UPSC CURRENT AFFAIRS – 17 October 2025
Kartavya Desk Staff
UPSC CURRENT AFFAIRS – 17 October 2025 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 1 : (UPSC CURRENT AFFAIRS – 17 October (2025)
• Dopamine Overdose — Modern Lifestyles Are Rewiring Our Brains
Dopamine Overdose — Modern Lifestyles Are Rewiring Our Brains
GS Paper 3:
• Restoring Fiscal Space for the States
Restoring Fiscal Space for the States
Content for Mains Enrichment (CME):
• Project Trinetra: AI Predictive Policing
Project Trinetra: AI Predictive Policing
Facts for Prelims (FFP):
• The Military Combat Parachute System (MCPS)
The Military Combat Parachute System (MCPS)
• South Atlantic Anomaly (SAA) – Magnetic Weak Spots
South Atlantic Anomaly (SAA) – Magnetic Weak Spots
• State Mining Readiness Index (SMRI)
State Mining Readiness Index (SMRI)
• The Scheme for Innovation and Technology Association with Aadhaar (SITAA)
The Scheme for Innovation and Technology Association with Aadhaar (SITAA)
• China Files WTO Complaint Against India Over Unfair EV and Battery Subsidies
China Files WTO Complaint Against India Over Unfair EV and Battery Subsidies
Mapping:
• MERCOSUR (Southern Common Market)
MERCOSUR (Southern Common Market)
UPSC CURRENT AFFAIRS – 17 October 2025
#### GS Paper 1:
Dopamine Overdose — Modern Lifestyles Are Rewiring Our Brains
Syllabus: Society
Source: TH
Context: Neuroscientists and mental health experts are warning of a “dopamine overdose” epidemic as modern lifestyles—dominated by social media, instant gratification, and digital hyper-stimulation—are reshaping the brain’s reward system, causing rising anxiety, depression, and attention disorders among youth.
About Dopamine Overdose — Modern Lifestyles Are Rewiring Our Brains
What is Dopamine?
• Dopamine is a neurotransmitter, often called the “feel-good chemical”, that transmits signals between nerve cells to regulate pleasure, motivation, learning, and movement.
• It is released during rewarding experiences—like eating, achieving goals, or receiving praise—activating the brain’s mesolimbic reward pathway (from the ventral tegmental area to the nucleus accumbens).
Its Role in the Brain:
• Feel-Good Neurotransmitter: Dopamine, often called the “pleasure chemical,” regulates motivation, reward, and mood. It is released when people eat, achieve goals, or experience appreciation.
• Neural Reward Pathway: It primarily functions through the mesolimbic pathway—from the ventral tegmental area (VTA) to the nucleus accumbens—reinforcing pleasurable actions.
• Basis of Motivation: Dopamine drives us to repeat behaviours that lead to pleasure, helping humans learn, focus, and build habits.
• Addiction and Imbalance: Excessive dopamine release—triggered by drugs or artificial stimuli—causes receptor desensitization, pushing individuals toward higher levels of stimulation.
• Modern Disruption: When dopamine levels are chronically elevated, the brain’s baseline satisfaction drops—resulting in boredom, low motivation, and emotional fatigue in everyday life.
Technology as the New Dopamine Driver:
• Digital Stimulation: Every notification, like, or scroll triggers a micro-release of dopamine, making users crave constant engagement.
Eg: MIT research (2023) found average smartphone users check their phones 150 times a day, mirroring compulsive behavioral loops.
• Algorithmic Manipulation: Social media platforms are designed with intermittent reward systems—the same mechanism used in casinos—to maximize user time and ad revenue.
Eg: Former Google ethicist Tristan Harris called this “behavioral engineering for attention addiction.”
• Neural Overlap with Drug Use: fMRI studies show social media use activates the same brain regions as cocaine—notably the nucleus accumbens and ventral striatum.
Eg: A 2022 Nature Communications study found similar neural signatures between digital stimuli and substance highs.
• Rise in Digital Dependency: Prolonged exposure to dopamine-triggering content leads to reduced impulse control and heightened anxiety.
Eg: Pew Research (2024) noted that 63% of adults report anxiety when separated from their phones—signs of digital withdrawal.
• Teenage Vulnerability: Adolescents face greater risks due to neural plasticity and emotional immaturity, leading to long-term changes in attention and mood.
Eg: American Psychological Association (2023) found that teens using social media over 3 hours/day had 60% higher rates of depression.
Impact on Youth and Mental Health:
• Neurochemical Desensitization: Continuous exposure to high dopamine stimuli reduces receptor sensitivity, making real-life pleasures feel dull.
Eg: A Stanford Medicine study (2023) confirmed dopamine receptor downregulation in teens with heavy screen exposure.
• Shorter Attention Spans: Constant digital multitasking fragments focus, leading to attention deficit–like symptoms.
Eg: Microsoft’s attention study (2023) reported that average attention spans dropped to 8.25 seconds, lower than that of a goldfish.
• Emotional Instability: Overstimulation from social media fuels mood swings, envy, and emotional exhaustion, lowering emotional intelligence.
Eg: UNICEF (2024) found that 43% of adolescents experience mood fluctuations linked to online comparison culture.
• Rising Anxiety and Depression: High dopamine cycles create withdrawal symptoms when offline, mimicking clinical dependency.
Eg: WHO’s 2023 Global Health Report recorded a 28% rise in teenage depression attributed to digital overstimulation.
• Reduced Real-world Motivation: With easy access to artificial rewards, young people increasingly find study, sports, and relationships less stimulating.
Eg: A Cambridge University survey (2024) showed that 52% of youth struggle to stay motivated without digital input.
Path to Recovery – Rebalancing the Brain
• Dopamine Fasting: Taking breaks from digital stimuli helps the brain reset its reward baseline and restore natural pleasure response.
Eg: Silicon Valley professionals practice dopamine fasts—disconnecting from tech for 24–48 hours weekly.
• Mindful Engagement: Activities like yoga, meditation, and journaling release dopamine steadily and reduce dependency on quick highs.
Eg: Harvard Mind-Body Institute (2022) found 27% stress reduction among participants practicing mindfulness for 15 minutes daily.
• Physical Movement: Regular exercise triggers natural dopamine and endorphin release, enhancing mood stability.
Eg: A Lancet study (2022) found that 45 minutes of daily physical activity lowers depression risk by 30%.
• Meaningful Human Connection: Real-world interactions—friendships, family time, and empathy—stimulate sustainable dopamine and oxytocin release.
Eg: A Yale University neuroscience report (2024) noted that face-to-face interactions outperform digital ones in elevating long-term well-being.
• Sleep and Nutrition Balance: Adequate rest and nutrient-rich diets stabilize neurotransmitter production and mental equilibrium.
Eg: WHO guidelines suggest 7–9 hours of sleep and diets rich in tyrosine (bananas, almonds, dairy) to support dopamine health.
Conclusion:
The modern dopamine economy—driven by algorithms, instant gratification, and digital excess—has turned pleasure into dependence. Restoring balance demands mindful consumption, physical vitality, and human connection. True happiness lies not in chasing endless stimuli but in retraining the brain to value depth over dopamine.
#### UPSC CURRENT AFFAIRS – 17 October 2025 GS Paper 3:
Restoring Fiscal Space for the States
Syllabus: Economy
Source: TH
Context: The abolition of the GST compensation cess marks a turning point in Centre–State fiscal relations. Several States have raised concerns over the loss of fiscal autonomy and revenue stability, demanding reforms in India’s tax-sharing mechanism to strengthen cooperative federalism.
About Restoring Fiscal Space for the States:
Fiscal Policy Evolution and GST Impact:
• Shift from Origin to Destination-Based Taxation: The 101st Constitutional Amendment (2017) introduced GST, replacing multiple indirect taxes with a destination-based system, reducing States’ authority to levy taxes independently.
• Centralised Decision-Making in GST Council: Despite being a joint forum, the Centre holds dominant voting power (33%), giving it a decisive edge in policy formulation.
• End of GST Compensation Era: The cessation of the GST compensation cess (July 2025) leaves resource-poor States vulnerable to revenue shocks.
• Restructuring of Tax Slabs: The latest GST slab restructuring aims to pass ₹2 lakh crore in benefits to consumers but also shrinks States’ fiscal space.
• Erosion of Fiscal Federalism: By merging major tax sources under one umbrella, GST has centralised taxation authority, weakening States’ fiscal sovereignty.
Role of the Finance Commission and Fiscal Transfers:
• Constitutional Mandate: The Finance Commission (Article 280) determines vertical (Centre–State) and horizontal (among States) tax distribution, but its criteria vary, causing perceived unfairness.
Eg: The 15th Finance Commission reduced the States’ share from 42% to 41% post J&K bifurcation.
• Rise of Cesses and Surcharges: These account for ₹4.23 lakh crore in Budget Estimates 2025–26, but are excluded from the divisible pool, reducing actual transfers to States.
Eg: The 15th FC noted that 18% of the Centre’s tax receipts come from non-shareable cesses.
• Falling Devolution Ratios: Despite higher recommendations, the actual share of States in Gross Tax Revenue (GTR) has dropped to below 33%, eroding trust in federal finance.
Eg: Between FY2018–FY2023, the Centre retained ~₹12 lakh crore extra via non-divisible revenues.
• Dependency on Central Transfers: States rely on the Centre for nearly 44% of their total revenue receipts, with poorer States like Bihar (72%) and U.P. (61%) showing extreme dependence.
Eg: Economically advanced States like Tamil Nadu (31%) get proportionally less.
• Uneven Grants and Criteria: States allege bias in Centrally Sponsored Schemes (CSS) and grant disbursals, which distort fiscal equity and autonomy.
Eg: After the Planning Commission’s abolition (2014), CSS allocations became politically influenced.
Growing Fiscal Imbalance between Centre and States:
• Centralised Resource Control: The Centre collects about 67% of India’s total tax revenue, while States collect only 33%, despite handling over 50% of total expenditure.
Eg: RBI’s “State Finances Report 2025” confirms this persistent mismatch.
• Higher Expenditure Responsibilities: States manage critical sectors — health, education, law & order, and local governance — which consume over 52% of total national spending.
Eg: During COVID-19, States bore 70% of public health expenditure but lacked revenue backing.
• Political and Fiscal Friction: Opposition-ruled States often cite delays in fund release and conditional grants as tools of fiscal control.
Eg: The GST compensation delay of ₹78,000 crore (FY2021–22) deepened mistrust.
• Design Asymmetry in Federal Finance: The Centre’s power to raise taxes is centralised, while expenditure duties are decentralised, causing vertical fiscal imbalance.
Eg: OECD ranks India among the most fiscally centralised federal systems globally.
• Liquidity and Autonomy Challenges: Overdependence on the Centre forces States to borrow more, straining debt sustainability.
Eg: States’ debt-to-GSDP ratio rose to 31.2% in FY2024, above FRBM thresholds.
Towards Fiscal Autonomy and Reforms Proposed:
• Revising Tax-Sharing Principles: Economists suggest a new vertical devolution formula reflecting rising State expenditure and regional disparities.
Eg: 16th Finance Commission (2025–30) is expected to revisit the 41% devolution ceiling.
• Sharing Personal Income Tax (PIT): Proposal to share the ₹13.57 lakh crore PIT base (BE 2025–26) equally (50:50) between Centre and States.
Eg: This could raise effective State devolution by over ₹7 lakh crore annually.
• Allowing PIT Top-Ups: States could levy a small surcharge (1–2%) on personal income tax collected within their boundaries.
Eg: This model mirrors Canadian federal taxation, which grants provinces greater flexibility.
• Merging Cesses with Divisible Pool: Integrating cess and surcharge revenue into the shared pool will expand fiscal space and transparency.
Eg: If merged, States could gain ₹1.5 lakh crore more annually, per NIPFP estimates (2024).
• Strengthening Fiscal Federalism: Empowering States improves local accountability and aligns with cooperative federalism principles under the Constitution.
Eg: Tamil Nadu’s expert committee (2025) recommended incentive-linked fiscal autonomy.
Conclusion:
India’s fiscal federalism is at a crossroads. With States shouldering greater welfare and development responsibilities, restoring fiscal autonomy is imperative. Strengthening tax devolution, integrating cesses, and sharing income tax bases can rebuild trust and balance power. True cooperative federalism lies in empowering States—not just administratively, but financially.
#### UPSC CURRENT AFFAIRS – 17 October 2025 Content for Mains Enrichment (CME)
Project Trinetra: AI Predictive Policing
Context: Project Trinetra, launched by the Akola Police in Maharashtra, has drawn national attention for pioneering the use of artificial intelligence (AI) and data analytics in predictive policing.
About Project Trinetra: AI Predictive Policing
• What It Is? Project Trinetra (Targeted Risk-based Insights for Next-crime Estimation & Tactical Resource Allocation) is India’s first AI-driven predictive policing initiative, designed to anticipate repeat crimes using data analytics and machine learning.
• Project Trinetra (Targeted Risk-based Insights for Next-crime Estimation & Tactical Resource Allocation) is India’s first AI-driven predictive policing initiative, designed to anticipate repeat crimes using data analytics and machine learning.
• Launched By: Initiated by the Akola Police, under the leadership of Superintendent of Police Archit Chandak.
• To predict and prevent repeat crimes through data-based offender risk assessment. To shift policing from reactive to preventive, enhancing efficiency in resource deployment. To build ethical, transparent, and citizen-centric law enforcement systems aligned with national governance reforms.
• To predict and prevent repeat crimes through data-based offender risk assessment.
• To shift policing from reactive to preventive, enhancing efficiency in resource deployment.
• To build ethical, transparent, and citizen-centric law enforcement systems aligned with national governance reforms.
• Key Features:
• Repeat Offender Risk Scoring (RORS): Uses machine learning to assign probability scores to repeat offenders based on conviction type, crime trajectory, and spatio-temporal proximity. Granular Dashboard: Provides real-time station-wise, section-wise, and region-wise risk visualisation for targeted patrolling. Ethical Safeguards: Focus only on prior offenders — no profiling based on caste, religion, or geography. Transparent scoring algorithm, internal audits, and citizen feedback integration (via Project Raksha). Human-in-the-loop approach ensures predictions guide action, not replace judgment.
• Repeat Offender Risk Scoring (RORS): Uses machine learning to assign probability scores to repeat offenders based on conviction type, crime trajectory, and spatio-temporal proximity.
• Granular Dashboard: Provides real-time station-wise, section-wise, and region-wise risk visualisation for targeted patrolling.
• Ethical Safeguards: Focus only on prior offenders — no profiling based on caste, religion, or geography. Transparent scoring algorithm, internal audits, and citizen feedback integration (via Project Raksha). Human-in-the-loop approach ensures predictions guide action, not replace judgment.
• Focus only on prior offenders — no profiling based on caste, religion, or geography.
• Transparent scoring algorithm, internal audits, and citizen feedback integration (via Project Raksha).
• Human-in-the-loop approach ensures predictions guide action, not replace judgment.
Relevance in UPSC Examination Syllabus:
• GS Paper II – Governance, Polity & Social Justice: Project Trinetra exemplifies the use of data-driven governance and ethical artificial intelligence in public administration. It highlights how citizen-centric policing and institutional accountability can modernise law enforcement while upholding democratic values.
• Project Trinetra exemplifies the use of data-driven governance and ethical artificial intelligence in public administration.
• It highlights how citizen-centric policing and institutional accountability can modernise law enforcement while upholding democratic values.
• GS Paper IV (Ethics, Integrity & Aptitude): Trinetra integrates ethical safeguards into technology-led governance by ensuring transparency, preventing algorithmic bias, and maintaining a human-in-the-loop approach.
• Trinetra integrates ethical safeguards into technology-led governance by ensuring transparency, preventing algorithmic bias, and maintaining a human-in-the-loop approach.
#### UPSC CURRENT AFFAIRS – 17 October 2025 Facts for Prelims (FFP)
The Military Combat Parachute System (MCPS)
Source: PIB
Context: The Military Combat Parachute System (MCPS), indigenously developed by DRDO, was successfully tested at an altitude of 32,000 feet, marking the first Indian-made parachute system capable of high-altitude deployment above 25,000 feet.
About The Military Combat Parachute System (MCPS):
• What It Is? The MCPS is an advanced high-altitude military parachute system designed for combat freefall operations by special forces and paratroopers in extreme conditions. It enables safe, controlled, and precise landings from high altitudes during tactical missions.
• The MCPS is an advanced high-altitude military parachute system designed for combat freefall operations by special forces and paratroopers in extreme conditions. It enables safe, controlled, and precise landings from high altitudes during tactical missions.
• Developed By: The system has been jointly developed by two DRDO laboratories —
• Aerial Delivery Research and Development Establishment (ADRDE), Agra, and Defence Bioengineering and Electromedical Laboratory (DEBEL), Bengaluru.
• Aerial Delivery Research and Development Establishment (ADRDE), Agra, and
• Defence Bioengineering and Electromedical Laboratory (DEBEL), Bengaluru.
• Aim: To create a fully indigenous, high-performance aerial delivery system that enhances India’s strategic and operational autonomy by eliminating dependence on imported parachutes for special operations.
• Key Features:
• High-Altitude Capability: Operates efficiently above 25,000 ft, tested at 32,000 ft — the highest for any Indian system. Enhanced Safety: Features a lower rate of descent and superior steering control, ensuring stable, accurate landings. Navigation Compatibility: Integrated with NaVIC (Navigation with Indian Constellation) for precise geolocation without reliance on foreign satellites. Operational Flexibility: Allows pre-determined altitude deployment and accurate zone navigation under combat conditions. Maintenance Advantage: Quick turnaround and easy repairability, offering higher lifetime utility than imported systems.
• High-Altitude Capability: Operates efficiently above 25,000 ft, tested at 32,000 ft — the highest for any Indian system.
• Enhanced Safety: Features a lower rate of descent and superior steering control, ensuring stable, accurate landings.
• Navigation Compatibility: Integrated with NaVIC (Navigation with Indian Constellation) for precise geolocation without reliance on foreign satellites.
• Operational Flexibility: Allows pre-determined altitude deployment and accurate zone navigation under combat conditions.
• Maintenance Advantage: Quick turnaround and easy repairability, offering higher lifetime utility than imported systems.
• Significance:
• Marks a major leap in Atmanirbhar Bharat (self-reliance) in aerial delivery systems. Reduces strategic vulnerability by ending dependence on foreign suppliers for airborne combat gear.
• Marks a major leap in Atmanirbhar Bharat (self-reliance) in aerial delivery systems.
• Reduces strategic vulnerability by ending dependence on foreign suppliers for airborne combat gear.
South Atlantic Anomaly (SAA) – Magnetic Weak Spots
Source: TH
Context: Recent findings from the European Space Agency’s (ESA) Swarm mission reveal that the South Atlantic Anomaly (SAA) — the region of weakest intensity in Earth’s magnetic field — has expanded by nearly 0.9% since 2014.
About The South Atlantic Anomaly (SAA):
• What It Is?
• The South Atlantic Anomaly is a weak magnetic field zone located over South America and the southern Atlantic Ocean, where Earth’s magnetic field intensity is significantly lower than the global average.
• Identified By: First noted in the 19th century, the anomaly has been continuously mapped and analysed using ESA’s Swarm satellites launched in 2013.
• Reason for the Anomaly: The SAA occurs because of irregular flow of molten iron and nickel in Earth’s outer core, disrupting the geo-dynamo — the mechanism that generates the magnetic field. Beneath the South Atlantic, reverse flux patches are observed — regions where the magnetic field lines re-enter the Earth instead of exiting it, weakening local magnetic strength. These complex core–mantle interactions create spatial variations in magnetic intensity, forming the SAA.
• The SAA occurs because of irregular flow of molten iron and nickel in Earth’s outer core, disrupting the geo-dynamo — the mechanism that generates the magnetic field.
• Beneath the South Atlantic, reverse flux patches are observed — regions where the magnetic field lines re-enter the Earth instead of exiting it, weakening local magnetic strength.
• These complex core–mantle interactions create spatial variations in magnetic intensity, forming the SAA.
• Features:
• Location: Covers parts of South America, southern Atlantic Ocean, and southwest of Africa. Expansion: Has grown by 0.9% since 2014 and continues to move westward. Dual Cell Structure: Since 2020, the SAA has split into two weaker sub-cells, one toward South America and another near southwest Africa.
• Location: Covers parts of South America, southern Atlantic Ocean, and southwest of Africa.
• Expansion: Has grown by 0.9% since 2014 and continues to move westward.
• Dual Cell Structure: Since 2020, the SAA has split into two weaker sub-cells, one toward South America and another near southwest Africa.
What Are Magnetic Weak Spots?
• Definition: Magnetic weak spots are localized regions of diminished geomagnetic intensity on Earth’s surface caused by uneven distribution of magnetic flux within the planet’s outer core.
• Magnetic weak spots are localized regions of diminished geomagnetic intensity on Earth’s surface caused by uneven distribution of magnetic flux within the planet’s outer core.
• Why They Form: Uneven Core Flow: The molten metals in Earth’s outer core do not circulate uniformly, causing some regions to produce weaker magnetic fields. Reverse Magnetic Flux: In certain zones like the SAA, magnetic field lines loop backward into the core, lowering the surface magnetic strength. Core Dynamics: Constant fluid motion, convection currents, and thermal variations in the liquid outer core lead to periodic reorganisation of magnetic strength zones.
• Uneven Core Flow: The molten metals in Earth’s outer core do not circulate uniformly, causing some regions to produce weaker magnetic fields.
• Reverse Magnetic Flux: In certain zones like the SAA, magnetic field lines loop backward into the core, lowering the surface magnetic strength.
• Core Dynamics: Constant fluid motion, convection currents, and thermal variations in the liquid outer core lead to periodic reorganisation of magnetic strength zones.
• Impacts of Magnetic Weak Spots
• Satellite & Spacecraft Vulnerability: Satellites passing through the SAA encounter increased radiation exposure, risking hardware damage, data corruption, or blackouts in instruments. Navigation Challenges: Variations in field strength can affect magnetic navigation and calibration systems, especially in low-Earth orbits. Space Weather Sensitivity: The weakened shield allows charged solar particles to dip closer to Earth’s surface, heightening space weather hazards. Regional Variation Effects: The SAA’s westward drift and expansion increase the risk zone for orbiting satellites, especially Earth-observing and communication systems.
• Satellite & Spacecraft Vulnerability: Satellites passing through the SAA encounter increased radiation exposure, risking hardware damage, data corruption, or blackouts in instruments.
• Navigation Challenges: Variations in field strength can affect magnetic navigation and calibration systems, especially in low-Earth orbits.
• Space Weather Sensitivity: The weakened shield allows charged solar particles to dip closer to Earth’s surface, heightening space weather hazards.
• Regional Variation Effects: The SAA’s westward drift and expansion increase the risk zone for orbiting satellites, especially Earth-observing and communication systems.
State Mining Readiness Index (SMRI)
Source: BS
Context: The Ministry of Mines released the first-ever State Mining Readiness Index (SMRI) and State Rankings (2025) to benchmark State performance in mining reforms, fulfilling a key announcement of the Union Budget 2025–26.
About State Mining Readiness Index (SMRI):
What It Is?
• The State Mining Readiness Index (SMRI) is a performance benchmarking framework that evaluates and ranks Indian States based on their efficiency, reform readiness, and sustainability in the mining sector, particularly for non-coal minerals.
Published By: Released by the Ministry of Mines, Government of India.
• To encourage healthy competition among States in mining sector governance.
• To enhance transparency and efficiency in mineral exploration and mine operationalisation.
• To promote sustainable and responsible mining practices aligned with India’s environmental and economic priorities.
Criteria Used:
The SMRI assesses States on four key indicators —
• Auction Performance: Effectiveness and transparency in mineral block auctions.
• Early Mine Operationalisation: Speed of converting auctioned blocks into functional mines.
• Exploration Thrust: Investment and initiatives for geological exploration and discovery of new resources.
• Sustainable Mining Practices: Adoption of environmentally sound and socially responsible mining models.
Key Features:
• Categorised Evaluation: States are grouped into three categories based on mineral endowment to ensure fair comparison. Category A: Mineral-rich States Category B: Moderately endowed States Category C: Low-endowment States
• Category A: Mineral-rich States
• Category B: Moderately endowed States
• Category C: Low-endowment States
• Focus on Non-Coal Minerals: Encourages diversification beyond coal, focusing on critical and strategic minerals.
• Reform Benchmarking Tool: Designed to drive policy alignment with ease of doing business, investment promotion, and sustainable resource management.
• Supports Federal Reform Model: Acts as a cooperative federalism instrument to motivate lagging States to improve their mining ecosystem.
State Rankings 2025:
Category | Top 3 States (2025) |
A (Mineral-Rich) | 1. Madhya Pradesh 2. Rajasthan 3. Gujarat |
B (Moderate Resources) | 1. Goa 2. Uttar Pradesh 3. Assam |
C (Low Endowment) | 1. Punjab 2. Uttarakhand 3. Tripura |
The Scheme for Innovation and Technology Association with Aadhaar (SITAA)
Source: DD News
Context: The Unique Identification Authority of India (UIDAI) has launched the Scheme for Innovation and Technology Association with Aadhaar (SITAA) to boost Aadhaar authentication security and counter deepfakes, spoofing, and biometric fraud.
About The Scheme for Innovation and Technology Association with Aadhaar (SITAA):
• What It Is? SITAA is an innovation-driven collaboration program by UIDAI that brings together startups, academia, and industry partners to develop cutting-edge technologies to secure and strengthen Aadhaar-based authentication systems against emerging digital threats.
• SITAA is an innovation-driven collaboration program by UIDAI that brings together startups, academia, and industry partners to develop cutting-edge technologies to secure and strengthen Aadhaar-based authentication systems against emerging digital threats.
• Launched By: The scheme was launched by the Unique Identification Authority of India (UIDAI).
• To fortify India’s digital identity ecosystem against deepfake and presentation attacks. To foster indigenous R&D in biometric, AI, and cybersecurity technologies. To align Aadhaar innovation with the vision of Atmanirbhar Bharat and global data security standards.
• To fortify India’s digital identity ecosystem against deepfake and presentation attacks.
• To foster indigenous R&D in biometric, AI, and cybersecurity technologies.
• To align Aadhaar innovation with the vision of Atmanirbhar Bharat and global data security standards.
• Key Features:
• Collaborative Framework: Integrates efforts of startups, research institutes, and industries to co-develop scalable Aadhaar solutions. Three Innovation Challenges: Face Liveness Detection: AI-driven software development kit (SDK) SDKs to detect spoofing via photos, videos, or masks. Presentation Attack Detection (PAD): AI/ML-based tools for real-time detection of fake biometric inputs. Contactless Fingerprint Authentication: SDKs enabling secure fingerprint recognition through smartphones or low-cost devices.
• Collaborative Framework: Integrates efforts of startups, research institutes, and industries to co-develop scalable Aadhaar solutions.
• Three Innovation Challenges: Face Liveness Detection: AI-driven software development kit (SDK) SDKs to detect spoofing via photos, videos, or masks. Presentation Attack Detection (PAD): AI/ML-based tools for real-time detection of fake biometric inputs. Contactless Fingerprint Authentication: SDKs enabling secure fingerprint recognition through smartphones or low-cost devices.
• Face Liveness Detection: AI-driven software development kit (SDK) SDKs to detect spoofing via photos, videos, or masks.
• Presentation Attack Detection (PAD): AI/ML-based tools for real-time detection of fake biometric inputs.
• Contactless Fingerprint Authentication: SDKs enabling secure fingerprint recognition through smartphones or low-cost devices.
• Functions of SITAA:
• Foster Innovation: Encourages startups, academia, and industry to co-develop advanced biometric and AI-based solutions for Aadhaar authentication. Enhance Security: Develops technologies to detect and prevent deepfakes, spoofing, and presentation attacks, ensuring robust identity verification. Promote Collaboration: Builds a national innovation ecosystem by linking UIDAI with MeitY Startup Hub and NASSCOM for mentorship, funding, and global outreach. Strengthen Digital Infrastructure: Supports creation of indigenous, scalable, and privacy-compliant authentication systems, reinforcing India’s digital public infrastructure.
• Foster Innovation: Encourages startups, academia, and industry to co-develop advanced biometric and AI-based solutions for Aadhaar authentication.
• Enhance Security: Develops technologies to detect and prevent deepfakes, spoofing, and presentation attacks, ensuring robust identity verification.
• Promote Collaboration: Builds a national innovation ecosystem by linking UIDAI with MeitY Startup Hub and NASSCOM for mentorship, funding, and global outreach.
• Strengthen Digital Infrastructure: Supports creation of indigenous, scalable, and privacy-compliant authentication systems, reinforcing India’s digital public infrastructure.
• Significance:
• Strengthens Aadhaar’s defence against cyber and biometric fraud, including deepfakes and spoofing. Promotes innovation-led public security, advancing India’s digital public infrastructure.
• Strengthens Aadhaar’s defence against cyber and biometric fraud, including deepfakes and spoofing.
• Promotes innovation-led public security, advancing India’s digital public infrastructure.
China Files WTO Complaint Against India Over Unfair EV and Battery Subsidies
Source: LM
Context: China filed a formal complaint with the World Trade Organization (WTO) against India, alleging that India’s electric vehicle (EV) and battery subsidies grant its domestic industries an unfair competitive advantage, violating global trade rules.
About China Files WTO Complaint Against India Over ‘Unfair’ EV and Battery Subsidies:
• What It Is? China has initiated a dispute settlement process at the WTO, claiming that India’s EV subsidy policies — including tax rebates, incentives under the PM e-Drive and PLI schemes — distort fair competition by favouring Indian manufacturers over foreign producers.
• China has initiated a dispute settlement process at the WTO, claiming that India’s EV subsidy policies — including tax rebates, incentives under the PM e-Drive and PLI schemes — distort fair competition by favouring Indian manufacturers over foreign producers.
• Parties Involved: Complainant: People’s Republic of China (Ministry of Commerce) Respondent: Republic of India (Government of India) Arbitrating Body: World Trade Organization (WTO), Geneva
• Complainant: People’s Republic of China (Ministry of Commerce)
• Respondent: Republic of India (Government of India)
• Arbitrating Body: World Trade Organization (WTO), Geneva
• Reason for Complaint: China argues that India’s EV incentives — including reduced GST, road tax exemptions, and PLI-linked support — give local automakers such as Tata Motors and Mahindra Electric an unfair edge in both domestic and export markets. India’s subsidies for EVs amount to ~46% of vehicle cost, among the highest globally, compared to 10–26% in other major economies. China claims this violates WTO’s Agreement on Subsidies and Countervailing Measures (SCM) by discriminating against foreign producers and distorting international trade.
• China argues that India’s EV incentives — including reduced GST, road tax exemptions, and PLI-linked support — give local automakers such as Tata Motors and Mahindra Electric an unfair edge in both domestic and export markets.
• India’s subsidies for EVs amount to ~46% of vehicle cost, among the highest globally, compared to 10–26% in other major economies.
• China claims this violates WTO’s Agreement on Subsidies and Countervailing Measures (SCM) by discriminating against foreign producers and distorting international trade.
• Process of Resolving the Complaint in WTO:
• Consultation (Diplomatic Stage): The process begins when China formally requests consultations with India under WTO rules. Both countries are required to engage in discussions within 30 days of the request and have up to 60 days to find a mutually acceptable solution. This stage is confidential and aims to resolve the issue diplomatically before escalation.
• The process begins when China formally requests consultations with India under WTO rules.
• Both countries are required to engage in discussions within 30 days of the request and have up to 60 days to find a mutually acceptable solution.
• This stage is confidential and aims to resolve the issue diplomatically before escalation.
• Panel Establishment (Adjudication Stage): If consultations fail, China can request the formation of a dispute settlement panel under the WTO Dispute Settlement Body (DSB). The panel, typically composed of three independent trade experts, examines the evidence and determines whether India’s EV subsidies violate WTO’s Subsidy and Countervailing Measures (SCM) Agreement. The panel’s findings are presented in a formal report.
• If consultations fail, China can request the formation of a dispute settlement panel under the WTO Dispute Settlement Body (DSB).
• The panel, typically composed of three independent trade experts, examines the evidence and determines whether India’s EV subsidies violate WTO’s Subsidy and Countervailing Measures (SCM) Agreement.
• The panel’s findings are presented in a formal report.
• Appellate Review (Appeal Stage): Either country can appeal the panel’s decision to the WTO Appellate Body, which reviews the panel’s legal interpretations. However, since the Appellate Body has been non-functional since 2019, disputes may instead be reviewed under the Multi-Party Interim Appeal Arbitration Arrangement (MPIA). This stage ensures legal accuracy and procedural fairness.
• Either country can appeal the panel’s decision to the WTO Appellate Body, which reviews the panel’s legal interpretations.
• However, since the Appellate Body has been non-functional since 2019, disputes may instead be reviewed under the Multi-Party Interim Appeal Arbitration Arrangement (MPIA).
• This stage ensures legal accuracy and procedural fairness.
• Implementation and Enforcement (Compliance Stage): If the WTO panel (or appeal) finds India in violation, it must withdraw or amend the subsidy measures within a “reasonable period of time.” If India fails to comply, China can request authorization to impose retaliatory trade measures, such as tariffs, equal in value to the trade loss suffered. This serves as WTO’s ultimate enforcement mechanism to ensure compliance.
• If the WTO panel (or appeal) finds India in violation, it must withdraw or amend the subsidy measures within a “reasonable period of time.”
• If India fails to comply, China can request authorization to impose retaliatory trade measures, such as tariffs, equal in value to the trade loss suffered.
• This serves as WTO’s ultimate enforcement mechanism to ensure compliance.
#### UPSC CURRENT AFFAIRS – 17 October 2025 Mapping:
MERCOSUR (Southern Common Market)
Source: BS
Context: India and the Southern Common Market (MERCOSUR) agreed to deepen their Preferential Trade Agreement (PTA) to boost trade and investment, with both sides aiming to conclude negotiations within one year.
About MERCOSUR (Southern Common Market):
• What It Is? MERCOSUR (Mercado Común del Sur) is a regional integration and economic bloc in South America that promotes free trade, customs union, and economic cooperation among member nations. It is one of the most influential trading blocs in the Global South.
• MERCOSUR (Mercado Común del Sur) is a regional integration and economic bloc in South America that promotes free trade, customs union, and economic cooperation among member nations. It is one of the most influential trading blocs in the Global South.
• Established In: Formally created on 26 March 1991 through the Treaty of Asunción, later strengthened by the Protocol of Ouro Preto (1994), which gave MERCOSUR a legal personality and institutional framework.
• Headquarters: Montevideo, Uruguay.
• Nations Involved: Founding Members: Argentina, Brazil, Paraguay, Uruguay Later Joined: Venezuela (membership currently suspended) and Bolivia (acceded in 2023) Associate Members: Chile, Peru, Colombia, Ecuador, Guyana, and Suriname
• Founding Members: Argentina, Brazil, Paraguay, Uruguay
• Later Joined: Venezuela (membership currently suspended) and Bolivia (acceded in 2023)
• Associate Members: Chile, Peru, Colombia, Ecuador, Guyana, and Suriname
• Official Languages: Spanish and Portuguese.
• Aim: To create a common market that facilitates free movement of goods, services, capital, and people, while reducing regional inequalities, enhancing economic competitiveness, and ensuring democratic governance across South America.
• History & Evolution: The 1991 Treaty of Asunción laid the foundation for economic integration. The Protocol of Ouro Preto (1994) institutionalised MERCOSUR’s structure and gave it legal status in international law. Since 2003, MERCOSUR has pursued external trade agreements with India, the EU, and ASEAN, expanding its global economic presence. India–MERCOSUR Framework Agreement (2003) and PTA (2009) provided tariff preferences on select goods, now set for expansion.
• The 1991 Treaty of Asunción laid the foundation for economic integration.
• The Protocol of Ouro Preto (1994) institutionalised MERCOSUR’s structure and gave it legal status in international law.
• Since 2003, MERCOSUR has pursued external trade agreements with India, the EU, and ASEAN, expanding its global economic presence.
• India–MERCOSUR Framework Agreement (2003) and PTA (2009) provided tariff preferences on select goods, now set for expansion.
• Functions and Mechanisms: Trade Liberalisation: Gradual removal of tariffs and non-tariff barriers within the bloc. Common External Tariff (CET): Uniform tariff policy for non-member imports. Institutional Framework: Includes the Common Market Council (CMC), Common Market Group (CMG), and Trade Commission. FOCEM (MERCOSUR Structural Convergence Fund): Established in 2005 to fund projects promoting competitiveness, social cohesion, and reducing economic asymmetries among members. Social and Cultural Integration: Promotes cooperation in labour, migration, education, and culture, reflecting “human-faced integration” principles.
• Trade Liberalisation: Gradual removal of tariffs and non-tariff barriers within the bloc.
• Common External Tariff (CET): Uniform tariff policy for non-member imports.
• Institutional Framework: Includes the Common Market Council (CMC), Common Market Group (CMG), and Trade Commission.
• FOCEM (MERCOSUR Structural Convergence Fund): Established in 2005 to fund projects promoting competitiveness, social cohesion, and reducing economic asymmetries among members.
• Social and Cultural Integration: Promotes cooperation in labour, migration, education, and culture, reflecting “human-faced integration” principles.
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