanners, PET-CT systems, and robotic surgery units.
• Cost Efficiency: These devices cost 50-60% less than new equipment, making advanced diagnostics financially feasible for hospitals in Tier-2 and Tier-3 cities.
• Resource Optimisation: Refurbishing extends the useful life of complex machinery, aligns with circular economy principles, and reduces electronic waste.

Current Government Policy & Regulatory Framework

• India currently lacks a specific definition or a dedicated regulatory pathway for these devices under the Medical Devices Rules (MDR), 2017.
• Import Law: Imports are currently governed by the Hazardous and Other Wastes Rules, 2016, administered by the Ministry of Environment (MoEFCC).
• Conditional Approval: The MoEFCC permits the import of 38 specific items, provided they have at least 7 years of residual life and a mandatory warranty.

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Key Issue & Policy Debate

• Regulatory Conflict: MoEFCC permits imports, but the Central Drugs Standard Control Organisation (CDSCO) blocks clearances due to safety gaps in the MDR framework.

Arguments Supporting Regulated Imports

• Healthcare Access: Proponents argue that regulated imports lower capital costs, thereby improving diagnostic availability in underserved regions.
• Global Practice: The Medical Technology Association of India (MTaI) supports a calibrated framework aligned with international standards to avoid technological isolation.
• Skill Development: Refurbished equipment enables medical colleges to acquire advanced technology for training healthcare professionals at a lower cost.

Arguments Opposing Refurbished Imports

• Safety Risks: The Association of Indian Medical Device Industry (AiMeD) highlights risks related to unknown usage history and calibration inconsistencies.
• Industry Impact: Domestic manufacturers claim that cheaper imports undermine the objectives of the PLI scheme and the “Make in India” initiative.
• Dumping Risk: Industry groups warn that India could become a “dumping ground” for hazardous e-waste, citing strict import bans in China and Brazil.

Read More > Medical Device Sector

{GS2 – Governance} MHA to Introduce New Law for Regulating IPS Deputation in CAPFs

• Context (TH): The Ministry of Home Affairs (MHA) informed the Supreme Court that it is considering a new law to regulate IPS deputation to Central Armed Police Forces (CAPFs).

• Judicial Compliance: This proposal follows contempt petitions filed against the Centre, alleging non-compliance with judicial directives to reduce IPS quotas in CAPFs.
• Deputation Quota: Current recruitment rules reserve 50% of Inspector General (IG) and 20% of Deputy Inspector General (DIG) posts in CAPFs exclusively for IPS officers.
• Glass Ceiling: CAPF cadre officers argue that fixed IPS quotas restrict their upward mobility despite prolonged field service.
  • Career Disparity: IPS officers typically reach senior ranks within 13-15 years, while CAPF officers require nearly 20-25 years.

Prior Judicial Directives

• OGAS Recognition: In the Harananda judgment (2019), the Supreme Court granted Organised Group ‘A’ Service (OGAS) status to CAPF officers to ensure financial parity.
• Reduction Directive: In the Sanjay Prakash (2025) verdict, the Court directed the Centre to progressively reduce IPS deputation posts up to the IG rank within two years.
• Review Dismissal: The Supreme Court dismissed the Centre’s review petition in October 2025, upholding that operational requirements cannot justify denying legitimate career progression.

Read More > Unified approach to CAPF and IPS integration

{GS2 – IR} UAE-India Corridor

• Context (TH): The UAE-India corridor is driving strategic growth through aligned policy, capital, and technology. This partnership exemplifies how shared vision fuels global economic opportunities.

Strategic Significance

• Sector Expansion: Corridor is being reshaped by advanced manufacturing, financial services, technology, and logistics.
• Industrial Projects: Reliance-TA’ZIZ $2B low-carbon chemicals, Ashok Leyland shifted electric bus production to the UAE, and L&T Abu Dhabi solar-plus-storage.
• Financial Integration: Emirates National Bank of Dubai (NBD’s) acquisition of RBL Bank is the largest FDI in Indian banking, & DP World has committed an additional $5 billion to Indian infrastructure.
• Regional Platform: Bharat Mart will serve Africa, West Asia, and Eurasia, doubling India’s exports to these regions.

India‑UAE Bilateral Cooperation

• Policy Architecture: CEPA removed ~90% tariffs, and the 2024 Bilateral Investment Treaty ensures investor certainty.
• Technology Partnership: India-UAE collaborate on AI, data centres, and digital infrastructure, with India hosting the Global South AI Summit 2026.
• Energy Collaboration: Abu Dhabi National Oil Company (ADNOC) signed multi-billion-dollar LNG agreements with Indian Oil and HPCL.
• Long-Term Commitment: Mubadala deployed $4B in Indian health, renewables, and tech and Abu Dhabi Investment Authority is based in GIFT City.

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India‑UAE Cooperation Challenges

• Geo Tensions: Regional instability and shifting Middle East alliances affect investment certainty.
• Regulatory Differences: Divergent labour, taxation, and compliance standards require harmonisation for smooth operations.
• Technology Gaps: AI and advanced manufacturing demand local talent and infrastructure, posing implementation challenges.
• Trade Reliance: Overdependence on the corridor for certain exports could create vulnerability to external shocks.

Way Forward

• Capacity Building: Joint digital infrastructure and skill development in Africa to enhance the corridor’s global impact.
• Investment Diversification: Encourage sectoral expansion beyond energy and logistics to AI, renewables, and healthcare.
• Innovation Leadership: Focus on AI and advanced technologies to make the corridor a model for Global South partnerships.

{GS3 – IE} Union Cabinet Approves Urban Challenge Fund (UCF) Scheme **

• Context (TH): The Union Cabinet approved the Urban Challenge Fund (UCF) to transform the financing ecosystem of urban infrastructure in India.

About Urban Challenge Fund (UCF)

• The Urban Challenge Fund (UCF) is a ₹1 lakh crore Centrally Sponsored Scheme designed to institutionalise market-linked financing for urban development.
• Core Objective: It aims to transition cities from grant dependence to fiscal self-sufficiency through market-linked infrastructure development.
• Nodal Ministry: The Ministry of Housing and Urban Affairs (MoHUA) is responsible for overall policy formulation and funding.
• Monitoring Mechanism: A dedicated Project Management Unit (PMU) under MoHUA tracks fund disbursements and reform milestones via a unified digital portal.
• Budget Link: The fund operationalises the Union Budget 2025-26 announcement to develop “Cities as Growth Hubs” through a challenge mode.
• Outcome Focus: Funding is strictly contingent on reaching reform milestones and third-party verification of outcomes, not just construction targets.
• Timeline: The scheme operates from FY 2025-26 to FY 2030-31, with a project implementation window extendable until FY 2033-34.
• Selection Process: Projects are selected through a competitive “Challenge Mode” based on their financial viability and the city’s reform readiness.

Financing Mechanism

• Central Grant: The Central Government provides up to 25% of the project cost as catalytic assistance.
• Market Mobilisation: Urban Local Bodies (ULBs) must mobilise 50% through non-budgetary sources such as Municipal Bonds or commercial loans.
• State Share: The remaining 25% is contributed by the State Government or generated through the ULB’s internal revenue.

Eligibility Criteria

• Population: The fund covers all cities with a population of 10 lakh or more based on 2025 estimates.
• Strategic Cities: It includes all State and Union Territory capitals and major industrial cities with a population above 1 lakh.
• Financial Health: Participating ULBs must possess audited financial statements for the last three years.
• Creditworthiness: Cities must maintain a credit rating of ‘BBB-’ or higher to access the market-linked financing component.

Credit Repayment Guarantee Scheme

• Component Corpus: A ₹5,000 crore corpus has been set aside to improve the creditworthiness of Hilly, North-Eastern, and smaller ULBs with populations under 1 lakh.
• Graded Guarantee: The Centre guarantees up to ₹7 crore or 70% of the loan amount (whichever is lower) for first-time borrowers; for subsequent loans, the guarantee is 50% or ₹7 crore.
• Market Entry: It aims to de-risk lending, enabling smaller municipalities to access formal credit markets for projects with a minimum cost of ₹20 crore initially and ₹28 crore thereafter.

Key Verticals

• Strategic Mandate: The fund channels investments into three priority verticals to ensure sustainable urban growth and financial viability.

1. Growth Hubs: Development of economic corridors and nodes to enhance regional competitiveness and urban mobility.
2. Creative Redevelopment: Revitalisation of central business districts and heritage cores through climate-resilient brownfield regeneration.
3. Water Sanitation: Financing of Bankable infrastructure projects for water supply, sewerage, stormwater, and solid waste remediation.

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{GS3 – S&T} Indian Scientific Service (ISS) for Expert-led Policymaking **

• Context (TH): The increasing technical complexity in governance calls for a dedicated Indian Scientific Service (ISS) to ensure evidence-based, expert-led policymaking.

Current Framework of Scientific Services

• Generalist Hegemony: Scientific departments are predominantly headed by IAS officers, often creating a leadership gap in domains that require deep technical expertise.
• Fragmented Recruitment: Unlike the centralised Civil Services Examination, scientific recruitment remains decentralised across autonomous bodies like CSIR and ISRO.
• Restrictive Conduct: Government scientists are bound by the CCS (Conduct) Rules 1964, which prioritise administrative obedience over independent scientific inquiry.
• Reactive Role: The current system utilises scientific input primarily for crisis management rather than as a foundational component of long-term policy formulation.
• Vertical Immobility: Technical experts often encounter a “glass ceiling” in which administrative hierarchies prevent them from exercising final decision-making authority.

Arguments in Favour of Indian Scientific Service (ISS)

• Regulatory Agility: Scientific administrators are essential to draft dynamic regulations for “black-box” technologies (like AI and genomics) that currently outpace generalist understanding.
• Diplomatic Leverage: A specialised cadre would equip India to negotiate effectively in global forums on complex issues like climate finance and nuclear protocols.
• Institutional Memory: Unlike generalist administrators who face frequent transfers, a permanent scientific cadre ensures sustained leadership for long-gestation R&D projects.
• Innovation Culture: Separate service rules would legitimise “risk-tolerant” financial norms, treating scientific failure as a step in innovation rather than a procedural error.
• ‘Lab to Land’: An ISS cadre can serve as a professional interface to translate theoretical research into scalable public welfare schemes.

Arguments Against Indian Scientific Service (ISS)

• Administrative Siloisation: Creating a separate scientific vertical may widen the coordination gap between technical experts and the executive administrators responsible for implementation.
• Technocratic Tunnel-Vision: A purely scientific approach may overlook the critical socio-economic nuances that generalist administrators are trained to manage.
• Bureaucratic Proliferation: A new All-India Service could increase fiscal burdens and add red tape without guaranteeing improved research output.
• Research Dilution: Formalising scientists within a civil service structure risks burdening them with administrative paperwork and detracting from their primary role as innovators.
• Lateral Entry: The existing ‘Lateral Entry’ mechanism offers a more flexible and cost-effective solution than creating a rigid, permanent cadre.

Way Forward

• Embedded Cadre: Embed scientific officers directly within ministries to ensure technical feasibility meets administrative viability.
• Statutory Integrity: Enact service rules safeguarding “Scientific Integrity,” empowering experts to record dissent without administrative reprisal.
• Unified Training: Institutionalise a “Policy-Science Bridge” at LBSNAA to sensitise generalists to data and scientists to public administration.
• Legislative Support: Establish a specialised scientific unit attached to Parliament to provide technical briefs on science-heavy legislation.
• Phased Rollout: Pilot the service in high-stakes sectors like Public Health and Disaster Management before pan-India expansion.

Read More> Nation Building through Science and Innovation

{GS3 – S&T} AFR Became the First Indian Private Satellite to Perform “In-Orbit Snooping” *

• Context (IE): The Aerospace First Runner (AFR) satellite achieved a breakthrough in Space Situational Awareness (SSA) by tracking and imaging the International Space Station (ISS) from orbit.

• Private First: This is the first publicly reported instance of an Indian private satellite performing “in-orbit snooping” (non-Earth orbital imaging).
• Satellite Profile: The 80-kilogram Azista BST Aerospace First Runner (AFR) is an optical Earth Observation satellite designed for high-resolution remote sensing.
• Manufacturing: Azista BST Aerospace (ABA), an Indo-German joint venture, manufactures the satellite at a facility in Ahmedabad.
• Launch Details: The satellite was launched into a Sun-Synchronous Orbit (SSO) in June 2023 aboard the SpaceX Transporter-8 mission.
• Payload Capabilities: Its primary payload comprises wide-swath optical cameras capable of capturing panchromatic and multispectral imagery.
• Strategic Potential: The “in-orbit snooping” capability has significant dual-use potential for inspecting other space assets and monitoring space debris.
• Sectoral Applications: The satellite data supports critical sectors such as crop health monitoring, disaster management, and urban infrastructure planning.

{Prelims – Eco} CBDC-Based Digital Food Currency

• Context (PIB): The Government of India launched a CBDC-based Digital Food Currency pilot in Gujarat for the Public Distribution System (PDS).

• It is a programmable digital coupon within India’s Central Bank Digital Currency (e-Rupee) framework.
• Regulator: The Reserve Bank of India (RBI) regulates and issues the Digital Rupee (e₹) for coupons.
• Implementing Agency: The Ministry of Consumer Affairs, Food and Public Distribution coordinates execution with the National Payments Corporation of India (NPCI) and State Governments.
• These coupons are “locked” for exclusive use at authorised Fair Price Shops (FPS) and cannot be converted into cash or used for non-essential purchases.
• The system credits coupons directly to beneficiaries’ mobile wallets to ensure that they are used exclusively for foodgrains.
• Transaction Method: Beneficiaries claim entitlements by scanning a merchant’s QR code at the FPS.
• Validity: The coupons typically have a fixed timeframe (e.g., 30 days) to prevent unspent subsidy accumulation and to identify inactive accounts.
• Key Benefits: The model eliminates dependency on unreliable biometric e-POS machines and enables real-time digital tracking to prevent foodgrain diversion.

{Prelims – Infra} India’s first Twin Tube Underwater Tunnel Project *

• Context (IE): The Cabinet Committee on Economic Affairs (CCEA) has approved the construction of the Gohpur–Numaligarh road-cum-rail tunnel.

• This is India’s first underwater twin-tube road-cum-rail tunnel and the second of its kind globally.
• It connects Gohpur (North Bank) & Numaligarh (South Bank) in Assam under the Brahmaputra River.
• Development: The project is being implemented by the Ministry of Road Transport & Highways (MoRTH) in collaboration with the Ministry of Railways.
• Dimensions: The entire project spans 33.7 km, featuring a 15.79 km twin-tube tunnel located directly beneath the riverbed.
• Design: It is a twin-tube tunnel design; each tube carries a 2-lane road (total 4 lanes), with provision for railway infrastructure in one tube.
• Route Integration: The corridor integrates National Highway 15 and National Highway 715, connecting the Rangia-Murkongselek rail line (North) with the Furkating-Mariani line (South).
• Technology: The construction employs Tunnel Boring Machines (TBM) to withstand high siltation and water flow.
• Significance: It marks a milestone under the Act East Policy, enhancing multi-modal connectivity and providing an all-weather corridor for rapid troop movement in the sensitive border region.

{Prelims – S&T} Study Reveals Potential Pathway for Osteoporosis Prevention

• Context (SA): A recent study by the University of Hong Kong has discovered the molecular mechanism linking physical activity to enhanced bone density.

• The researchers identified Piezo1, a protein, as the biological sensor that detects mechanical stress in bone tissue during exercise.
• It acts as a mechanotransducer, converting mechanical force into intracellular chemical signals that regulate bone formation.
• Piezo1 directs Bone Marrow Mesenchymal Stem Cells (BMMSCs) to differentiate into osteoblasts (bone cells) rather than adipocytes (fat-storing cells).
• Scientific Validation: These findings provide cellular evidence for Wolff’s Law, which states that bone structure adapts and strengthens in response to mechanical loads.
• Inflammatory Shift: Absence of Piezo1 elevates pro-inflammatory mediators, accelerating bone loss.
• Structural Decline: Deficiency leads to “fatty marrow” and brittle bones because stem cells default to becoming fat cells without this signal.
• Ageing Link: Age-related decline in Piezo1 activity explains the simultaneous loss of bone density and increased marrow fat in the elderly.
• Reversibility: The study shows these pathological changes are reversible if the Piezo1 pathway is reactivated or its effects are chemically restored.
• Therapeutic Potential: This discovery enables the development of “exercise-mimicking” drugs for osteoporosis treatment.

{Prelims – In News} India’s First ‘Cow Culture’ Museum in Mathura *

• Context (TH): The Uttar Pradesh Braj Teerth Vikas Parishad is establishing India’s first national ‘cow culture’ museum in Mathura, Uttar Pradesh.

• Location: The facility will be located on the campus of Pandit Deendayal Upadhyaya Veterinary Science University.
• Core Objective: It blends traditional spiritual values with modern scientific insights to support cattle conservation and the rural economy.
• Bovine Diversity: The museum will display approximately 100 digital and physical models of various indigenous cattle breeds.
• Scientific Integration: A dedicated section will utilise modern technology to demonstrate the nutritional and Ayurvedic properties of dairy products.

Read More > India’s Dairy Sector