UPSC CURRENT AFFAIRS – 10 January 2026

UPSC CURRENT AFFAIRS – 10 January 2026 covers important current affairs of the day, their backward linkages, their relevance for Prelims exam and MCQs on main articles

 

InstaLinks : Insta Links help you think beyond the current affairs issue and help you think multidimensionally to develop depth in your understanding of these issues. These linkages provided in this ‘hint’ format help you frame possible questions in your mind that might arise(or an examiner might imagine) from each current event. InstaLinks also connect every issue to their static or theoretical background.

Table of Contents

GS Paper 3:

1. Digitalizing India’s Dairy Sector

2. TERI report on India’s PV manufacturing landscape

Content for Mains Enrichment (CME):

1. Government Boosts Fertilizer Security

Facts for Prelims (FFP):

1. National Improvised Explosive Device Data Management System (NIDMS)

2. United Nations Department of Economic and Social Affairs (UNDESA)

3. Zehanpora Stupa

4. Vehicle-to-Vehicle (V2V) Communication Technology

5. Kashmir Markhor

Mapping:

1. Weimar Triangle

UPSC CURRENT AFFAIRS – 10 January 2026

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GS Paper 3:

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Digitalizing India’s Dairy Sector

Source: PIB

Subject: Dairy sector

Context: The National Dairy Development Board (NDDB) has reached a milestone in digitalizing the dairy sector, notably generating over 35.68 crore “Pashu Aadhaar” IDs.

About Digitalizing India’s Dairy Sector:

What it is?

• India is the global leader in milk production, contributing 25% of the world’s output. Digitalization is the Second White Revolution, shifting the focus from mere production to traceability, efficiency, and value addition.

Trends and Data Facts:

• Production: India produced 221.06 million tonnes of milk (2021-22), a 73% increase over the last decade.
• Market Value: The sector was valued at Billion in 2021 and is projected to reach Billion by 2027.
• Digital Reach: Over 17.3 lakh producers are now integrated into the Automatic Milk Collection System (AMCS).
• Consumption: Per capita availability has risen to 444 grams per day, significantly higher than the global average.

Importance of the Dairy Sector in India:

1. Rural Livelihood Security: It provides a regular source of income for over 80 million rural households.

E.g. In regions like Vidarbha and Marathwada, dairy acts as a safety net against crop failures, reducing the incidence of farmer distress.

1. Nutritional Security: Milk is a primary source of animal protein for India’s largely vegetarian population.

E.g. Government programs like the Mid-Day Meal increasingly include fortified milk to combat Vitamin A and D deficiencies in children.

1. Economic Contribution: The dairy sector contributes significantly to the agricultural GDP, often surpassing the combined value of rice and wheat.

E.g. In Gujarat, the Amul model contributes billions to the state economy, demonstrating dairy as a commercial powerhouse.

1. Women Empowerment: Dairying is primarily managed by women, providing them with financial independence.

E.g. Self-Help Groups (SHGs) in Odisha and Andhra Pradesh have successfully taken over milk collection centers, enhancing their social standing.

1. Inclusive Growth: Livestock distribution is more equitable than land distribution, benefiting small and marginal farmers.

E.g. Roughly 75% of rural households own just 2–4 animals, yet they drive the bulk of India’s 25% global market share.

Initiatives Taken for Digitalization:

• National Digital Livestock Mission (NDLM): Creating Bharat Pashudhan, a database for breeding, health, and vaccination records.
• Pashu Aadhaar: Issuing 12-digit unique ID ear tags to animals for full traceability.
• Automatic Milk Collection System (AMCS): Digitizing milk fat testing and payments to ensure farmers get fair prices instantly.
• NDDB Dairy ERP (NDERP): An open-source software (ERPNext) to manage supply chains from cow to consumer.
• GIS Route Optimisation: Using satellite mapping to reduce milk procurement distances and fuel costs for cooperatives.

Overall Challenges in the Dairy Sector:

1. Low Productivity per Animal: Average milk yield in India is 987 kg per lactation, far below the global average of 2,038 kg.

E.g. Indigenous breeds often produce less than cross-bred varieties due to a lack of focused genetic upgrades in many states.

1. Fragmented Supply Chain: About 75–85% of the marketable surplus still flows through the unorganized/informal sector.

E.g. Local milkmen (Dudhiyas) in North India often lack cold chain infrastructure, leading to higher spoilage and quality issues.

1. Feed and Fodder Scarcity: Rising costs of concentrates and shrinking grazing lands affect profitability.

E.g. High inflation in maize and soybean prices recently forced many dairy unions to hike milk prices to cover input costs.

1. Quality and Adulteration: Maintaining global sanitary standards is a hurdle for exports.

E.g. India’s share in global dairy exports is <1% because many products fail to meet the strict phytosanitary norms of the EU and USA.

1. Lack of Formal Credit: Smallholders struggle to get loans for expanding herds or upgrading technology.

E.g. Farmers often rely on local moneylenders at high interest rates because commercial banks perceive livestock as a high-risk asset.

Way Ahead:

1. Scaling Breed Improvement: Focus on Artificial Insemination (AI) and genomic selection to boost the productivity of indigenous cattle.

E.g. The Semen Station Management System (SSMS) ensures that only high-quality, traceable semen doses are used nationwide.

1. Strengthening the Cold Chain: Expanding bulk milk chillers at the village level to reduce spoilage and improve Clean Milk Production.

E.g. NDDB’s AMCS integration allows cooperatives to monitor milk temperature and quality in real-time from remote villages.

1. Promoting Value-Added Products: Shifting from liquid milk to high-margin products like cheese, probiotics, and organic milk.

E.g. Brands like Epigamia and Amul are rapidly expanding into high-protein yogurts to meet urban health-conscious demand.

1. Enhancing Export Competitiveness: Aligning Indian standards with Codex Alimentarius to tap into South Asian and Middle Eastern markets.

E.g. Creating Export Zones for dairy in states like Gujarat can help standardize quality for international certification.

1. Formalizing Credit through Technology: Using Pashu Aadhaar data as collateral for digital lending by banks.

E.g. Fintech startups are now exploring Livestock Credit Scores based on the health and milk records stored in the NDLM database.

Conclusion:

By merging the traditional cooperative strength with cutting-edge digital tools like NDLM and AMCS, India is evolving into a transparent and efficient dairy superpower. This digital shift ensures that the benefits of the White Revolution reach the smallest farmer, securing India’s position as a global leader in sustainable and technology-driven milk production.

 

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TERI report on India’s PV manufacturing landscape

Source: TERI

Subject: Economy

Context: TERI released “India’s PV Manufacturing & Its Strategic Inflection Points” at Bharat Climate Forum 2026, alongside the launch of the National Cleantech Manufacturing Implementation Plan, spotlighting how India can capture more value from its solar boom.

About TERI report on India’s PV manufacturing landscape:

What it is?

• A strategic, policy-and-industry assessment of India’s solar PV manufacturing value chain (from polysilicon → ingots/wafers → cells → modules), identifying inflection points where targeted policy, finance, R&D and skilling can make India globally competitive and resilient.

Key trends highlighted:

1. Global PV scale + China concentration: Global cumulative PV hit ~2.2 TW (end-2024); module manufacturing capacity projected ~1.8 TW by end-2025, with ~80% concentrated in China across the full chain.
2. China’s dominance is near-monopoly upstream: China’s market shares are extremely high (e.g., ~98% wafers, ~92% polysilicon, ~91.8% cells, ~84.6% modules).
3. India’s current position is downstream-heavy: India’s FY2025 manufacturing is “anchored” in modules; module assembly capacity ~120 GW/year.
4. Policy has driven module scale-up: Expansion is linked to PLI, high import tariffs on finished panels, and ALMM creating domestic demand-pull.
5. Ambition to scale fast by 2030: India’s module capacity is projected to exceed ~280 GW/year by 2030, with cell capacity rising from ~30 GW to ~171 GW/year.
6. Finance is the make-or-break enabler for upstream: The report proposes sovereign “Green PV Bonds” to lower borrowing costs.
7. Need for ecosystem: It recommends Solar Manufacturing Technology Parks and a PV–Semiconductor Skill Council; also highlights structured recycling/circularity roles for governments, OEMs, developers, MSMEs and investors.

Opportunities:

1. Upstream value capture (polysilicon→wafer→cell integration)
   • India already has ~120 GW/yr module capacity and plans steep scale-up by 2030; building upstream alongside this demand can retain value domestically.
2. Low-cost capital advantage via “Green PV Bonds”:
   • TERI suggests a dedicated Green PV Bond pool to on-lend at 4–5%, improving bankability of capital-intensive fabs/equipment purchases.
3. Innovation clusters + pilot fabs to leapfrog technology:
   • Proposed Solar Manufacturing Technology Parks with shared testing labs/clean rooms/pilot fabs can speed commercialisation (as seen in global cluster precedents cited).
4. Circularity and ESG-driven new markets:
   • Report outlines stakeholder roadmap and calls for PV recycling associations, take-back programs and ESG-linked financing—opening a new Indian cleantech industry layer.

Key challenges:

1. Over-reliance on imported upstream inputs and concentrated global supply:
   • With China holding ~98% wafer and ~92% polysilicon share, any disruption can hit India’s deployment/manufacturing continuity.
2. Cost of capital + risk perception for upstream fabs:
   • TERI explicitly notes the need for risk-sharing tools and concessional structures (NIIF/DFIs/hedges) because normal financing is too expensive for mega plants.
3. Equipment/tool-chain chokepoints and FX exposure:
   • The report recommends a cross-currency hedge facility (via RBI/SBI concept) because equipment imports expose fabs to rupee depreciation and project instability.
4. Sustainability compliance and end-of-life management gaps:
   • It calls for take-back programs, industry recycling associations, and decommissioning planning—implying current recycling infrastructure is insufficient for scale.

Way ahead:

1. Create upstream-ready ecosystems via Solar Manufacturing Technology Parks:
   • Set up parks in PV-heavy states (e.g., Gujarat, Tamil Nadu) with shared labs/clean rooms/pilot fabs to cut time-to-market for new processes.
2. Deploy “Green PV Bonds” + blended finance for scale:
   • Use Green PV Bonds and NIIF/DFI blended finance to lower borrowing costs and crowd-in private equity for polysilicon/wafer/glass/equipment.
3. Build a PV–Semicon workforce pipeline:
   • Establish a dedicated Skill Council to accredit modular training via ITIs/polytechnics/corporate academies and publish a rolling 10-year roadmap aligned to capacity targets.
4. Mainstream circularity:
   • TERI notes MNRE has identified PV recycling as a priority and proposes consortia for recovery of silicon/silver/glass plus state-level pilot take-back programs.

Conclusion:

India must now move beyond modules to build upstream capacity, equipment, and finance. TERI’s roadmap of parks, skills, and blended finance cuts import risks and boosts competitiveness. This can anchor Atmanirbhar cleantech with jobs, resilience, and exports.

 

 

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UPSC CURRENT AFFAIRS – 10 January 2026 Content for Mains Enrichment (CME)

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Government Boosts Fertilizer Security

Context: India has achieved an all-time high fertilizer production of 524.62 lakh tonnes in 2025, meeting nearly 73% of its total fertilizer demand through domestic supply.

About Government Boosts Fertilizer Security:

What it is?

• Fertilizer security refers to ensuring the timely, affordable, and uninterrupted availability of fertilizers such as Urea, DAP, NPKs and SSP to Indian farmers by reducing import dependence and strengthening domestic production and supply chains.

Key trends:

• Rising domestic share: Domestic production met ~73% of total fertilizer requirement in 2025, significantly lowering vulnerability to global supply shocks.
• Steady output growth: Fertilizer production rose from 433.29 lakh tonnes (2021) to 524.62 lakh tonnes (2025), showing consistent expansion.
• Raw material security: Long-term international supply agreements and diversification of sourcing have stabilised inputs like rock phosphate, ammonia, and potash.

Significance:

• Farm productivity: Ensures timely nutrient availability, preventing yield losses during peak sowing seasons.
• Economic stability: Reduces import bills and forex outflow, improving balance of payments.
• Strategic autonomy: Insulates Indian agriculture from global price volatility and geopolitical disruptions.

Relevance for UPSC examination syllabus:

• GS Paper II (Governance & Policy)
  • Reflects the role of government intervention, fertilizer subsidy reforms, and input delivery systems in ensuring farmer welfare.
• GS Paper III (Agriculture & Economy)
  • Fertilizer security links to agricultural productivity, subsidy efficiency, self-reliance, and supply-chain resilience.

 

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UPSC CURRENT AFFAIRS – 10 January 2026 Facts for Prelims (FFP)

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National Improvised Explosive Device Data Management System (NIDMS)

Source: TOI

Subject: Government Schemes

Context: Union Home Minister inaugurated the National Improvised Explosive Device Data Management System (NIDMS) at the NSG garrison, Manesar, calling it a “next-generation shield against terrorism”.

About National Improvised Explosive Device Data Management System (NIDMS):

What it is?

• NIDMS is a secure national digital platform that stores, standardises and analyses all IED and bomb-blast related data in India since 1999, providing single-click access to investigators across the country.

Organisations involved

• Ministry of Home Affairs (MHA) – Policy oversight
• National Security Guard (NSG) – Host and operational custodian
• National Bomb Data Centre (NBDC), NSG – Technical and forensic backbone
• User agencies:
  • State Police Forces
  • Central Armed Police Forces (CAPFs)
  • National Investigation Agency (NIA)
  • Anti-Terrorism Squads (ATS)

Aim: To create “One Nation, One IED Data Repository” that:

• Enables faster and more scientific investigation of terror blasts
• Detects patterns, signatures and inter-linkages between attacks
• Supports predictive and AI-based counter-terror strategies

Key features:

• Pan-India blast archive: Records every IED and bomb blast since 1999
• Two-way data window:
  • Agencies can upload new blast data
  • And access historical cases in real time
• Signature linking:
  • Links incidents using location, device type, circuit, timer, explosive used
• AI-enabled analytics:
  • Finds modus operandi trends
  • Supports predictive threat mapping
• Inter-operability:
  • Will integrate with CCTNS, ICJS-2, NAFIS, e-Prisons, e-Prosecution, Forensics databases.
• Secure and standardised:
  • Ensures uniform data formats, evidence tagging and secure sharing

Significance:

• Faster investigations: Enables instant access to nationwide IED data, eliminating fragmented case files.
• Stronger prosecutions: Pattern recognition and scientific evidence strengthen court-ready terror cases.

 

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United Nations Department of Economic and Social Affairs (UNDESA)

Source: News on Air

Subject: International Organisation

Context: The United Nations Department of Economic and Social Affairs (UNDESA), in its World Economic Situation and Prospects 2026 report, projected India’s GDP growth at 7.4% in 2025–26.

About United Nations Department of Economic and Social Affairs (UNDESA):

What is UNDESA?

• UNDESA is a core department of the United Nations Secretariat that leads the UN’s work on economic, social and environmental development, especially the implementation of the 2030 Agenda for Sustainable Development and the 17 Sustainable Development Goals (SDGs).

Established in:

• 1948 (restructured into its present form in 1997 through mergers of UN development and policy departments)

Headquarters: New York City, United States

Aim: To support countries in achieving sustainable, inclusive and equitable development by translating global UN commitments into national policies and actions in the economic, social and environmental spheres.

Key functions:

• Global economic and social analysis: Produces flagship reports like World Economic Situation and Prospects (WESP) to guide national and global policy.
• SDG monitoring and coordination: Tracks progress on the 17 SDGs and supports their implementation across countries.
• Policy advice and technical assistance: Helps governments design policies on poverty reduction, inequality, employment, climate action and social protection.
• Intergovernmental support: Provides secretariat services to the UN General Assembly, ECOSOC, UN Commissions and High-Level Political Forum (HLPF).
• Global data and research: Maintains major development databases and statistical platforms used by policymakers worldwide.

Significance:

• UNDESA is the institutional backbone of the 2030 Agenda, ensuring countries stay on track.
• Its economic forecasts influence IMF, World Bank, G20 and national budget planning.

 

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Zehanpora Stupa

Source: IT

Subject: Art and Culture

Context: The 2,000-year-old Buddhist stupas and monastic complex at Zehanpora in Baramulla, Kashmir, dating to the Kushan period, have been scientifically excavated.

About Zehanpora Stupa:

What it is?

• The Zehanpora site is a large Kushan-era Buddhist complex comprising multiple stupas, apsidal chaityas (prayer halls), viharas (monk residences), urban-type settlements, and artefacts, spread over nearly 10 acres in Baramulla district, Jammu & Kashmir.

Discovered at:

• Zehanpora village, Baramulla district, North Kashmir
• Located along the ancient Silk Route corridor linking Kashmir with Gandhara (Afghanistan–Pakistan region)

History:

• The site dates to the Kushan period (1st–3rd century CE)
• Kashmir was a major centre of Buddhist learning during this time under rulers like Kanishka and Huvishka
• Buddhism in Kashmir began earlier under Ashoka (3rd century BCE) and flourished through Mahayana Buddhism, which later spread to Central Asia and China
• Zehanpora was likely part of the Gandhara Buddhist network, a trans-regional system of monasteries, trade routes and learning centres

Key characteristics of the discovered stupas/structures:

• Stupa-like plateau/mounds: The mounds appear as man-made raised platforms, resembling stupa bases that have been reduced by time but remain prominent.
• Multiple mounds (clustered layout): The landscape suggests more than one stupa, indicating a complex, not an isolated shrine.
• Evidence of superstructure: Indications of a wooden super-structure above the mound(s), implying layered construction.
• Scientific mapping & survey: Documentation used drones, remote sensing, aerial photography and ground mapping, indicating the site is structurally dense beyond what is visible on the surface.
• Signature-link potential: The excavation narrative highlights comparing construction patterns/circuits/modus features across regional sites.

Significance:

• Experts note no other regional site matches Zehanpora’s scale, making it a key addition to Kashmir’s material history.
• The complex strengthens Kashmir’s position as a hub of Buddhist learning and monastic activity, linked to movement of monks, ideas and pilgrims.

 

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Vehicle-to-Vehicle (V2V) Communication Technology

Source: NDTV

Subject: Science and Technology

Context: The Government of India has announced that Vehicle-to-Vehicle (V2V) communication technology will be rolled out nationwide by end-2026 to reduce road crashes.

About Vehicle-to-Vehicle (V2V) communication technology:

What it is?

• V2V is a wireless communication system that allows vehicles to directly exchange data with nearby vehicles without relying on mobile networks, enabling cars to “talk to each other” in real time.

Aim:

• Prevent collisions and pile-ups by giving vehicles real-time warnings about sudden braking, speed changes and nearby traffic.
• Improve safety in blind-spot and low-visibility conditions by alerting drivers about hidden, stationary or fog-covered vehicles.

How it works?

• Each vehicle will have a small SIM-like device installed inside it. This device allows the vehicle to send and receive signals from nearby vehicles.
• As the car moves, it keeps sharing information such as its location, speed, direction, and whether it is braking or accelerating. At the same time, it also receives the same information from other vehicles around it.
• All this communication happens using a special radio frequency band (5.875–5.905 GHz) approved by the Department of Telecommunications, so it works even without mobile internet.
• If the system detects that another vehicle is too close, suddenly braking, or approaching from a blind spot, it instantly warns the driver. In vehicles with Advanced Driver Assistance Systems (ADAS), these alerts can also help the car automatically slow down or avoid danger.

Key features:

• 360-degree communication: Alerts come from all directions — front, rear and sides.
• Real-time safety alerts: Warns about nearby moving, slow, or stationary vehicles, even beyond the driver’s line of sight.
• Fog and low-visibility support: Prevents highway pile-ups in dense fog or dust storms.
• Network-independent: Works without mobile internet, using direct short-range radio signals.
• Compatible with ADAS: Integrates with Advanced Driver Assistance Systems, allowing smarter braking and avoidance.

Limitations:

• Requires large-scale adoption: Benefits increase only when many vehicles are equipped.
• Cost to consumers: Devices will be charged to buyers, adding to vehicle cost.
• Limited range: Works best within a few hundred metres; long-distance hazards still depend on other systems.
• Not fully autonomous: Early phases will be warning-based, not automatic vehicle control.

 

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Kashmir Markhor

Source: DTE

Subject: Species in News

Context: The Kashmir markhor, India’s rarest wild goat, is facing local extinction, with only 200–300 individuals left, mostly confined to the Kazinag range of Jammu & Kashmir.

About Kashmir Markhor:

What it is?

• The Kashmir markhor is a large, cliff-dwelling wild goat and a subspecies of the markhor (Capra falconeri), known for its majestic spiral horns and exceptional ability to move across steep mountain slopes.

Origin:

• The name “markhor” comes from Persian meaning “snake-killer”, based on ancient folklore.
• In India, the Kashmir markhor is endemic only to Jammu & Kashmir, making it a unique Himalayan species.

Habitat:

• Found in the high mountains of the Pir Panjal range in Jammu & Kashmir
• Survives mainly in:
  • Kazinag National Park (last stronghold)
  • Hirpora Wildlife Sanctuary
  • Tattakuti Wildlife Sanctuary
  • Khara Gali Conservation Reserve
• Lives in steep rocky cliffs, open forests and alpine meadows

Key characters:

• The Kashmir markhor can weigh up to 100 kg, giving it great strength and dominance in rugged mountain terrain.

• Males grow massive spiral horns up to 160 cm, used for defence, display and fighting during mating season.
• The long flowing hair helps the animal stay warm in cold Himalayan climates and gives it a majestic appearance.
• Markhor can move on nearly vertical cliffs, allowing them to escape predators and access food in hard-to-reach areas.
• Herbivorous diet: They feed on grasses, herbs, shrubs, leaves and twigs, helping control vegetation and maintain mountain ecology.

Significance:

• Ecological indicator – a healthy markhor population reflects a healthy mountain ecosystem.
• Prey species for predators like snow leopards, common leopards and wolves.
• Helps control vegetation growth and maintain soil health.

 

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UPSC CURRENT AFFAIRS – 10 January 2026 Mapping:

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Weimar Triangle

Source: HT

Subject: Mapping

Context: India participated for the first time in the Weimar Triangle format, where Poland publicly backed India over U.S. pressure on Russian oil imports.

About Weimar Triangle:

What it is?

• The Weimar Triangle is a trilateral political and diplomatic grouping of France, Germany and Poland created to promote European integration, political dialogue and security cooperation, especially in matters concerning Russia and Eastern Europe.

Established in: 1991

• Named after the city of Weimar (Germany), where the three foreign ministers first met.

Members: France, Germany and Poland.

Aim:

• To build a united and secure Europe by strengthening political, security and economic cooperation among Western and Central European powers, particularly in response to Russia and regional conflicts.

Key functions:

• European political coordination: Aligns positions on major EU foreign policy, security and defence issues.
• Security and Ukraine policy: Plays a key role in coordinating responses to Russia and supporting Ukraine.
• Strategic dialogue: Enables pre-summit consultations before major EU and NATO meetings.
• Reconciliation and integration: Originally helped integrate Poland into NATO (1999) and the EU (2004).
• Trilateral cooperation: Promotes joint initiatives in diplomacy, defence, economy and culture.

Significance:

• Acts as a bridge between Western Europe and Central/Eastern Europe.
• Shapes the EU’s collective stance on Russia, Ukraine and security.
• Strengthens European unity during geopolitical crises.

 

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