Why in news?

India's EV sector is growing fast — around 2.5 million vehicles were sold in FY26, up significantly from FY25. Government policies like purchase subsidies, road tax exemptions, and registration waivers have successfully created market demand.

But as EV sales rise, a new and serious concern has emerged: India is replacing its dependence on imported fossil fuels with dependence on imported batteries — mostly from China.

What’s in Today’s Article?

• The Core Problem: Trading One Dependency for Another
• Why China Dependence Is a Strategic Risk?
• What Needs to Be Done?
• Conclusion

The Core Problem: Trading One Dependency for Another

• For years, India's energy security concern was about oil imports. EVs were seen as a way out. But the shift to EVs has not eliminated import dependence — it has merely changed its form.
• The heart of the problem is the lithium-ion battery. It is the most critical and expensive component of any EV and India does not make enough of them domestically.
• How Deep Is the Dependence?
  • India has awarded 40 GWh of battery manufacturing capacity under the ACC (Advanced Chemistry Cell) Production Linked Incentive scheme — but only about 1 GWh has actually been installed so far.
  • In 2025, passenger EVs in India sourced batteries from 14 global manufacturers, importing 7,987 MWh worth of cells.
  • A significant share of these imports came from Chinese manufacturers.
  • This means: more EVs sold in India = more batteries imported from China. The two are tightly linked right now.

Why China Dependence Is a Strategic Risk?

• China is not just a supplier — it is a competitor with its own industrial and geopolitical priorities.
• Several developments in China are already affecting India's battery supply:
  • Tighter technology export restrictions
  • Prioritisation of domestic Chinese demand over exports
  • Withdrawal of VAT exemptions on battery exports
  • Rising manufacturing and transport costs
• Add to this the West Asia conflict, which has pushed up global raw material costs and shipping risk premiums.
• The combined effect is battery inflation — batteries are getting more expensive.
• This matters enormously in a price-sensitive market like India. If battery costs rise and manufacturers pass them on to consumers, EVs could become unaffordable for the mass market. India's EV adoption targets would then be at serious risk.

What Needs to Be Done?

• Short Term: Diversify Suppliers ("China + 1")
  • Many EV manufacturers already talk about a "China + 1" strategy — sourcing from at least one non-Chinese supplier.
  • But in practice, this is uneven. Premium EVs are increasingly using non-Chinese NMC (Nickel Manganese Cobalt) batteries, while affordable mass-market models still rely on cheaper Chinese LFP (Lithium Iron Phosphate) cells.
  • True diversification means spreading across suppliers, battery chemistries, and geographies.
  • Yes, it may raise costs initially — but it significantly reduces the risk of a single disruption stalling the entire sector.
• Medium Term: Smarter Product Design
  • Rising battery costs should push Indian manufacturers to design more efficient vehicles — lighter architectures, smarter drivetrains, better software, and batteries sized for actual Indian usage rather than oversized imported designs.
  • India's market may ultimately reward lean, purpose-built EVs over vehicles designed around expensive imported battery economics.
• Emerging Technology: Sodium-Ion Batteries
  • Indian manufacturers should start testing vehicles with sodium-ion batteries.
  • Sodium is abundantly available and not dependent on lithium supply chains.
  • Sodium-ion is not yet a full replacement for lithium-ion, but it can serve as a meaningful hedge — especially as domestic production scales up.
  • It broadens India's technology base and reduces dependence on any single chemistry.
• Long Term: A Global EV Supply Chain Alliance
  • India needs to build a structured alliance with trusted partner countries — covering minerals, manufacturing, technology, and standards.
  • This would distribute risk across geographies and ensure that no single external shock can derail India's electrification plans.

Conclusion

India has already proven it can create demand for EVs. The next and harder test is whether it can build the industrial depth to sustain that demand on its own terms.

The goal should not be to electrify faster. It should be to electrify intelligently, securely, and strategically.

Why in news?

The Supreme Court recently dismissed a challenge against orders directing a man (referred to as CP) to undergo a DNA test. The case was filed by a person claiming to be CP's biological son, who sought both a declaration of paternity and a share in CP's property.

CP had been denying the claim since 1999 — over two decades. The Court upheld the DNA test order, balancing CP's right to privacy against the alleged son's right to establish his identity and inheritance.

What’s in Today’s Article?

• Background: The Legal Framework
• Evolution Through Case Law
• The Three-Part Test: When Can a Court Order a DNA Test
• The Present Case: How the Court Decided
• Analysis: Important Dimensions Touched by This Judgement

Background: The Legal Framework

• Section 116 of the Bharatiya Sakshya Adhiniyam 2023 (Earlier it was Section 112 of the Indian Evidence Act)
  • When a child is born during a valid marriage — or within 280 days of its dissolution — the law presumes that child to be the legitimate child of the husband.
  • This presumption can only be overturned by proving that the husband and wife had no access to each other at the time of conception.
  • Mere suspicion or assertion is not enough. The intent is clear: protect the child's legitimacy and dignity.
• The Problem: No Law Explicitly Allows DNA Testing
  • There is no statute in India that expressly authorises courts to order DNA tests.
  • The entire framework has evolved through judge-made law — that is, through Supreme Court judgments over the years.

Evolution Through Case Law

• The Supreme Court's position on DNA testing in paternity disputes has developed gradually, with each case adding a new layer of nuance.
• 
• The common thread across all these judgments: courts are reluctant to order DNA tests and will do so only as a last resort.

The Three-Part Test: When Can a Court Order a DNA Test

• The Supreme Court laid down three conditions that must be satisfied:
  • Paternity must be directly in issue — it must be the central question in the case, not a peripheral one.
  • No other evidence should be available — if paternity can be established through other means, a DNA test should not be ordered.
  • It must be in the best interest of the parties or justice — the court must weigh the harm of ordering the test against the harm of not ordering it.

The Present Case: How the Court Decided?

• In this case, all three conditions were met. CP had denied paternity for over 20 years.
• There was no other evidence on record. The alleged son had no other way to establish his identity or claim his inheritance.
• The Court framed the issue honestly: CP's right to privacy was real, but so was the alleged son's right to closure on a question that had defined his entire life.
• Denying the test would mean denying him rights he might legitimately be entitled to — forever.
• The Court therefore upheld the DNA test order.

Ethical Dimensions Touched by This Judgement

• Right to Privacy (Article 21) — The Puttaswamy judgment (2017) recognised privacy as a fundamental right. This case shows that even fundamental rights are not absolute — they must be balanced against competing rights and interests.
• Judicial Activism vs. Judicial Restraint — Courts have built an entire framework on DNA testing without any legislative backing. This raises questions about the role of the judiciary in filling legislative gaps.
• Rights of the Child — The tension between a child's right to legitimacy and a child's right to know their biological identity is a recurring theme in family law.

Why in News?

• In a significant statistical reform, the Government of India (DPIIT) will launch a revised Wholesale Price Index (WPI) series on 15 June 2026 with FY 2022-23 as the base year, replacing the current FY 2011-12 series.
• Simultaneously, it will introduce a comprehensive Producer Price Index (PPI) framework, marking the beginning of a five-year transition after which the WPI is expected to be discontinued by 2031.
• This reform is part of the broader modernization of India’s official statistics, following recent revisions in GDP, Consumer Price Index (CPI), and Index of Industrial Production (IIP) series.

What’s in Today’s Article?

• Key Features of the Revised WPI
• Why is India Shifting to PPI?
• Five-Year Transition Plan (2026–2031)
• Significance for GDP Measurement
• Challenges Ahead
• Conclusion

Key Features of the Revised WPI:

• Updated base year and expanded basket:
  • Base year for the WPI revised from 2011-12 to 2022-23. The commodity basket expanded from 697 items to 957 items.
  • New additions include: solar energy, wind energy, nuclear electricity, and other emerging sectors of the economy.
  • The revised series will be released with data from May 2026 along with a back series from April 2023.
• Introduction of PPI: The Commerce Ministry will simultaneously release:
  • Output PPI:
    • Measures prices received by producers at the farm gate or factory gate. Excludes indirect taxes and trade/transport margins.
    • Initially covers 125 items, which may expand to around 1,500 items after WPI is phased out.
  • Input PPI (trial basis): Measures prices paid by producers for inputs. Includes trade and transport margins. Initially introduced for the manufacturing sector on an experimental basis.
  • Services PPI:
    • Covers seven major services like banking, securities transactions, insurance, pension fund management, railways, air passenger transport, and telecommunications.
    • To be released quarterly, beginning with data for January–March 2026.

Why is India Shifting to PPI?

• Better reflection of production costs:
  • PPI captures both: prices producers receive (output PPI), and prices producers pay (input PPI).
  • This helps analyse how rising input costs are transmitted into final producer prices.
• Inclusion of the services sector: India’s economy is increasingly service-driven. Since WPI excludes services, it provides only a partial picture of inflation. PPI addresses this gap.
• Consistency with national accounts: PPI is considered more suitable for measuring sectoral inflation, deflating nominal GDP to obtain real GDP, and improving accuracy of national income estimates.
• Alignment with global best practices: Most advanced economies use PPI as the principal measure of producer-level inflation. The shift enhances international comparability of Indian statistics.

Five-Year Transition Plan (2026–2031):

• WPI remains widely used in long-term procurement contracts, infrastructure projects, construction agreements, and price escalation clauses for raw materials and machinery.
• To avoid disruption:
  • WPI and PPI will be released simultaneously for five years.
  • Government departments will gradually shift contractual indexing from WPI to PPI.
  • New long-term contracts extending beyond 2031 are expected to adopt PPI-based escalation mechanisms.
• After the transition period, WPI is likely to be discontinued.

Significance for GDP Measurement:

• Economists and institutions such as the International Monetary Fund (IMF) have long advocated a dedicated PPI system.
• Currently, India uses a combination of CPI and WPI to convert nominal GDP into real GDP.
• Once the new PPI series becomes stable and reliable:
  • Output PPI can serve as a more accurate
  • Real GDP estimates may become more robust.
  • National accounts methodology will become more internationally comparable.

Challenges Ahead:

• Data collection and reliability: Building reliable producer-level price databases across sectors is complex. Input PPI is still experimental and requires validation.
• Stakeholder adaptation: Industries, government departments, and businesses must modify existing contracts and pricing frameworks.
• Service sector measurement: Measuring service prices accurately remains more challenging than measuring goods prices. 

Conclusion:

• The five-year coexistence of WPI and PPI aims to ensure a smooth transition while modernising India’s economic measurement system.
• To ensure the success of this transition, India must strengthen producer-level data collection systems, improve service-sector price measurement, and facilitate smooth adaptation by industries and government agencies.

Why in the News?

• NITI Aayog's Frontier Tech Hub has released a report titled "Future of India's Semiconductor Industry", highlighting the challenges and strategic imperatives for building a globally competitive chip manufacturing ecosystem in India.

What’s in Today’s Article?

• About Semiconductors (Definition, Stages of Manufacturing, India’s Push)
• NITI Aayog Report (Key Findings, Challenges, Recommendations, etc.)

About Semiconductors

• Semiconductors, commonly known as chips, are materials that conduct electricity better than insulators but not as well as conductors.
• They form the foundation of modern electronics and are found in virtually every electronic device, including:

• Consumer electronics: Smartphones, laptops, televisions, and home appliances.
• Automobiles: Modern cars contain hundreds of chips for engine control, infotainment, and safety systems.
• Defence equipment: Missiles, radars, satellites, and communication systems.
• Industrial machinery: Robots, automation systems, and IoT devices.
• Healthcare devices: Medical imaging, diagnostic equipment, and wearables.

Stages of Semiconductor Manufacturing

• The semiconductor value chain comprises several stages:

• Design: Creating chip architecture and circuits.
• Fabrication (Fabs): Manufacturing the actual chip on silicon wafers in highly specialised facilities.
• Assembly, Testing, Marking, and Packaging (ATMP): Final stages where chips are packaged and tested before shipment.

• Fabrication is the most capital-intensive and technologically complex stage, requiring ultra-clean environments and specialised equipment costing billions of dollars.

India's Semiconductor Push

• The Union government launched the India Semiconductor Mission (ISM) with a corpus of 76,000 crore to develop a robust semiconductor ecosystem. The mission supports:

• Semiconductor fabrication units with capital subsidies of over 50%.
• Display fabs for manufacturing display panels.
• Compound semiconductors and packaging facilities.
• Design-linked incentives for chip design startups.
• Bulk subscriptions to industry-grade semiconductor design applications for students and academia.

• Current Status

• India does not yet have a single operational fabrication unit.
• The first fabrication unit is expected to begin operations in Dholera, Gujarat by 2028.
• A total of ten semiconductor projects are in various stages of development.
• Multiple semiconductor packaging and testing facilities have been approved with significant subsidies.

Key Findings of the NITI Aayog Report

• India's Current Ecosystem Is Not Self-Sufficient
  • The report explicitly states: "India's local ecosystem is not ready to fully meet domestic demand for semiconductors."
  • Even chips used in domestic electronics assembly are largely sourced from outside the country.
• National Security Imperative

• Many semiconductor parts used in defence systems are produced outside India.
• This creates threats to national security as India deploys foreign chips in aerospace and defence programmes.
• Geopolitical disruptions, such as a potential disaster in Taiwan, which dominates global chip manufacturing, could massively disrupt the global electronics supply chain.

• Long Gestation Period

• Fabrication units typically require 4-5 years before commencing production.
• Investment in 50+ specialised equipment from global players is required during the gestation phase.
• Yield optimisation and reliability testing take several quarters even after production begins.
• Talent development for semiconductor fabs is similarly time-consuming.
• The sector requires "sustained, mission-mode commitment over a decade or more," the report states.

Strategic Recommendations

• Building Sovereign Capabilities

• Sovereign design and research capabilities to reduce dependence on foreign IP.
• R&D excellence in materials sciences and silicon design.
• Harnessing agentic AI for semiconductor engineering.
• Moving from a services-led design base to becoming a creator of differentiated IP, architectures, and integration technologies.

• Capital Investment Requirements
  • The report estimates the necessary capital expenditure from the state at $45-60 billion over a decade for the second phase of the India Semiconductor Mission (ISM 2.0).
• Strategic Focus Areas

• Away from frontier chips (3-7 nanometre transistors) where risks are very high.
• Towards mature and advanced nodes aligned with strategic relevance.
• Focus on compound semiconductors for defence and industrial applications.
• Emphasise "selective depth, capital efficiency, and system-level differentiation" rather than attempting to replicate the full global manufacturing spectrum.

• Packaging as a Core Pillar
  • The report identifies chip packaging, traditionally seen as a downstream activity, as a "core production pillar":
    • Less expensive and complex than fabrication.
    • Can enable rapid import substitution in high-volume domestic segments.
    • Provides a strategic entry point into the global semiconductor value chain.

• Trusted Partners Strategy
  • The report outlines a strategic partnership framework for India's semiconductor ambitions:
  • Priority Partners
    • The report highlights the following nations as trusted partners: the United States, Japan, the European Union and South Korea
  • Areas of Collaboration
    • Cooperation with these partners would provide:
      • Access to critical tools, equipment servicing, and lifecycle support.
      • Leveraging India's market scale, talent base, and packaging capacity.
      • Joint research and development opportunities.
      • Technology transfer arrangements.

• China as an Adversary
  • The report implies that China remains an adversary in chipmaking despite recent diplomatic thaws between the two nations.
  • This reflects the broader geopolitical realignment in the semiconductor industry, where Western nations and their allies are seeking to reduce dependence on Chinese supply chains.

Challenges Facing India's Semiconductor Industry

• Capital Intensity

• Setting up a single fab requires billions of dollars in investment.
• High operational costs and long payback periods deter private investment.
• Need for sustained government support over decades.

• Technology Gap

• India lags significantly behind established semiconductor manufacturers like Taiwan (TSMC), South Korea (Samsung), and the US.
• Lack of indigenous process technology and IP.
• Heavy reliance on foreign equipment and expertise.

• Talent Shortage

• Shortage of specialised engineers with semiconductor manufacturing experience.
• Need for comprehensive training programmes and educational reforms.
• Competition for talent with established global semiconductor hubs.

• Supply Chain Dependencies

• Dependence on imported raw materials, chemicals, and gases.
• Need to develop a domestic ecosystem of suppliers.
• Vulnerability to geopolitical disruptions.

• Infrastructure Requirements

• Need for reliable power supply, ultra-pure water, and specialised gases.
• Requirement for clean room facilities with stringent environmental controls.
• Long lead times for setting up support infrastructure.

Context

• Rapid urbanization in India has created a growing demand for roads, housing, public amenities, and other infrastructure.
• Traditionally, governments have relied on land acquisition to secure land for development projects, however, increasing costs, legal complexities, and social resistance have made this approach less effective.
• In this context, land pooling has emerged as a practical and sustainable alternative.
• Rajasthan’s decision to introduce its first land pooling scheme reflects a broader shift toward more collaborative models of urban development.

The Challenges of Land Acquisition

• The limitations of conventional land acquisition have become more evident after the enactment of the Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013.
• While the law strengthened the rights of landowners, it also increased the financial burden on governments through higher compensation, rehabilitation, and resettlement obligations.
• Additionally, acquisition processes often face legal disputes and administrative delays.
• As a result, many infrastructure projects experience setbacks, creating a gap between urban planning goals and implementation.

Land Pooling as an Alternative

• Under this system, landowners voluntarily contribute a portion of their land for infrastructure creation and receive a share of the developed land in return.
• The Town Planning (TP) Scheme, widely used in Gujarat and Maharashtra, is a notable example.
• Typically, landowners contribute 25–40% of their land, which is used for roads, parks, public amenities, and housing for the Economically Weaker Sections (EWS).
• The remaining 60–75% is returned as reconstituted plots with improved infrastructure and higher market value.
• This mechanism combines land assembly, infrastructure development, and cost recovery within a single framework.

Advantages of Land Pooling

• One of the major strengths of land pooling is its participatory approach. Instead of compulsory acquisition, landowners become partners in the development process.
• This reduces conflict and promotes equitable benefit-sharing.
• The model is also financially sustainable, as development costs are recovered through increased land values rather than requiring large upfront government expenditure.
• Furthermore, land pooling minimizes displacement, preserves community ties, and supports environmentally sensitive urban planning.
• These advantages make it an attractive solution for expanding cities and improving urban infrastructure.

State-Level Experiences

• Gujarat: A Proven Success
  • Gujarat represents the most successful example of land pooling in India.
  • The concept was introduced nearly a century ago and later formalized through the Gujarat Town Planning and Urban Development Act, 1976.
  • More than 1,000 sq. km. across cities such as Ahmedabad, Surat, Rajkot, Vadodara, and Gandhinagar have been developed through TP schemes.
  • Strong legal support and administrative experience have been crucial to this success.
• Maharashtra: Reviving the Model
  • Maharashtra initially struggled because statutory provisions were not updated to support evolving urban needs.
  • However, TP schemes have recently been reintroduced in Pune and the Mumbai Metropolitan Region, demonstrating how legal reforms and renewed policy focus can revive effective planning mechanisms.
• Guwahati: Innovation in Practice
  • Guwahati faced several obstacles, including unclear legal provisions, non-digitized land records, and inconsistencies between official records and actual land conditions.
  • To overcome these challenges, authorities simplified procedures by relying on existing records and reducing landowner contributions to 12–15%. These adaptations increased public acceptance and accelerated implementation.
• Rajasthan: An Emerging Model
  • Rajasthan has recognized the need to tailor land pooling to local conditions.
  • The state is modifying land-value calculations and absorbing part of the development cost to reduce the burden on landowners.
  • Such measures improve fairness and make participation more attractive.

The Way Forward

• The experiences of different states show that there is no universal formula for successful land pooling.
• States such as Tamil Nadu, MP, and Delhi must adapt the model to their own legal, administrative, and socio-economic contexts.
• Building trust among landholders, ensuring transparency, strengthening legislation, and designing fair contribution mechanisms will be essential for long-term success.

Conclusion

• Land pooling represents a significant shift from traditional land acquisition toward a more collaborative and sustainable model of urban development.
• By enabling governments to secure land for infrastructure while allowing landowners to share in the benefits of development, it creates a balanced framework for growth.
• With effective legislation, strong institutions, public participation, and context-specific implementation, land pooling can play a transformative role in shaping India’s urban future.

Context

• The India-China boundary dispute remains one of the most complex geopolitical challenges in Asia.
• Recent discussions regarding an early harvest settlement in the Sikkim sector have generated concerns about the future of boundary negotiations.
• Although such a proposal appears to offer diplomatic progress, it risks undermining India's long-term strategic interests and weakening the framework established under the 2005 Agreement on Political Parameters and Guiding Principles.
• A sector-specific settlement could strengthen China's position while leaving larger disputes unresolved.
• Therefore, India must continue to pursue a comprehensive settlement rather than isolated agreements.

Understanding the Early Harvest Proposal

• Nature of the Proposal
  • The concept of an early harvest involves resolving a relatively less contentious sector before addressing more complicated disputes.
  • China has repeatedly advocated this approach in the Sikkim sector, portraying it as a practical confidence-building measure.
• Conflict with the 2005 Agreement
  • The 2005 Agreement established a three-stage process involving political parameters, a framework for settlement, and finally delineation and demarcation.
  • It also emphasized a package settlement covering all sectors of the boundary dispute.
  • A standalone settlement in Sikkim would reverse this agreed sequence and weaken the principle of comprehensive negotiations.

Strategic Importance of a Package Settlement

• Interconnected Nature of Boundary Sectors
  • The India-China boundary consists of multiple strategically linked sectors.
  • A package settlement allows for balanced negotiations and reciprocal concessions across regions.
• Preserving India's Negotiating Leverage
  • Sector-by-sector settlements may enable China to secure advantages incrementally while postponing resolution of more contentious disputes.
  • Such an approach could diminish India's negotiating leverage and reduce its ability to seek concessions in other sectors.
  • Maintaining the comprehensive framework is therefore essential for protecting India's long-term interests.

The Significance of the Sikkim Sector

• The Trijunction Dispute
  • The Sikkim sector remains linked to disagreements over the India-Bhutan-China trijunction.
  • China interprets the 1890 Great Britain-China Convention as placing the trijunction at Mount Gipmochi, whereas India and Bhutan identify Batang La as the correct point based on the watershed principle.
• Security of the Siliguri Corridor
  • The dispute has direct implications for the Siliguri Corridor, the narrow land passage connecting mainland India with its northeastern states.
  • Any settlement that strengthens China's claims in the region could increase pressure on one of India's most vulnerable strategic corridors.

The Doklam Dimension

• Impact of Chinese Infrastructure Expansion
  • Since the 2017 Doklam standoff, China has expanded roads, military facilities, and settlements in western Bhutan.
  • These developments have increased concerns regarding Chinese access to the Jampheri Ridge, which overlooks the Siliguri Corridor.
• Implications for Bhutan and India
  • A settlement in Sikkim could indirectly strengthen China's position in Doklam and increase pressure on Bhutan to settle its own boundary dispute on terms favourable to Beijing.
  • This would have significant consequences for India's regional security interests.

China's Broader Border Strategy

• Post-2020 Developments
  • Since the Eastern Ladakh crisis of 2020, China has pursued a multi-dimensional strategy involving military consolidation along the Line of Actual Control (LAC).
  • It involves promotion of the Zangnan (South Tibet) narrative, renaming locations in Arunachal Pradesh, and constructing border defence villages.
• Strategic Implications
  • These measures indicate a broader effort to strengthen China's position on the ground while simultaneously engaging in diplomatic negotiations.
  • Consequently, any proposal for partial settlement must be assessed within this wider strategic context.

Principles for India's Future Approach

• Upholding the 2005 Framework
  • India should firmly reject any standalone Sikkim delimitation or demarcation exercise and preserve the integrity of the package settlement framework.
• Ensuring Stability on the LAC
  • Peace and tranquillity along the LAC must remain a non-negotiable condition for progress in bilateral relations.
  • Unilateral changes to the status quo should not be normalised.
• Pursuing Comprehensive Political Engagement
  • A durable solution requires meaningful political engagement aimed at a comprehensive boundary settlement rather than symbolic measures or procedural negotiations.

Conclusion

• The resumption of high-level India-China boundary talks is a positive development, but diplomacy should not come at the expense of national security.
• An early harvest settlement in Sikkim may create an appearance of progress, yet it risks weakening the established framework of negotiations and strengthening China's strategic position.
• By preserving the package settlement approach, insisting on stability along the LAC, and pursuing a genuine comprehensive settlement, India can safeguard its strategic interests and maintain its bargaining power.
• Lasting solutions require strategic clarity, patience, and a commitment to long-term national interests rather than short-term diplomatic gains.