Current Affairs – January 12, 2026

Context (TH): The Supreme Court in State of Uttar Pradesh vs Anurudh flagged misuse of the Protection of Children from Sexual Offences (POCSO) Act, 2012, in consensual adolescent relationships.

Salient Features of POSCO Act, 2012

POCSO Act is the first comprehensive law in India dealing specifically with sexual abuse of children. It seeks to protect children from sexual assault, sexual harassment and pornography.
It criminalises all sexual activities for those under the age of 18, even if consent was factually present between two minors. (Section 63).
Section 19 of the POCSO Act requires mandatory reporting of suspected offences.
Each district shall designate a Sessions Court to be a Special Court. The state government shall establish it in consultation with the Chief Justice of the HC.
A POSCO case must be disposed of within a year from the date the offence is reported.

POCSO (Amendment) Act, 2019

The amendment has enhanced punishment under various sections of the Act, including the death penalty for aggravated sexual assault on children.
The act added two more grounds to the definition of aggravated penetrative sexual assault, Assault resulting in the death of the child & Assault committed during a natural calamity.

Reality of Adolescent Behaviour: NFHS-4 shows 39% girls had first sex before 18 (and 11% before 15), meaning the law criminalises lived reality.
Misuse in Romantic Cases: Enfold study of 7,064 POCSO judgments (2016–20) found 24.3% involved romantic relationships; 82% victims refused to testify, indicating forced criminalisation.
Clogging Justice System: Enfold–Project 39A study found 25.4% of Section 6 (aggravated assault) cases involved consensual relationships.

Deterrence Risk: Lowering the age could weaken the “bright-line” protection, enabling trafficking, grooming, and exploitation disguised as consent.
Known-Perpetrator Abuse: MoWCD 2007 study found >50% abusers known to the child (family/teachers/neighbours), where “consent” is often coerced.
Vulnerability of Minors: Many adolescents lack emotional/financial independence; legal exceptions could reduce reporting and embolden predators.
Law Commission Warning: Law Commission 283^rd Report (2023) warned lowering consent age could make POCSO a “paper law”, undermining fight against trafficking/child marriage.

Key Challenges in Current Framework

Weaponisation by Families: POCSO is often filed to counter elopement or romance, turning adolescents into complainants under pressure.
Investigative Rigidity: Mandatory reporting and non-compoundable nature reduce the scope for sensitive handling even when the relationship is consensual.
Judicial Inconsistency: Delhi HC in State vs Hitesh (2025) urged law to respect consensual adolescent romance, but Mohd. Rafayat Ali vs State (Delhi HC) held consent immaterial under POCSO.

Way Forward

Close-in-Age Exemption: Introduce “Romeo–Juliet” clause where consensual relationships between 16–18-year-olds are not treated as rape. E.g. Canada-style “close-in-age” model.
Judicial Screening: Mandate early judicial review to detect coercion/exploitation before arrest; E.g., pre-trial scrutiny guidelines via SC directions for police/courts.
Safeguard Triggers: Keep strict POCSO applicability if power imbalance exists; E.g., exclude exemption for teacher/guardian/employer relationships (position of trust).
Sex Education: Expand adolescent Sexual and Reproductive Health Education through the Adolescent Education Programme and RKSK (Rashtriya Kishor Swasthya Karyakram) modules.

{GS2 – MoRTH} Vehicle-to-Vehicle Communication Technology

Context (HT): The Ministry of Road Transport and Highways (MoRTH) is considering a nationwide Vehicle-to-Vehicle (V2V) communication rollout to reduce road accidents.

About Vehicle-to-Vehicle (V2V) Communication

Vehicle-to-Vehicle communication allows cars to share real-time safety information using short-range wireless signals.
Hazard-Proof: Vehicles exchange data on speed, position, braking, etc. to predict potential road hazards.
Network Model: V2V operates on Wireless Ad Hoc Networks (VANETs), where vehicles act as nodes without cellular towers.
Message System: Basic Safety Messages (BSM) are transmitted up to ten times per second to maintain continuous situational awareness.
Communication Range: V2V signals typically cover about 300 metres and can penetrate obstacles or blind corners.
Onboard Hardware: Vehicles use Onboard Units (OBU) and SIM card-like secure modules to authenticate and transmit encrypted messages.
ADAS Integration: V2V data feeds into Advanced Driver Assistance Systems (ADAS) to trigger automatic braking or evasive steering.

Key Safety Applications

Collision: V2V warns drivers when a vehicle ahead brakes suddenly or remains hidden within blind spots.
Intersection: It alerts drivers to cross-traffic at intersections, reducing the risk of side-impact crashes.
Emergency: Vehicles receive alerts about approaching emergency responders or hazardous conditions.
Platooning: V2V allows trucks to follow each other closely at high speeds to reduce wind resistance.

Associate Challenges

Interoperability: All manufacturers must adopt common, interoperable communication protocols for effective deployment.
Cyber Threats: V2V networks are vulnerable to spoofing and illusion attacks, causing fake messages to trigger unsafe braking or rerouting.
Latency Risks: Dense urban traffic and high speeds can delay time-critical safety communications.
Privacy: Continuous data exchange raises risks of driver tracking or leakage of location data.

Context (TH): Union Education Minister chaired a consultative meeting with representatives of State governments on phase 3.0 of the Samagra Shiksha school education programme.

About Samagra Shiksha 3.0 (2026-2031)

Samagra Shiksha 3.0 is a centrally sponsored scheme that integrates all levels of school education to implement the National Education Policy (NEP) 2020.
Timeline: It is the third phase of the ongoing Samagra Shiksha integrated school education programme, designed for the 2026-2031 cycle.
Nodal Ministry: The Ministry of Education implements the scheme through the Department of School Education and Literacy.
Education Continuum: School education is treated as a single continuum under the 5+3+3+4 structure to ensure smooth transitions between grades.

Key Features of Phase 3.0

AI Integration: The scheme uses AI in classrooms to create Personalised Adaptive Learning (PAL) paths, helping teachers bridge individual learning gaps.
Societal Responsibility: The government manages salaries and school systems, while local communities are responsible for school culture.
Outcome Funding: Under outcome-based funding, financial support is linked to actual improvements in student learning levels and in Performance Grading Index (PGI) scores.
Curriculum Equivalence: The scheme aims to standardise educational quality across different State Boards through the PARAKH framework.
Foundational Learning: Phase 3.0 prioritises the NIPUN Bharat Mission to ensure proficiency in reading and mathematics by the end of Grade 3.
Skill Pathways: Vocational and skilling pathways are integrated into the school curriculum from Class 6 onwards.

Objectives of Phase 3.0

Universal Enrolment: 100% Gross Enrolment Ratio for all students up to Class 12.
Dropout Reduction: Zero dropout rate, especially during the transition from Grade 8 to Grade 9.
Teacher Training: 100% teacher training through the NISHTHA platform.
Digital Infrastructure: ICT labs and smart classrooms in all upper primary and secondary schools.
Vocational Exposure: 50% of students to receive exposure to vocational education by 2030.

Implementation Strategy

Bottom-Up Planning: States and UTs will prepare annual plans based on school-level data.
Single Agency: A single State Implementation Society will reduce administrative delays and accelerate fund flow.
Nutrition Link: The scheme will work closely with PM POSHAN to link student nutrition to cognitive outcomes.
Community Role: Schools are encouraged to serve as social institutions that support community development and lifelong learning.

Feature	Samagra Shiksha 1.0	Samagra Shiksha 2.0	Samagra Shiksha 3.0
Vision	Merger of earlier school education schemes	NEP 2020 alignment begins	Full NEP 2020 execution
Focus	Access and basic infrastructure	Equity and inclusion	Learning outcomes and excellence
Technology	ICT labs in select schools	DIKSHA-based digital learning	AI-led personalised learning
Governance	Top-down administration	Greater role for SMCs	Community-owned school culture
Funding	Expenditure-based	Hybrid with PGI links	Outcome-linked funding
Vocational	Secondary-level only	Strengthened secondary labs	Starts from Class 6
Assessment	State board exams	Competency-based assessment	PARAKH parity

{GS2 – IR} EU–Mercosur Trade Deal

Context (TH | IE): The European Union (EU) and Mercosur bloc will soon formally sign their Free Trade Agreement (FTA), concluding negotiations ongoing since 1999.

Opposition Bloc: France, supported by Ireland, Poland, Austria, and Hungary, has historically opposed the deal, citing risks to farmers’ incomes and concerns about Amazon deforestation.

Mercosur, or the Southern Common Market, is a South American trade bloc created to promote free trade and economic integration. It includes five full members—Argentina, Bolivia, Brazil, Paraguay, and Uruguay and six associate members.

Significance

Market Scale: The agreement creates the world’s largest free trade area, involving over 700 million people and key economies.
Geopolitical Shift: The deal supports EU trade diversification, reduces dependence on China, and offsets U.S. tariff pressures.
Economic Gains: It eliminates nearly 90% of export duties; EU cars, machinery, chemicals, and pharmaceuticals gain market access, while Mercosur primarily benefits through agricultural exports.
Critical Minerals: The agreement secures EU access to essential raw materials, like lithium from Argentina, and graphite and rare earths from Brazil, aiding the green energy transition.

Read More > Mercosur Bloc

{GS3 – IE} 35 Years After the New Economic Policy

Context (IE): 2026 marks 35 years of the New Economic Policy (NEP) 1991, which was “substantial but incomplete” in delivering mass non-farm job creation.

India must revise its thinking, as China (similar per-capita GDP in 1991) is now ~5x higher.

Key Features of New Economic Policy (NEP), 1991

Core Focus: Based on Liberalisation–Privatisation–Globalisation (LPG) to reduce State control, expand private participation, attract foreign capital, and modernise the economy.
Fiscal Discipline: Targeted at reducing fiscal deficit to ~3–4% (medium term) through subsidy rationalisation, lower non-plan expenditure and wider tax reforms to raise revenue.
Monetary Reforms: Adopted a tighter monetary stance to curb imports and current account stress; used tools like treasury bills and long-term securities, and raised import credit costs.
Banking Liberalisation: Gave banks greater autonomy to set deposit interest rates and maturity terms, moving away from heavy administrative control.
Trade Reforms: Devalued the rupee by ~18% to boost exports, eased import restrictions for exporters, and liberalised capital goods imports without prior approvals.
Industrial Policy Reforms: Abolished industrial licensing for most sectors, reduced public sector exclusivity, and opened key industries to private entry to raise competition.
MRTP & SSI Reforms: Amended Monopolies and Restrictive Trade Practices Act to remove expansion approvals for large firms; allowed small enterprises to sell up to 44% equity to larger companies.
FDI Reforms: Raised Foreign Direct Investment (FDI) cap from 40% to 51% in priority industries and created the Foreign Investment Promotion Board (FIPB) for faster clearances.

Achievements of the 1991 Reforms

Mobility Rise: Vehicle ownership increased ~45 times, reflecting rising income capability.
Formal Savings: Provident Fund rose ~75 times, signalling expansion of formal wage employment.
External Strength: Foreign exchange reserves jumped ~120 times, improving macro-stability.
Capital Markets: Stock market value expanded ~500 times, enabling deeper investment.
Connectivity Boom: Phone connections rose ~600 times, powering productivity and services growth.

What 1991 Failed to Fix?

Farm Dependence: ~ 45% of India’s workforce is still in agriculture, showing unfinished transformation.
Informality Trap: India has ~6.3 crore enterprises, but only ~8 lakh are Provident Fund-paying employers, signalling the very thin formal base.
Weak Manufacturing Jobs: Manufacturing workforce share is only ~11%, similar to the post-industrial phase, indicating premature deindustrialisation.
Trust Deficit on Enterprise: Over-regulation and suspicion toward entrepreneurs kept firms small; India’s growth didn’t translate into enough stable wage jobs.
Job Supply Mismatch: India adds ~20 million entrants annually but creates only ~2 million jobs per year, widening underemployment pressure.

Revisions in Thinking Needed for Bypassing Failures

Wealth Creation: “Garibi Hatao” needs “Ameeri Banao”, because only expanding incomes, firms and tax base can sustainably fund welfare and jobs.
Policy Experimentation: “Cross the river by feeling the stones”, shift from policy paralysis to calibrated trials, piloting reforms in select sectors/States and scaling what works fast.
Pragmatism Over Ideology: “Black/white cat”, back any State/sector/firm (manufacturing or services, domestic or foreign) that delivers high-wage non-farm job creation, not ideological preferences.
Risk Acceptance: “When you open the window, some flies will always get in” Fraud cases should be handled through smarter enforcement, not blanket over-criminalisation that discourages investment.

Reform Agenda for 2026

Deregulation: Cut licensing, inspections and notices to reduce compliance fear; E.g., implement Jan Vishwas Siddhant as a single-source regulatory truth system.
Decriminalisation: Replace jail-based compliance with civil penalties and graded deterrence; E.g., expand Jan Vishwas 2.0/3.0 to rationalise economic offences.
Digitisation: Make government interface paperless and cashless to cut transaction costs; E.g., single-window approvals and faceless compliance like GST portal workflows.
Decentralisation: Devolve funds, functions and functionaries to local levels for job creation ecosystems; E.g., 15th Finance Commission local body grants & SVAMITVA Scheme to strengthen Panchayat revenues.

{GS3 – IS} National IED Data Management System

Context (IE): The Union Home Minister inaugurated the National IED Data Management System (NIDMS) to centralise data related to Improvised Explosive Devices (IEDs) across India.

An IED is a homemade or non-standard explosive weapon assembled from commercial or military components to cause damage.

It is a digital platform that integrates data on every bomb blast in India since 1999, previously scattered across departmental silos.
Developing Agencies: The National Security Guard (NSG), through its National Bomb Data Centre (NBDC), in collaboration with Rashtriya Raksha University, IIT Delhi, the NIA, and the I4C.
Analytical Tools: The platform uses AI and machine learning to detect signature linkages — similarities in circuits, explosives, or modus operandi across different incidents.
Operational Use: It supports post-blast investigations and provides predictive analytics to help security agencies prevent future IED attacks.
Inter-Agency Access: The system offers single-click access to users across NIA, Anti-Terrorism Squads, State Police, and Central Armed Police Forces.
National Integration: NIDMS advances the “One Nation, One Data Repository” vision and will be integrated with the Inter-Operable Criminal Justice System (ICJS-2).

Read More > IEDs

{GS3 – S&T} PARAM Shakti Supercomputer **

Context (IE): The Ministry of Electronics and Information Technology (MeitY) has launched ‘PARAM Shakti’ supercomputing facility at the IIT Madras.

About Param Shakti

Param Shakti is a state-of-the-art supercomputing facility inaugurated at IIT Madras as part of the National Supercomputing Mission (NSM).
Indigenous Hardware: The system is built on the indigenous Rudra motherboard, designed and manufactured by C-DAC.
Computing Power: Param Shakti achieves a peak performance of 3.1 Petaflops, performing over 3.1 quadrillion calculations every second.
Network Fabric: The system uses the Trinitra interconnect, an indigenously developed high-speed communication fabric that links computing nodes.
Energy Efficiency: It has high energy efficiency, with a Power Usage Effectiveness (PUE) ratio between 1.2 and 1.4.
Access Model: The facility follows an open-access model, with 40% of capacity reserved for external researchers from academic institutions.
Software Stack: The system operates on a native AlmaLinux-based software stack, offering full control over the operating environment.

Key Areas of Application

Healthcare Research: Simulates molecular interactions to accelerate drug discovery.
Climate Science: High-resolution weather forecasting and advanced climate change modelling.
Engineering Design: Simulations in aerospace propulsion, nuclear sciences, and fluid dynamics.
Artificial Intelligence: Training of large-scale AI models for the IndiaAI Mission.

Supercomputers in India

National Mission: The National Supercomputing Mission (NSM) was launched in 2015 by MeitY and the DST to establish a nationwide network of supercomputing facilities.
System Deployment: A total of 38 supercomputing systems has been installed under the NSM.
National Capacity: India’s aggregate supercomputing capacity has reached 44 petaflops. The IndiaAI Mission aims to scale it beyond 200 Petaflops.
First Supercomputer: PARAM 8000, developed by C-DAC in 1991, is recognised as India’s first indigenous supercomputer.
First NSM–System: Param Shivay at IIT (BHU) Varanasi was the first indigenously assembled supercomputer under NSM.
Largest Academic: Param Pravega at IISc, Bengaluru, is among the largest academic supercomputers, with a capacity of 3.3 Petaflops.

{GS3 – S&T} PSLV-C62 Mission *

Context (TH): The launch of the PSLV-C62/EOS-N1 mission by the Indian Space Research Organisation (ISRO) encountered technical failure in the third stage.

Polar Satellite Launch Vehicle (PSLV) is India’s third-generation, four-stage launch vehicle with two solid and two liquid stages.

The mission was conducted by NewSpace India Limited (NSIL) to place an Earth observation Satellite (EOS) and 15 co-passenger satellites into a Sun Synchronous Orbit (SSO).
Launch Vehicle: It used the PSLV-DL variant, with two solid strap-on motors to enhance lift capacity.
Primary Payload: EOS-N1 (Anvesha), a 400-kg hyperspectral imaging satellite developed by DRDO.
- It captures hundreds of narrow spectral bands for precise chemical identification and detailed terrain mapping, supporting national security and agriculture.
Key Secondary Payloads:
- AayulSAT: India’s first on-orbit satellite refuelling demonstrator, aimed at extending satellite lifespans and reducing space debris.
- KID Capsule: The Kestrel Initial Demonstrator is a small re-entry vehicle by a Spanish startup.
- MOI-1 Satellite: An AI-enabled satellite to serve as India’s first orbital AI image laboratory. It uses edge computing to process images in space, reducing data sent to ground stations.

{Prelims – A&C} Zehanpora Stupa

Context (IE): A major Buddhist monastic complex, dating back around 2,000 years, has been unearthed at Zehanpora village in Jammu and Kashmir.

The site includes multiple stupas, monastic buildings (viharas), apsidal chaityas (prayer halls), and stone foundations, spanning approximately 10 acres.
The remains date back to the Kushan period (1^st–3^rd century CE), a golden era of Buddhist patronage under rulers like Kanishka and Huvishka.
The stupas exhibit a prominent Gandharan influence, reflecting trans-regional artistic links of north-western Buddhist networks.
The site was located on a trade and pilgrimage corridor (linked to the Silk Route) connecting Kashmir to the Gandhara region.
Zehanpora is identified as the third node of the Kushan-era triad, which includes Kanispur and Ushkur (Huvishkapura), mentioned in historical texts.

{Prelims – Geo} Kamala Hydroelectric Project

Context (TOI): The Public Investment Board (PIB) has approved the ₹26,070-crore Kamala hydroelectric project in Arunachal Pradesh.

Public Investment Board (PIB), chaired by the Secretary of the Department of Expenditure, reviews and recommends central investment proposals exceeding ₹500 crore.

About Kamala Hydroelectric Project

Project Identity: The Kamala Hydroelectric Project, formerly known as Subansiri Middle HEP, is a proposed storage-based hydroelectric project in Arunachal Pradesh.
River Location: It is situated on the Kamala River, a major tributary of the Subansiri River.
Dam Design: The dam is a 216-metre-high concrete gravity structure with a flood cushion to manage excess monsoon inflows.
Capacity Output: It has an installed capacity of 1,720 MW, generating about 6,870 million units of green energy annually.
Partnership Model: It is being developed under a Build-Own-Operate-Transfer (BOOT) partnership between NHPC Limited and the Arunachal Pradesh Government.
Target Alignment: The project supports India’s Net Zero by 2070 commitment by strengthening the national renewable-energy grid.

{Prelims – Species} Grey Slender Loris (Loris lydekkerianus) *

Context (DTE): Kerala and Tamil Nadu have initiated habitat restoration and strengthened field monitoring for the grey slender loris (Loris lydekkerianus).

About Grey Slender Loris (Loris lydekkerianus)

The Grey Slender Loris is a small, nocturnal, primitive arboreal primate native to South Asia.
Appearance: It has a lean body with exceptionally long, slender limbs and no visible tail.
Eye Adaptation: Large, forward-facing eyes provide excellent night vision and depth perception.
Movement: Unlike most primates, it cannot jump or leap; instead, it uses hand-over-hand climbing.
Habitat Preference: It prefers continuous forest canopies with thin twigs and small branches.
Distribution: The species is indigenous to southern India and Sri Lanka.
- Indian Range: In India, it is found in Tamil Nadu, Karnataka, Kerala, and Andhra Pradesh.
Diet: It is primarily insectivorous, with ants and termites comprising more than half of its diet.
Subspecies: In India Grey Slender Loris has two main subspecies
1. Malabar Slender Loris: Inhabits wet, evergreen forests of the Western Ghats.
2. Mysore Slender Loris: Occurs in dry deciduous forests of the Eastern Ghats and the Deccan Plateau.
Key Threats: Habitat fragmentation, loss of Acacia nesting trees, pet trade, superstition-driven hunting, roadkill, and pesticide exposure.
Conservation Status: IUCN: Near Threatened; CITES: Appendix II; WPA: Schedule I
Protected Area: Tamil Nadu designated India’s first species-specific sanctuary, the Kadavur Slender Loris Sanctuary, to conserve this species.

{Prelims – S&T} New Discovery for Osteoarthritis Treatment

Context (NDTV): Scientists identified 15-PGDH as a key factor in age-related cartilage degeneration, opening new treatment pathways for osteoarthritis.

Key Finding: Inhibition of 15-PGDH enabled cartilage regeneration in human knee-replacement tissues within one week.

Osteoarthritis is a degenerative joint disease characterised by the breakdown of hyaline (articular) cartilage and underlying bone. It affects 20–30% of Indians and 47% of the elderly.

About 15-PGDH

The 15-PGDH (15-hydroxyprostaglandin dehydrogenase) is a metabolic enzyme, referred to as a “gerozyme,” that serves as the main regulator of joint ageing.
It functions as a “molecular brake” on joint repair by degrading Prostaglandin E2 (PGE2), which is vital for cartilage cell health and repair.
The levels of 15-PGDH in joints can double with age, leading to a marked decline in PGE2 availability.
Reduced PGE2 leads to loss of healthy hyaline cartilage and increases inflammatory cells, leading to joint stiffness and pain.