[UPSC 2016] Increasing cross-border terrorist attacks in India and growing interference in the internal affairs of several member-states by Pakistan are not conducive for the future of SAARC (South Asian Association for Regional Cooperation). Explain with suitable examples.
Linkage: Pakistan is “continually finding ways and means every few years to provoke a conflict” and seeks to “bleed India by a thousand cuts”. These actions are often manifested as cross-border attacks and interference, making this question highly relevant to the conflict dynamic described in the article. This question directly addresses “cross-border terrorist attacks in India” and “interference in the internal affairs… by Pakistan”.
Mentor’s Comment: India’s recent clash with Pakistan highlights a troubling and ongoing pattern — Pakistan’s military-led and radicalised government keeps trying to destabilise India. Even though India has a clear advantage in technology and strategy, the risk of future conflict remains high. This is due to Pakistan’s lowering nuclear threshold, rising religious nationalism, and growing ties with powerful allies. The clash also showed how modern warfare now relies heavily on technology like drones, radar, and advanced missiles. It exposed India’s weak spots, especially in space-based defence — a major concern if India faces a two-front war with both China and Pakistan.
Today’s editorial will talk about the ongoing pattern — Pakistan’s military-led and radicalised government keeps trying to destabilise India. This content would help in GS Paper II ( IR) and GS Paper III (Defence).
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Let’s learn!
Why in the News?
The recent conflict shows that Pakistan’s military-led leadership keeps trying to find ways to disrupt or hold back India’s progress.
What drives Pakistan to provoke India repeatedly?
Military Mindset Seeking to Undermine India’s Progress: Pakistan’s military-dominated leadership aims to weaken India continuously despite past defeats, pursuing a strategy to “bleed India by a thousand cuts.” Eg: Recurrent cross-border skirmishes and proxy insurgencies in Kashmir.
Ideological and Religious Nationalism: Pakistan’s identity is deeply rooted in religious nationalism, seeing India’s secular democracy as its ideological enemy. Kashmir is viewed as a “jugular vein” essential to Pakistan’s national ambition. Eg: Statements by Pakistan’s army chief emphasizing Pakistan as a religious state based on the ‘Kalima’.
Political Instability and Military Control: The military controls Pakistan’s politics, using conflict with India to legitimize its authority and distract from internal issues. Eg: Military interference in elections and sidelining of civilian leaders like Imran Khan.
Why is Pakistan’s military leadership crucial to regional peace?
Military Dominance Over Political Power: Pakistan’s military controls key decisions, often overriding civilian government, making it the primary actor in India-Pakistan relations. Eg: The military’s role in disqualifying Imran Khan from elections and influencing the civilian leadership.
Driver of Conflict and Peace Prospects: The military’s stance determines whether Pakistan pursues conflict or peace with India, as it often promotes hostility to maintain its influence. Eg: Recent provocations and cross-border attacks orchestrated under military leadership despite diplomatic efforts.
Influence on Regional Stability: As a nuclear-armed force, the military’s policies significantly impact regional security and peace, especially given Pakistan’s alliance with China and involvement in proxy wars. Eg: Pakistan’s military endorsement of religious nationalism and hardline Kashmir policies increases tensions in South Asia.
How did the conflict show the role of drones and tech in warfare?
Rise of Drone Warfare: The conflict highlighted the increased use of drones for reconnaissance and strikes, making warfare more precise and cost-effective. Eg: Pakistan deployed Turkish Songer drones, while India used Kamikaze drones for targeted responses.
Airborne Systems & Escalation Dominance: Advanced airborne early warning systems and electronic warfare tools played a key role in gaining escalation dominance quickly. Eg: India’s use of Rafale jets supported by multi-layered air defence systems like Aakash, S-400, and Barak ensured superior aerial control.
Integration of Tech in Modern Combat: The conflict revealed the importance of system integration, electronic countermeasures, and kill chain efficiency in tech-driven warfare. Eg: Speculation on whether a Chinese J-10C could use Pakistani radar guidance underscored interest in interoperability and tech collaboration in proxy conflicts.
Who controls Pakistan’s key decisions today?
Pakistan’s military, specifically the Chief of Army Staff (now Field Marshal) Asim Munir, controls the country. The civilian government, led by Shehbaz Sharif, is a puppet government subordinate to the military.
The military interferes with elections, denies political rights (e.g., to Imran Khan), and shapes Pakistan’s strategic outlook.
Where are the gaps in India’s defence readiness?
Lack of Space-Based Surveillance: India lacks a dedicated satellite system for real-time surveillance, early warning, and secure communication, which is critical for modern warfare. Eg: India must improve its satellite-based reconnaissance to prepare for a two-front warscenario involving Pakistan and China.
Limited Preparedness for Two-Front War: While India’s strength is sufficient against Pakistan alone, a simultaneous conflict with China would strain resources and expose strategic vulnerabilities. Eg: The need to balance the combined capabilities of both adversaries highlights the absence of a cohesive dual-front strategy.
Way forward:
Boost Indigenous Space and Surveillance Capabilities: India must rapidly invest in and deploy a dedicated constellation of military satellites for real-time reconnaissance, early warning, and secure communication to ensure situational awareness across borders. Eg: Collaboration between ISRO, DRDO, and private players can fast-track satellite-based surveillance systemsto monitor threats from both Pakistan and China.
Formulate a Coherent Two-Front War Doctrine: India should develop a comprehensive dual-front military strategy, including integrated theatre commands, logistics readiness, and joint force training, to ensure faster, coordinated responses. Eg: Establishing Integrated Battle Groups (IBGs) and enhancing border infrastructure can increase India’s mobility and readiness for high-intensity, multi-front warfare.
India’s industrial output grew by only 2.7% in April 2025, the slowest pace in 8 months, showing a clear slowdown at the start of the new financial year (FY26).
What are the key reasons behind the slowdown in India’s factory output and IIP growth in April 2026?
Weak Performance of Core Sectors: The eight core industries, which have a 40% weight in the IIP, grew by just 0.5% in April 2026, the lowest in eight months. Eg: Refinery products, steel, and cement showed subdued output, dragging overall industrial growth.
Contraction in Mining Activity: Mining output shrank by 0.2%, marking its first contraction since August 2024, adversely affecting raw material availability for other industries. Eg: Reduced coal and mineral extraction hit electricity generation and steel production.
Slowdown in Manufacturing and Electricity Generation: Manufacturing grew only by 3.4% (down from 4.2%) and power generation by 1.1% (down from 10.2%). Eg: Weak electricity demand and reduced industrial usage reflected sluggish overall economic activity.
Trade and Tariff-Related Uncertainties: Global trade volatility, tariffs, and supply chain disruptions have reduced demand for export-oriented goods. Eg: Decline in orders from U.S. and EU markets affected electronics and textile manufacturing.
Persistently Low Rural Demand: Consumer non-durables contracted for the third consecutive month, indicating weak rural consumption despite low inflation. Eg: Low sales of food and hygiene products in rural markets signal demand compression in the FMCG sector.
Why is the contraction in consumer non-durables output a concern for rural consumption trends?
Indicates Weak Rural Demand: Consumer non-durables, such as food and hygiene products, form a major part of rural consumption. A contraction suggests low purchasing power and reduced rural spending. Eg: Declining sales of items like cooking oil, soap, and packaged food in rural areas reflect demand stagnation.
Signals Broader Economic Distress in Agriculture-Dependent Households: Despite low inflation, rural incomes haven’t risen due to falling crop prices and below-MSP realizations. This affects demand for basic goods. Eg: Farmers selling wheat and pulses below MSP in mandis earn less, reducing their ability to buy essential goods.
Affects Industrial and FMCG Sector Recovery: Sustained low rural consumption weakens demand for consumer non-durables, impacting production and profits in the FMCG and small-scale industries. Eg: Companies like Hindustan Unilever or Dabur see lower rural sales, leading to reduced factory output and job cuts.
How can implementing MSPs more systematically help boost rural incomes and demand?
Ensures Price Stability and Income Security for Farmers: A guaranteed MSP reduces the risk of distress sales and provides a stable income floor for farmers, encouraging spending. Eg: If paddy is procured at the MSP instead of below-market rates, farmers are assured of fair returns, enabling them to spend on consumption and inputs.
Enhances Rural Purchasing Power and Consumption Demand: Higher farm incomes lead to greater spending on goods and services, especially consumer non-durables, which form a bulk of rural consumption. Eg: A farmer earning better returns on wheat is more likely to purchase goods like clothing, packaged food, and household items.
Stimulates Local Economies and Industrial Output: With higher rural demand, local businesses and FMCG industries see increased sales, encouraging higher production and employment. Eg: Higher MSP-based procurement leads to better incomes in Punjab, increasing demand for tractors, fertilizers, and daily-use goods, boosting factory output.
Who should drive capital expenditure to revive demand?
Private Sector as the Primary Driver: The private sector must lead CapEx to create productive assets, jobs, and income, especially in manufacturing and infrastructure. Eg: Large firms investing in semiconductor plants or logistics hubs generate employment and boost demand for allied sectors.
Government as a Catalyst through Public Investment: The government should maintain strong capital spending on infrastructure, rural development, and connectivity to crowd in private investment. Eg: Projects like Bharatmala or PM Gati Shakti improve transport networks, encouraging private factories and warehousing units to set up nearby.
Public-Private Partnerships (PPPs) to Leverage Resources and Efficiency: PPPs can combine government support with private expertise and funding, especially in sectors like renewable energy, urban transport, and health. Eg: Hybrid Annuity Model (HAM) in road construction allows private players to build highways with shared investment risk, boosting economic activity.
Way forward:
Boost Rural Demand through Targeted MSP Implementation and Welfare Schemes: Ensure systematic MSP procurement and expand rural employment and income support to revive consumption of consumer non-durables and support FMCG growth.
Accelerate CapEx through Private Investment and Strategic Public Spending: Encourage private sector-led capital expenditure in manufacturing and infrastructure, complemented by government investments in connectivity and logistics to stimulate industrial output and job creation.
Mains PYQ:
[UPSC 2016] The nature of economic growth in India in recent times is often described as a jobless growth. Do you agree with this view? Give arguments in favour of your answer.
Linkage: The concept of “jobless growth” is highly relevant in a scenario where economic expansion, or lack thereof, is debated in relation to employment generation. A slowdown in industrial output could exacerbate concerns about job creation.
A huge 600-million-year-old group of stromatolites was found in Chambaghat, Himachal Pradesh, sparking new interest in India’s ancient rocks and the early history of life on Earth.
What are Stromatolites?
Stromatolites are layered, reef-like structures formed by ancient blue-green algae called cyanobacteria. These tiny microbes trapped and bound sediments in shallow seas, creating mineral mounds over millions of years. They are some of the oldest evidence of life on Earth.
How do they contribute to understanding Earth’s early history?
Earliest Evidence of Life: Stromatolites, built by cyanobacteria over 3.5 billion years ago, are among the oldest records of life on Earth. Eg: Stromatolites in Australia date back to 3.6 billion years, showing microbial activity long before complex life existed.
Oxygen Production and Atmospheric Change: Cyanobacteria in stromatolites performed photosynthesis, releasing oxygen and leading to the Great Oxidation Event(~2.4 billion years ago). Eg: This oxygenation made the atmosphere suitable for the evolution of multicellular organisms.
Tectonic and Environmental Insights: Their presence in now-mountainous regions like Chambaghat in Himachal Pradesh, originally shallow seas, reveals tectonic shifts and lost oceans. Eg: The Chambaghat stromatolites formed in the Tethys Sea, later uplifted to the Himalayas by the collision of the Indian and Eurasian plates.
Where was the recent significant stromatolite outcrop discovered?
A large outcrop was discovered in Chambaghat, Solan district, Himachal Pradesh. It is located in the pine-clad ridges at around 5,000–6,000 feet above sea level. It belongs to the Krol Group, sedimentary rocks formed in the ancient Tethys Sea.
Why is it unique?
Large and Well-Preserved Outcrop: The Chambaghat site features an extensive hill covered with stromatolites, not just a few isolated samples. Eg: Unlike other Indian sites where stromatolites are scattered or small, Chambaghat has a whole hill full of these structures, making it exceptional in scale and preservation.
Relatively Young Stromatolites in a High-Altitude Location: These stromatolites date back about 600 million years and are found at an altitude of 5,000–6,000 feet above sea level. Eg: Their presence so high in the Himalayas tells a story of tectonic uplift, where ancient shallow marine depositswere pushed up from the Tethys Sea due to India’s collision with Eurasia.
Accessible and Visible Geological Heritage: The site is easily accessible and visible to researchers, locals, and tourists, making it a prime candidate for preservationand education. Eg: Many stromatolite sites in India are obscure or hard to reach, but Chambaghat offers a natural exhibit that could help raise public awareness about Earth’s early history.
Why is there scientific disagreement about the importance of the Chambaghat stromatolites?
Not True Fossils but Biosedimentary Structures: Some scientists argue that stromatolites are organo-sedimentary structures, formed by trapped sediments and calcium carbonate, rather than preserved fossils of organisms. Eg: fossils are inaccurate because the original organisms are not preserved, only the structures formed by cyanobacteria.
Common and Widespread Geological Features: Stromatolites are found all over India and globally, so some experts feel the Chambaghat stromatolites are not a rare or unique discovery. Eg: The oldest stromatolites in India, like those in Dharwad, Karnataka (2,500 million years old), and worldwide (3.6 billion years old in Australia) are much older and more significant.
Not the Oldest or Most Unique Evidence of Life: While Chambaghat stromatolites are impressive, they are relatively young compared to other sites and not the earliest proof of life. Eg: Dr Arun Deep Ahluwalia notes that stromatolites in the Krol Belt are the youngest stromatolites, making them less important for studying the very earliest life forms.
What is the significance of preserving stromatolite sites like Chambaghat?
Educational and Scientific Value: Preserving stromatolite sites helps in studying Earth’s early life and geological history, providing valuable insights into how oxygenation of the atmosphere led to complex life. Eg: Chambaghat’s stromatolites can be used as an exhibit for students and researchers to understand the origin of life and ancient marine environments.
Cultural and Geoheritage Importance: Protecting these sites promotes public awareness and tourism, fostering a sense of pride and responsibility towards India’s unique geological heritage. Eg: Creating a Geoheritage Park at Chambaghat can engage locals, tourists, and schools, preserving the site while boosting local economy and education.
Way forward:
Formal Protection and Geoheritage Park Development: Declare Chambaghat stromatolite site a protected geological monument and develop it into a Geoheritage Park to ensure conservation, promote scientific research, and boost geo-tourism.
Public Awareness and Educational Outreach: Launch educational programs and community engagement initiatives involving schools, researchers, and local stakeholders to increase awareness about the site’s scientific and cultural significance.
Mains PYQ:
[UPSC 2021] What is Cryptocurrency? How does it affect global society? Has it been affecting Indian society also?
Linkage: The growing importance of cryptocurrency, its disruptive potential in global finance, and its implications for India, specifically mentioning India’s significant number of crypto users. This PYQ demonstrates the UPSC’s interest in the fundamental understanding and societal effects of this technology.
China weaponizes supply chains to exert geopolitical pressure and economic dominance. UPSC may explore questions on trade policies, WTO reforms, and global supply chain vulnerabilities in this respect. It may test conceptual clarity and real-world application. You may struggle linking static knowledge of International Relations since there is no single source for it. This article directly addresses these gaps. It explains China’s supply chain control, trade weaponization tactics, and impact on India with crisp examples. The response measures give a clear roadmap for India’s strategy. The special feature? It connects trade policies with national security, making it a must-read for a multi-dimensional perspective.
PYQs Anchoring:
GS2 : What are the Key areas of reform if the WTO has to survive in the present context of “Trade War” especially keeping in mind the interest of India? 2018
Microthemes: WTO, Regional or global groupings
Recent restrictions on the export of critical manufacturing equipment and the recall of Chinese engineers and technicians from Indian facilities have highlighted China’s strategic weaponization of supply chains. This raises significant concerns as China leverages its dominance in electronic supply chains to exert geopolitical influence.
China’s Presence across Supply Chains
Area
China’s Role
Key Insights
Semiconductor & Chip Manufacturing
China is a key player with companies like SMIC producing chips for consumer electronics, AI, and military use.
While the U.S. and Taiwan lead in high-end chips, China is investing heavily in self-sufficiency to counter Western sanctions.
Rare Earth Minerals & Components
China controls over 60% of global rare earth processing, essential for tech industries like EVs, smartphones, and defense.
China has restricted rare earth exports before, showing its ability to use them as a geopolitical tool.
Electronics Manufacturing Hub
Global giants like Foxconn rely on China’s labor and infrastructure for production.
China’s well-integrated supply chain makes shifting manufacturing to other countries difficult.
5G & Telecom Infrastructure
Huawei and ZTE dominate global 5G equipment supply.
Many nations, including the U.S. and India, have restricted Chinese telecom firms over security concerns.
China’s use of E-Supply Chains as a Strategic Tool:
China has systematically built its dominance in global supply chains, allowing it to exert strategic leverage over rival economies. Through its monopoly over key manufacturing technologies and raw materials, China has created an ecosystem where nations remain dependent on its industrial network.
1. Monopoly Over Critical Manufacturing Equipment
China controls production of high-tech machinery required for semiconductor and electronics manufacturing.
By restricting exports, it can slow down rival industries and hinder technological self-sufficiency.
Example: In 2024, China restricted exports of specialized machinery to Foxconn India, delaying iPhone production.
2. Control Over Key Raw Materials
China dominates global supply of rare earth elements (REEs), crucial for electronics, EV batteries, and defense technology.
Export bans disrupt industries worldwide, limiting production capabilities in competing nations.
Example: In 2023, China restricted gallium and germanium exports, affecting semiconductor and military production in multiple countries.
3. Workforce & Knowledge Transfer Restrictions
China prevents skilled workers from working in foreign factories to limit knowledge transfer.
This weakens competitors by maintaining China’s technical superiority.
Example: Chinese engineers at Foxconn India were recalled, creating a skills gap that impacted Apple’s production.
4. Supply Chain Disruptions as Geopolitical Leverage
China manipulates trade policies and export restrictions to pressure dependent nations.
This gives China an advantage in diplomatic negotiations by leveraging economic dependencies.
Example: During the U.S.-China trade war, China blocked exports of key components to Huawei and Apple, showcasing its influence in electronics manufacturing.
5. Deep Integration in Global Manufacturing
Through initiatives like the Belt and Road Initiative (BRI) and foreign industrial investments, China ensures foreign companies remain tied to its supply chains.
Even with sanctions, global giants like Tesla and Apple continue major operations in China due to its efficient supply network.
6. Technology Dependence & Market Domination
China’s tight control over supply chains makes it difficult for emerging economies like India to build self-reliant industries.
Dependency on China for raw materials and technology slows down India’s progress in becoming a global manufacturing hub.
Example: China’s recall of engineers from Indian Foxconn plants disrupted Apple’s India production goals.
Impact of China’s E-Supply Chain Control on India
China’s dominance in e-supply chains creates multiple risks and vulnerabilities for India. This dependency impacts India’s technological advancements, economic security, and geopolitical standing.
1. Disruptions to Critical Industries
India depends on China for over 75% of its electronic components.
Any disruption in China’s exports slows down key industries like telecom, automobiles, and defense.
Example: The 2020 global chip shortage, worsened by China’s export controls, severely affected India’s smartphone and automobile sectors.
2. Geopolitical & Economic Coercion
China can delay exports or impose restrictions to exert political pressure.
Trade weaponization creates instability in India’s economic policies.
Example: After the Galwan clash (2020), customs clearance delays on Chinese imports disrupted multiple Indian industries.
3. Security Risks in Strategic Sectors
Dependence on Chinese telecom and defense tech raises cybersecurity and espionage concerns.
India has responded by banning Chinese telecom firms like Huawei and ZTE from participating in 5G trials.
4. Price Manipulation & Market Volatility
China controls prices of critical materials like rare earths, semiconductors, and batteries.
This affects India’s plans to reduce import reliance and boost local manufacturing.
Example: The 2023 gallium and germanium export restrictions caused major price spikes in India’s semiconductor industry.
5. Hindrance to India’s Manufacturing Growth
India’s ambition to become a global manufacturing hub faces resistance from China’s strategic restrictions.
China’s ability to limit access to critical machinery, raw materials, and skilled labor slows India’s industrial growth.
Example: China’s withdrawal of engineers from Foxconn India affected Apple’s efforts to expand its Indian production base.
6. India’s Strategic Response
To counter China’s dominance, India is actively:
Strengthening domestic supply chains through Production-Linked Incentives (PLI).
Partnering with nations like the U.S., Japan, and Australia to reduce Chinese dependency.
Encouraging domestic semiconductor and rare-earth production to improve economic resilience.
Response Measures undertaken
Global Measures
Response Area
Key Actions Taken
Objective
Diversifying Semiconductor Supply Chain
The U.S., Japan, and India are investing in domestic chip production through initiatives like the CHIPS Act (USA) and India’s PLI scheme.
Reduce reliance on China and Taiwan for semiconductors.
Banning High-Risk Chinese Tech Firms
India has banned 300+ Chinese apps since 2020; the U.S. has sanctioned Huawei and ZTE, restricting their access to key technologies.
Address security threats and prevent foreign influence in critical sectors.
Strengthening Cybersecurity Frameworks
Nations are enforcing strict data protection laws, such as the EU’s GDPR and India’s Digital Personal Data Protection Act.
Safeguard digital sovereignty and regulate foreign tech firms.
Developing Alternative Rare Earth Supply Chains
The U.S. and Australia are investing in rare earth mining to counter China’s dominance.
Reduce dependency on China for critical raw materials.
Strengthening Trade Alliances
QUAD (India, U.S., Japan, Australia) and IPEF focus on secure supply chains and tech collaborations.
Build resilient trade networks independent of China.
India-Specific Measures
Focus Area
India’s Actions
Goal
Digital Decoupling & Policy Bans
India has banned 300+ Chinese apps and tightened FDI rules to prevent Chinese control over tech firms.
Reduce China’s digital influence and secure India’s tech ecosystem.
Strengthening Domestic Manufacturing
The PLI scheme promotes local production of electronics, semiconductors, and telecom gear.
Boost domestic manufacturing and reduce reliance on Chinese imports.
Semiconductor Manufacturing Push
India has introduced $4-5 billion incentives to establish chip fabrication plants.
Enhance self-sufficiency and achieve $500 billion electronics manufacturing by 2030.
Diversifying Supply Chains
The Atmanirbhar Bharat initiative encourages local production of critical electronics and batteries.
Strengthen India’s industrial base and reduce foreign dependence.
Cybersecurity & Data Protection
India enforces data localization and strengthens cybersecurity via organizations like CERT-In.
Prevent foreign access to sensitive Indian data and defend against cyber threats.
Telecom & 5G Security
India is developing indigenous 5G and AI technologies while considering anti-dumping duties on Chinese products.
Ensure digital sovereignty and counter China’s ‘Made in China 2025’ strategy.
Conclusion
China’s control over e-supply chains presents significant challenges for India’s economic and technological independence. To mitigate these risks, India must diversify its supply sources, develop domestic capabilities, and strengthen global partnerships. As India advances toward self-reliance, reducing dependence on Chinese supply chains will be critical for its long-term economic security and global standing.
Back to Basics: Understanding Trade Weaponization
Trade Weaponization:
Trade weaponization refers to the practice of using trade policies—such as sanctions, tariffs, export restrictions, and trade barriers—to exert political and economic pressure on rival nations. This approach can be used to gain strategic advantages, weaken competitors, or force policy changes.
Utility of Trade as a Strategic Weapon
Trade is no longer just an economic activity; it has become a tool for geopolitical influence. Powerful economies use weaponized trade tactics—such as sanctions, tariffs, and export restrictions—to pressure rival nations. India, as a major emerging economy, must carefully navigate these challenges to maintain strategic autonomy while ensuring economic stability.
1. Externally Oriented Pressure
Powerful countries leverage trade restrictions to influence India’s foreign policy.
India must balance its global strategic partnerships while managing economic dependencies.
Example: India’s oil imports from Iran sharply declined due to U.S. sanctions, demonstrating how trade weaponization impacts strategic autonomy.
2. Formal and Informal Measures
Nations may indirectly pressure private companies to limit investments in India, impacting sectors like technology, telecom, and energy.
This reduces India’s ability to attract foreign investment in high-growth industries.
Example: U.S.-China trade tensions affected global tech investment, forcing India to take defensive measures, such as banning Chinese apps and scrutinizing Chinese telecom firms.
3. Legal and Political Grey Zone
Some trade measures bypass international norms, limiting India’s legal recourse in global trade bodies.
This creates legal ambiguity and economic risks for India.
Example: Disputes with China at the WTO over steel tariffs highlight India’s challenges in using international platforms to counter trade weaponization.
4. Rising Protectionism
In response to global protectionist trends, India has implemented defensive trade measures.
These policies protect Indian industries from predatory pricing and ensure competitiveness.
Example: Over 30 anti-dumping measures in 2024 on Chinese products showcase India’s efforts to shield domestic businesses from unfair trade practices.
5. Impact on Global Supply Chains
India faces the challenge of securing critical sectors from foreign influence, especially from China.
Reducing dependency on high-risk nations is crucial for fostering long-term economic growth.
Example: India’s participation in frameworks like the Quad highlights its efforts to secure supply chains and strengthen regional partnerships.
6. Foreign Relations and Trade Strategy
India’s foreign policy is increasingly shaped by economic security concerns.
Trade disputes, particularly with China, have led India to re-evaluate its global partnerships.
Example: The Indo-Pacific Economic Framework for Prosperity (IPEF) highlights India’s pivot toward economically secure, like-minded partners.
Key Tactics of Trade Weaponization:
Sanctions: Banning trade with specific nations to cripple their economy (e.g., U.S. sanctions on Iran reducing its oil exports).
Tariffs: Imposing high taxes on imports to protect domestic industries or retaliate against foreign trade practices (e.g., U.S.-China tariff war).
Export Restrictions: Blocking the sale of critical resources or technologies to rival nations (e.g., China restricting rare earth exports to Japan and the U.S.).
Economic Coercion: Using trade dependencies to manipulate other nations’ foreign policies (e.g., China slowing customs clearances for Australian imports after political disputes).
Supply Chain Disruptions: Controlling key manufacturing hubs to create bottlenecks in global production (e.g., China’s dominance in semiconductor and rare earth production).
Significance of Trade Weaponization:
Influences Global Politics: Countries use trade to pressure rivals without direct military conflict.
Affects Economic Stability: Disruptions in trade can lead to supply shortages and price spikes.
Impacts National Security: Dependence on foreign nations for critical goods can pose risks during conflicts.
Shifts Trade Alliances: Countries may seek alternative trade partners to reduce dependency on weaponized trade tactics.
Prime Minister paid tributes to Lokmata Ahilyabai Holkar on her 300th birth anniversary.
About Ahilyabai Holkar:
Early Life: Born on May 31, 1725, in Chondi village, (in erstwhile Ahilyanagar District) Maharashtra, Ahilyabai belonged to the Shephard community. Her father, a village head, taught her to read and write—rare for girls then.
Marriage and Loss: Married to Khande Rao Holkar in 1733, she was widowed in 1754. Her father-in-law, Malhar Rao Holkar, saw her potential and stopped her from committing sati.
Rise to power: After the deaths of her husband, father-in-law, and son, she became ruler of Malwa in 1765 with support from the Peshwa and her army.
Capital and Leadership: She moved the capital to Maheshwar, making it a centre of culture, governance, and trade.
Military and Administration: Ahilyabai personally led armies and appointed Tukoji Rao Holkar as military commander. She promoted justice, welfare, and agricultural growth.
Legacy and Contributions:
Temple Restoration: Rebuilt presend-day Kashi Vishwanath Temple in 1780 and renovated shrines across India, including in Somnath, Haridwar, Pushkar, and Rameswaram.
Pilgrim Support: Built rest houses, pilgrim shelters, and ghats to support religious travellers.
Maheshwari Sari and Weavers: Promoted the handloom industry, empowering local weavers and women economically.
Social Reforms: Protected widows’ rights, supported tribal communities, and ran a secular and inclusive administration.
Cultural Patronage: Her court welcomed poets and scholars, including Moropant and Khushali Ram, making Maheshwar an intellectual hub.
Peaceful Rule: Her 30-year reign was free from war, making Malwa a rare place of peace and prosperity in a chaotic era.
Recognition: Jawaharlal Nehru called her an able ruler; British historian John Keay called her “The Philosopher Queen”.
Ongoing Honour: A proposal exists to rename Ahmednagar in Maharashtra as Punyashlok Ahilyadevi Nagar in her memory.
[UPSC 2009] With reference to Stree Shakti Puraskar, for which of the following is ‘Devi Ahilya Bai Holkar Award’ given?
Options: (a) Administrative skills (b) Achievements in Scientific Research (c) Achievements in Sports and Games (d) Courage and valour*
Scientists at Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR), Bengaluru have developed a super-fast charging Sodium-ion battery.
About Sodium-Ion Battery and Its Working:
What it is: Sodium-ion batteries are rechargeable batteries that use sodium (Na⁺) ions to carry electric charge, instead of lithium.
How it works: During charging and discharging, sodium ions move between the anode (negative) and cathode (positive) — similar to how lithium-ion batteries function.
Innovation: A sodium-ion battery developed by JNCASR uses NASICON-type chemistry, a special material structure that ensures fast ion movement and stability.
Performance Boost: The team used nano-particles, added a carbon coating, and used aluminium doping to improve charging speed and battery life.
Fast Charging & Long Life: The battery can charge up to 80% in 6 minutes and last over 3,000 charge-discharge cycles.
Tested for Safety: The battery passed tests using electrochemical cycling and quantum simulations, proving it is safe and durable.
Advantages over Lithium-Ion Batteries:
Sodium is abundant and cheaper than lithium, and it can be extracted from seawater.
Sodium-ion batteries are safer, as they can be transported at zero voltage and used in high temperatures without risk of fire.
They are more eco-friendly, with less environmental damage during extraction compared to lithium.
Material costs are lower because they use aluminium instead of copper.
India can reduce its dependence on China, which controls much of the lithium battery supply chain.
These batteries are ideal for renewable energy applications, such as solar grids, electric vehicles, drones, and rural electrification in extreme climates.
[UPSC 2025] In the context of electric vehicles, consider the following elements:
I. Cobalt II. Graphite III. Lithium IV. Nickel
How many of the above usually make up battery cathodes?
(a) Only one (b) Only two (c) Only three * (d) All the four
The Minister of State for Commerce and Industry inaugurated the new unified headquarters of the Quality Council of India (QCI) at the World Trade Centre in New Delhi.
About Quality Council of India (QCI):
Establishment: QCI was set up in 1997 as an autonomous, non-profit body through a public-private partnership between the GoI and industry associations ASSOCHAM, CII, and FICCI.
Legal Status: It is registered under the Societies Registration Act, 1860.
Leadership: Ratan Tata was QCI’s first Chairman; the current chairman is appointed by Prime Minister.
Parent Department: QCI works under the Department for Promotion of Industry and Internal Trade (DPIIT), Ministry of Commerce and Industry.
Role: Acts as India’s national accreditation body, offering independent assessments of products, services, and processes.
Mission: To improve quality standards in key areas like education, healthcare, environment, governance, and infrastructure.
Financial Model: It is a self-sustaining organisation, generating its own revenue without regular government funding.
Structure, Divisions, and Key Functions:
Governing Council: A 38-member council with equal representation from government, industry, and stakeholders oversees QCI.
Key Divisions: QCI operates through 5 major boards, each focusing on a different sector:
National Accreditation Board for Testing and Calibration Laboratories
National Accreditation Board for Hospitals and Healthcare Providers
National Accreditation Board for Education and Training
National Accreditation Board for Certification Bodies
National Board for Quality Promotion
Core Activities:
Develops accreditation systems and quality frameworks.
Conducts third-party audits for schemes like Swachh Bharat Abhiyan and Pradhan Mantri Kaushal Vikas Yojana.
Runs the National Quality Campaign to build a culture of quality across sectors.
Helps boost India’s global competitiveness through quality certification and awareness initiatives.
[UPSC 2017] With reference to Quality Council of India (QCI), consider the following statements:
1. QCI was set up jointly by the Government of India and the Indian Industry.
2. Chairman of QCI is appointed by the Prime Minister on the recommendations of the industry to the Government.
Which of the above statements is/are correct?
Options: (a) 1 only (b) 2 only (c) Both 1 and 2* (d) Neither 1 nor 2
The 17th edition of the India–Mongolia Joint Military Exercise NOMADIC ELEPHANT is being held in Ulaanbaatar, Mongolia from May 31 to June 13, 2025.
About Exercise NOMADIC ELEPHANT:
About: It is a bilateral military exercise between the Indian Army and the Mongolian Armed Forces.
Launch Year: It was first conducted in 2004 in Mongolia, followed by the second edition in 2005 in Vairengte, Mizoram.
Frequency and Hosting: The exercise is held annually, with India and Mongolia alternating as hosts.
Recent Editions: The 15th edition was conducted in Ulaanbaatar in July 2023, and the 16th edition was held at Umroi, Meghalaya in July 2024.
Objectives and Focus:
Interoperability: The main goal is to improve joint operational coordination between the two-armed forces.
Terrain Focus: It trains troops for task force operations in semi-urban and mountainous regions under a UN peacekeeping mandate.
Counter-Terrorism Training: The exercise enhances capabilities in counter-terrorism and counter-insurgency operations.
Regional Cooperation: It helps build mutual trust, encourages regional peace, and supports strategic cooperation.
[UPSC 2008] ‘Hand-in-Hand 2007’, a joint anti-terrorism military training was held by the officers of the Indian Army and officers of the Army of which one of the following countries?
The Ministry of Statistics and Programme Implementation (MoSPI) released two important data sets on May 30, 2025 — one for India’s GDP growth in Q4 (January–March) FY25, and another for the provisional estimates for the entire FY25 (2024–25).
How is Economic Growth measured?
Gross Domestic Product (GDP) measures economic growth by adding all expenditures in the economy — including private, government, and business spending. It shows demand-side performance.
Gross Value Added (GVA) measures the supply-side. It calculates how much value is added by each sector of the economy.
GDP and GVA are related: GDP = GVA + (Taxes) – (Subsidies)
MoSPI reports both in:
Nominal terms: Includes current prices.
Real terms: Adjusted for inflation to reflect true growth.
Why are these Estimates called “Provisional”?
GDP estimates are revised in stages:
January: First Advance Estimates (FAE)
February: Second Advance Estimates (SAE)
May: Provisional Estimates (PE)
Final figures come later:
First Revised Estimate: After 1 year
Final Estimate: After 2 years
FY25’s final numbers will come in 2026 and 2027.
Key Takeaways from FY25 Data
India’s Economy Size:
India’s economy is now worth ₹330.7 lakh crore or $3.87 trillion.
GDP grew by 9.8%, which is slower than in previous years.
Real GDP Growth:
After removing inflation, real GDP grew by 6.5%.
This is slower than the 9.2% growth seen last year (as mentioned in the Provisional Estimates). (Disputed: India’s real GDP growth rate was 8.2% in FY 2023-24 as per Economic Survey.)
Sector Performance:
Agriculture grew well at 4.6%.
Manufacturing grew only 4.5%, which is a concern.
Construction was strong with 9.4% growth.
Services grew by 7.2%.
Manufacturing Worry:
Manufacturing is growing slower than agriculture.
This is affecting urban jobs, especially for youth.
Best Growth in Jan–Mar 2025 (Q4):
GDP growth was 7.4% in Q4 — the highest for the year.
Construction grew fastest at 10.8%.
Agriculture and Services also did well.
Spending Trends:
People spent more — household spending rose 7.2%.
Investment in assets grew 7.1%, slower than last year.
[UPSC 2015] With reference to Indian economy, consider the following statements:
(1) The rate of growth of Real Gross Domestic product has steadily increased in the last decade. (2) The Gross Domestic product at market prices (in rupees) has steadily increased in the last decade.
Which of the statements given above is/are correct?
Options: (a) 1 only (b) 2 only* (c) Both 1 and 2 (d) Neither 1 nor 2
[UPSC 2020] National Education Policy 2020 is in conformity with the Sustainable Development Goal-4 (2030). It intends to restructure and reorient education system in India. Critically examine the statement.
Linkage: A key focus of the NEP 2020 is the strengthening and formalization of Early Childhood Care and Education (ECCE), recognizing its foundational importance. Therefore, critically examining the NEP 2020 directly relates to the concept of “rewriting the script” for education, including ECE.
Mentor’s Comment: Lack of proper early childhood care and education (ECE) increases inequality, affecting children’s brain development, learning ability, and future income. Nobel Prize winner James Heckman’s research shows that investing in young children gives the best returns. This highlights the need for urgent systemic changes. Some states like Uttar Pradesh, Odisha, and Madhya Pradesh are already making progress with innovative ECE programmes. These small but focused steps in early childhood can help break the cycle of poverty and help India fully benefit from its young population by 2047.
Today’s editorial will talk about the early childhood care and education (ECE) . This content would help in GS Paper II ( Policy Making & Education).
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Let’s learn!
Why in the News?
India’s silent but urgent employment crisis is rooted not just in the lack of jobs, but in the lottery of birth that disadvantages millions of children from the outset. So, smart spending on early childhood education and involving parents will support young children in learning better.
What is the lottery of birth?
The “lottery of birth” refers to the idea that a child’s future is largely shaped by the circumstances into which they are born, such as: Family income, Geographic location, Caste, gender, or religion, Access to health, nutrition, and education.
These are factors beyond the child’s control but can determine their opportunities, development, and life outcomes.
What is the significance of the “lottery of birth” in shaping a child’s future in India?
Determines Access to Basic Needs Early On: A child born into poverty often lacks access to adequate nutrition, healthcare, and early learning, which are essential for cognitive and physical development. Eg: A child born in a rural poor household may suffer from malnutrition and poor school readiness, limiting long-term potential.
Creates Early Learning and Earning Gaps: By age 5, differences in language, numeracy, and motivation are already visible, making it harder for disadvantaged children to catch up in school and later in life. Eg: Only 15% of pre-primary children could match basic objects, and 30% could identify larger and smaller numbers, indicating early learning gaps.
Perpetuates Intergenerational Poverty: Children born into poverty often remain trapped in low-opportunity environments, repeating the cycle into adulthood due to limited human capital development. Eg: Without quality early education, a poor child is far less likely to complete schooling or access skilled employment, thus continuing the poverty cycle.
Why is early childhood care and education (ECE) considered a high-return investment?
Highest Returns on Human Capital Investments: The Heckman Curve shows that investments in ECE yield the greatest returns compared to later stages of education or training. Eg: For every $1 spent on ECE, the return ranges between $7 to $12, through better education, health, and reduced crime.
Long-Term Economic and Social Benefits: Quality ECE leads to higher lifetime earnings, better employment, and improved life outcomes, helping individuals and economies thrive. Eg: Children with access to quality ECE are 4 times more likely to earn higher incomes and 3 times more likely to own a home as adults.
Bridges Early Learning Gaps and Boosts School Readiness: ECE helps close learning gaps caused by poverty, ensuring children enter school prepared, reducing dropouts and remedial education costs. Eg: States like Odisha are launching Shishu Vatikas to prepare 5–6-year-olds for formal schooling, improving readiness and future learning outcomes.
Who are the key stakeholders responsible for improving ECE outcomes in India?
Anganwadi workers and government pre-primary school teachers are frontline educators.
State governments are responsible for hiring dedicated ECE teachers and creating infrastructure.
Parents and caregivers play a crucial role in reinforcing learning at home.
Supervisors and training institutions ensure quality and pedagogy through monitoring and capacity building.
The Government of India provides funding and policy direction, though current spending is limited (₹1,263 per child annually).
Where are Indian states like Uttar Pradesh and Odisha making notable ECE interventions?
Uttar Pradesh: Hiring of ECE Educators and Teacher Training: Uttar Pradesh is recruiting nearly 11,000 Early Childhood Care and Education (ECE) educators for Balavatikas across districts. The state also held a six-day residential training for 50 master trainers from 13 districts to improve ECE pedagogy. Eg: These trained master trainers will cascade the training to other educators, ensuring quality instruction in early years.
Odisha: Launch of Shishu Vatikas and Jaduipedi Kits: Odisha is setting up Shishu Vatikas in all government schools to prepare children aged 5–6 for formal schooling. The state also introduced Jaduipedi Kits — play-based learning materials to enhance school readiness. Eg: These initiatives are aligned with NEP 2020 and help improve early learning outcomes through structured activities.
How can parental involvement improve the effectiveness of early learning initiatives?
Strengthens Learning Continuity at Home: When parents engage in their child’s early education, it reinforces what is taught at ECE centres, ensuring consistent learning both at home and school. Eg: Providing simple worksheets or storybooks for home use helps children practice and retain concepts better.
Improves Child Motivation and Confidence: Active parental involvement boosts a child’s sense of security, motivation, and self-esteem, making them more eager to learn. Eg: In Madhya Pradesh, programmes like Bal Choupal involve parents in play-based activities, which positively impact children’s classroom participation.
Bridges Knowledge Gaps through Technology: Digital tools like WhatsApp groups or EdTech apps help parents access learning tips, track progress, and support their child’s development, especially where formal education resources are limited. Eg: Parents receiving weekly learning activities via smartphones are better equipped to support foundational skills like language and numeracy.
What are the steps taken by the Indian government?
Integration of ECE in National Education Policy (NEP) 2020: The NEP 2020 recognizes early childhood education as a critical foundation and proposes a new 5+3+3+4 curriculum structure, where the first five years focus on foundational learning (ages 3–8). Eg: Introduction of the “Foundational Literacy and Numeracy” mission (NIPUN Bharat) to ensure basic learning outcomes by Grade 3.
Expansion and Strengthening of Anganwadi Centres: The government has focused on upgrading 14 lakh Anganwadi centres across India to serve as key delivery points for ECE, nutrition, and health services. Eg: POSHAN Abhiyaan supports capacity-building of Anganwadi workers and provides teaching-learning material to improve preschool education quality.
Way forward:
Increase Investment and Improve Infrastructure in ECE: The government should significantly raise funding per child for early childhood education to ensure adequate instructional time, trained teachers, and quality learning materials. Strengthening infrastructure, including more Anganwadi centres and pre-primary schools with dedicated educators, will help bridge existing gaps and improve learning outcomes.
Enhance Parental Engagement and Community Participation: Empower parents with awareness, guidance, and digital tools to participate in their children’s early learning. Community-based programs like Bal Choupal should be expanded nationwide, and EdTech solutions leveraged to provide continuous support, creating a strong home-school learning ecosystem.
