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Human Development Report 2025

Context: India has ranked 130 out of 193 countries in the recently released Human Development Report 2025, ‘A Matter of Choice: People and Possibilities in the Age of AI’. India has improved its ranking from 2022, reflecting gradual improvements in key development indicators.

Relevance of the Topic : Prelims: Key facts related to Human Development Report 2025.

Human Development Report

Annual report published by: United Nations Development Programme (UNDP).
The first HDR was launched in 1990 by the Pakistani economist Mahbub ul Haq and Indian Nobel laureate Amartya Sen.
The report provides Human Development Index (HDI) which measures a country's performance across three dimensions:
- Health: Life expectancy at birth
- Education: Mean & expected years of schooling
- Standard of living: Gross National Income (GNI) per capita.
HDI Score Range: 0 (lowest) to 1 (highest).

Based on the scores, the countries are classified into: Very High Human Development, High Human Development, Medium Human Development, Low Human Development.

Key Highlights of Human Development Report 2025

Theme: A Matter of Choice: People and Possibilities in the Age of Artificial Intelligence.
The report highlights AI's potential to reignite human development, provided that policies are people-centered and focus on enhancing human capabilities.
Ireland secured the first spot in the Index with a score of 0.972.

India’s Performance:

India has ranked 130th out of 193 countries, moving up three places from 133 in 2022.
India’s HDI value has increased from 0.676 (2022) to 0.685, showing an improvement in areas like health, education, and income.
However, India still falls under the medium human development category (which includes countries with HDI values between 0.550 and 0.699).
However, with a score of 0.685, India is now very close to entering the high human development category, which starts at 0.700.

India’s achievements over the years (as highlighted in the Report):

Gross National Income per capita has risen over four times to $9,046.76 in 2023 from $2,167.22 in 1990.
135 million Indians have escaped multidimensional poverty between FY16 and FY21.
India’s life expectancy at 72 years in 2023, is the highest level it has reached since the inception of the index in 1990 (58.6 years).
Children are expected to stay in school for 13 years on average, up from 8.2 years in 1990.

It is a result of programmes such as MGNREGA, the Right to Education Act, the National Rural Health Mission and other initiatives.

The report highlights deep-rooted inequalities in India:

Income and gender inequalities have pulled down India’s overall HDI by 30.7%, one of the highest losses in the region.
Women’s participation in the workforce and politics still remains low.
- Economic Survey of 2024-25: Female labour participation rate has risen to 41.7% in 2023-24.
- Recent measures like the constitutional amendment reserving one-third of legislative seats for women offer inclusive political participation.

The report highlights a global slowdown in human development, stating that the rate of progress is the slowest since 1990. India is also affected by this trend.

US questions India’s PLI Scheme for Speciality Steel at WTO

Context: The US has raised concerns at the World Trade Organisation (WTO) over India’s PLI scheme for specialty steel, citing global overcapacity. India defends the scheme as essential for reducing import dependence and achieving self-sufficiency in high-grade steel.

Relevance of the Topic : Prelims: Key facts related to the PLI scheme. Mains: Issues related to industrial policy, subsidies, WTO obligations.

Product Linked Incentive Scheme:

Objective: To incentivise domestic manufacturing in key sectors by offering financial incentives linked to increased production and sales.
For example, earlier a company was selling goods worth Rs. 1 lakh in a year and now its sales increased to Rs. 1.2 lakh. Then the company will get an incentive of 4% on Rs. 20,000 = Rs. 800.
Launched in March 2020, the scheme initially targeted three industries- Mobile and allied Component Manufacturing; Electrical Component Manufacturing; and Medical Devices. Later, it was extended to 14 sectors.
India’s PLI scheme is designed to be compliant with WTO norms. It does not include export obligations or link subsidies to export performance, which are not allowed under WTO rules. It only incentivises investment and sales growth within India.

Also Read: Production Linked Incentive Scheme

PLI Scheme for Speciality Steel

The first round of India’s PLI scheme for specialty steel was notified in 2021 by the Ministry of Steel with a budgetary outlay of ₹6322 crore.
Objective:
- To promote manufacturing of value-added steel grades in the country and help reduce imports of these grades.
- To help the industry mature in terms of technology as well as move up the value chain.

India’s Response:

The U.S.’ linking of the PLI scheme for speciality steel with global overcapacity does not hold much merit as India was a net importer of steel in FY25 for the second consecutive year despite being the world’s second-largest steel producer.
The PLI scheme aims to boost domestic manufacturing of value-added, high-end steel, reduce import dependence, and enhance self-sufficiency.
The scheme is compliant with WTO rules, as it does not link subsidies to exports and only incentivises domestic production and investment.
Moreover, compared with countries like China with estimated steel subsidies of $50 billion, India’s subsidies are miniscule.

Vizhinjam International Seaport

Context: India’s first deep water and container transshipment port at Vizhinjam, Kerala has been officially inaugurated. The port is of immense significance to India’s global maritime trade.

Relevance of the Topic: Prelims: Key facts about Vizhinjam International Seaport.

Vizhinjam International Seaport

India’s first dedicated container transshipment port.
It is an all-weather deep water port. Its natural draft of about 20 metres requires minimal capital dredging.
It is the first semi-automated port in India and the first greenfield port project.
Developed by: Adani Ports and Special Economic Zone Ltd (APSEZ) under a public-private partnership model with the Kerala government.

Need for the Port:

India relies heavily on foreign ports (like Colombo, Singapore and Klang) for handling around 75% of its inbound and outbound transshipment cargo. This results in an annual revenue loss of approximately $200 million-$220 million.
India’s container throughput capacity last year was approximately 20 million TEUs (twenty-foot equivalent units), contrasting with China’s 330 million TEUs. This highlights the need for modern ports such as Vizhinjam.

Historical Importance of Vizhinjam:

The town of Vizhinjam in Kerala has played a crucial role in the history of global maritime trade.

Inscriptions from the Pandya-Chola era (1129 AD) records Vizhinjam as Rajendra Chola Pattinam, a port of Kerala.
Historians claim that Balita, a port with considerable commercial importance which finds mention in the first century AD historical travelogue ‘The Periplus of the Erythraean Sea’, is Vizhinjam’s old name.

However, this historical significance faded away after colonisers of India prioritised ports in other places like Cochin and Madras.

Significance of Vizhinjam International Seaport:

Proximity to international shipping routes: Amongst all existing Indian ports, Vizhinjam is the closest to international shipping routes. It is strategically located just 10 nautical miles from international shipping routes linking Europe, West Asia and the Far East, the east-west shipping axis. Ultra-large container vessels can berth without deviating from their route, thereby saving costs.
Efficiency with Modern Infrastructure: As India’s first semi-automated port equipped with remote-controlled quay cranes and an AI-powered vessel traffic management system, Vizhinjam will significantly reduce vessel turnaround times.
Boost to local economy: The start of import-export operations at Vizhinjam would fast-track the development of associated infrastructure like industrial corridor, allied businesses including ship building, ship repair, logistics, warehousing and direct and indirect employment opportunities.

Also Read: Port Economy will drive India’s growth

The Centre and the State must ensure the timely completion of rail and road connectivity, which is crucial for leveraging the port’s full potential. Warehousing, logistics, and industrial facilities are essential for the port to evolve into a thriving commercial maritime hub.

Ethanol production from Maize: Fuel vs Feed debate

Context: Ethanol production from Maize has raised its prices, making livestock feed costlier and hurting soybean farmers due to cheaper feed substitutes. Thus, it has triggered a broader fuel vs. feed debate.

Relevance of the Topic: Mains: Biofuels: Food vs fuel debate.

Agriculture is a source of food, feed, fibre and fuel. Traditionally, crops like cotton were used for multiple purposes (lint, oil, cattle feed). Now, maize (corn) is being diverted increasingly toward making ethanol, a biofuel. This has brought the Fuel vs. Feed dilemma to the centre of India’s agricultural and energy policy.

Why is Maize used in Ethanol Production?

Maize grains contain 68-72% starch and 1-3% of other carbohydrates (sucrose, glucose and fructose). Its high starch content (68–72%) makes it ideal for fermentation into ethanol, which is then blended with petrol to reduce India’s fuel import bill.
One tonne of maize gives ~380 litres of ethanol, a 99.9% pure alcohol that can be blended with petrol.
In FY23, sugar mills/distilleries supplied ~31 crore litres of ethanol produced from 0.8 MT of maize. In FY24, this rose to ~286 crore litres, consuming 7.5 MT of maize.
For the FY25 supply year (November-October), oil marketing companies have contracted over 480 crore litres of maize ethanol. The corresponding maize requirement would be over 12.7 MT.

Impact of diverting Maize for Ethanol Production:

The large-scale use of maize for ethanol production has created significant ripple effects across multiple sectors:

Price Surge: The diversion of maize for biofuel has completely upset the demand-supply balance. The surge in demand from it has led to a shortage of grain and pushed up prices. All-India average prices of maize have surged from Rs 14,000-15,000 to Rs 24,000-25,000 per tonne in the last four years.
Feed Shortage: Reduced availability of maize for livestock feed (especially poultry and cattle). Poultry and dairy industries face rising production costs, affecting consumer prices and margins.
Pressure on Soybean Farmers: Ethanol byproduct DDGS (Distillers Dried Grains with Solubles) is now used as a cheaper protein substitute in animal feed. This has reduced demand for soyabean DOC, leading to a 30% drop in soyabean prices. Farmers are selling below MSP causing income distress.
Export Decline: Earlier maize surplus allowed exports (3.7 MT in FY22). With 12.7 MT maize now being diverted for ethanol, exportable surplus has vanished.

Stakeholder Demands:

India now allows up to 0.5 mt of maize imports annually at 15% customs duty, with quantities beyond that attracting 50% duty. Also, it does not permit imports of genetically modified (GM) maize.
The feed industry is urging the government to ensure affordable maize availability for livestock feed to control rising input costs. They are also demanding duty-free import of genetically modified (GM) maize, strictly for ethanol production only, not for food or feed.
Soyabean Farmers demand price support interventions, higher procurement, and promotion of soy-based feed to protect income.

Way Forward

The government should adopt a balanced approach:

Boost domestic maize productivity through better seeds, irrigation, and technology.
Diversify ethanol feedstocks instead of over-relying on maize.
Allow limited imports of GM maize exclusively for industrial ethanol use, with strict regulatory checks.
Support soyabean farmers with MSP enforcement and encourage soy-based feed innovation.

Maize-Ethanol debate underscores the challenge of balancing energy security with food and feed needs. While ethanol production supports India’s green energy goals and offers price benefits to maize farmers, it must not come at the cost of livestock industries or other crop growers like soyabean farmers.

Also Read: What are biofuels?

What are Agri Photovoltaics?

Context: Agri Photovoltaics (APVs) offer a sustainable solution to boost farmers’ income by combining solar energy generation with crop cultivation. To scale effectively in India, APVs need supportive policies, standardised norms and strong financial incentives.

Relevance of the topic:

Prelims: Key facts related to Agri Photovoltaics.

Mains: How Agri Photovoltaics can transform Indian Agriculture.

Agri Photovoltaics

APV is a system that allows solar panels to be installed above farmland, enabling both electricity generation and crop cultivation on the same land.
Two common designs in APVs include:
- Growing crops between rows of solar panels
- Solar panels raised about 2 metres above the ground, allowing crops to grow underneath.
First proposed in 1981 by German scientists. APVs aim to maximise land-use efficiency and create dual income streams for farmers - from agriculture and solar energy.

Benefits of Agri Photovoltaics

Dual Revenue stream for Farmers: Farmers can earn both from crop cultivation and solar energy - either through lease income or direct energy sales to the grid. Ensures stable and diversified income, reducing dependence on unpredictable crop yields.
Efficient Land Use: Allows simultaneous food and energy production on the same land. Increases productivity per unit of land, vital for a country with just 2.4% of global land and 18% of population.
Improved Microclimate for crops: APVs may also create favourable microclimatic conditions that reduce water loss from and heat stress on plants.
Energy security: Supports India's solar mission and rural electrification by decentralising energy production. Contributes to India’s solar energy targets and aids to commitment to Net Zero emissions by 2070.

Challenges to Adoption of Agri Photovoltaics

High Capital Expenditure: While a typical 1-MW ground-mounted solar plant in 5 acres of land would cost around Rs 2.7 crore, an APV system will incur an additional 11% due to the specialised infrastructure it requires.
Lack of Standardised Guidelines: India currently lacks standardised norms for APVs, leading to ambiguity in project design and implementation. In contrast, countries like Japan and Germany have clear regulatory frameworks regarding panel height, crop yield loss, and land-use criteria for APV projects.

Japan mandates that:

APV structures must be temporary and removable.
Panel height must be at least 2 meters.
Crop yield loss must not exceed 20%.
Projects are reviewed every 3 years to assess their agricultural impact.

Germany, through its framework DIN SPEC 91434, requires:

At least 66% of the original agricultural yield (reference yield) must be maintained.
Only up to 15% of arable land can be used for solar infrastructure.

This ensures that agriculture remains the central focus, even with high energy output.

Low Feed-in Tariff (FiT) reducing project viability: Feed-in Tariff (FiT) is the fixed price at which power producers like farmers or solar developers can sell electricity back to the grid. FiT is often too low, reducing project viability. E.g., Under the PM-KUSUM scheme in Rajasthan, the FiT is ₹3.04/unit. At this rate, the payback period for a 1-MW ground-mounted solar plant is 15 years, which discourages investors due to the long return period.
Land Availability and Size: In India, over 86% of farmers are small and marginal, owning less than 2 hectares of land. Implementing APVs on smaller farms may not always be economically feasible due to land constraints and high initial costs.
Lack of farmer training and technical knowledge.

Way Forward

Learn lessons from Germany and Japan to develop national APV guidelines, incorporating clear specifications on panel height, permissible crop yield loss, and land-use norms.
Introduce a higher Feed-in Tariff (FiT), aligned with the thermal average power purchasing cost for State DISCOMs (₹4.52/unit), to reduce the payback period to just four years. This would make APV systems more economically attractive.
Expanding institutional support through grants or NABARD’s credit guarantee for APV investments candidates also lower financial barriers to smallholders.
Leveraging farmer institutions such as FPOs and cooperatives which can help farmers pool resources and provide stronger market linkages.
Capacity-building programmes training and equipping farmers with the expertise to manage APV systems.
Revamp PM KUSUM scheme on agricultural solarisation to accommodate APVs in its delivery system could help scale the innovation across the country.

Agri Photovoltaics hold great promise for transformation. However, success depends on two pillars: economic incentives and a robust policy framework that ensures farming remains central.

Port Economy will drive India’s growth

Context: Recently, the Prime Minister of India commissioned the ₹8800-crore Vizhinjam International Deepwater Multipurpose Seaport, India’s first dedicated container transshipment port, in Kerala.

Relevance of the topic:

Prelims: Vizhinjam International Deepwater Multipurpose Seaport.

Mains: Port Economy in India: Significance, challenges and Initiatives.

Vizhinjam International Deepwater Multipurpose Seaport:

India’s first dedicated container transshipment port.
Developed by: Adani Ports and Special Economic Zone Ltd, through a public-private partnership with the Kerala government.
It has a natural deep draft of nearly 20 metres and is located near one of the world’s busiest sea trade routes.
It is expected to strengthen India’s position in global trade, enhancing logistics efficiency, and reducing reliance on foreign ports for cargo transshipment

India’s Ports

Port Infrastructure: 13 major ports and over 200 notified minor and intermediate ports.
India is the 16^th largest maritime nation in the world. Most cargo ships traveling between East Asia and destinations like America, Europe, and Africa traverse Indian waters, highlighting India’s strategic importance.
Major Ports are under the administrative control of the Ministry of Shipping and are governed under the Major Port Authorities Act, 2021. The Government of India appoints a Board of Trustees to oversee each major port. Their responsibilities include port development, management, and operations.
All the Non-Major Ports (minor ports) are governed under the Indian Ports Act of 1908. The Act regulates the berths, stations, anchoring, fastening, mooring, and unmooring of vessels. They come under the jurisdiction of respective State Maritime Boards/ State Governments.

Significance of Ports Infrastructure:

Vital gateways for international trade: Enable the movement of goods and commodities between countries. India’s major and minor ports handle about 95% of India’s international trade.
Create numerous economic opportunities, generating employment and attracting investments. The government has allowed up to 100% Foreign Direct Investment (FDI) under the automatic route for projects related to the construction and maintenance of ports and harbours.
Critical node in global supply chains: connect different modes of transportation and facilitate the smooth flow of goods from production centres to consumers.
Significant source of revenue for governments through tariffs, customs duties, and other fees levied on cargo handling and related services.
Connectivity and Regional Integration: They facilitate trade between neighbouring countries, promote cross-border cooperation, and support the development of economic zones and industrial clusters. Well-developed ports enhance a country's competitiveness in global markets.

India's Improvement in the Port Sector

Increased Port Capacity:
- India’s major ports are handling 820 MMT of cargo annually, which is a 47% growth since 2014.
- The overall port capacity has doubled to 1,630 MMT during the same period.
- India’s port capacity is expected to increase six-folds to 10,000 MT per annum by 2047. This would make India one of the top 10 maritime countries in the world.
Mega Ports:
- Jawaharlal Nehru Port, India’s largest shipping facility, has crossed 10 million TEUs (twenty-foot equivalent units) container handling capacity.
- Vadhavan Port in Maharashtra is set to become India’s largest container facility.
- The proposed International Container Transshipment Port at Galathea Bay, Great Nicobar would capture transshipment trade along key global routes.
Efficiency Gains:
- According to the World Bank’s Logistic Performance Index (LPI) Report 2023, India is ranked 22nd in the “International Shipments” category, from the 44th position in 2018.
- Operational Efficiency: Container dwelling time has now reduced to three days. Vessel turnaround time has improved to 0.9 days.
- Nine Indian ports feature in the World Bank’s Container Port Performance Index 2023. Visakhapatnam ranks among the top 20 globally.
Enhanced Public-Private Partnerships: There has also been a nearly 150% increase in the value of operationalisation of PPP projects in the major ports from about Rs 16,000 crore in 2015 to more than Rs 40,000 crore in 2022-23.

Associated Challenges

Issues with technology and inadequate infrastructure are present in non-major ports, where there aren't enough berths or ones that are long enough for vessels to berth properly.
Port Congestion: The number of containers, the lack of equipment for managing them, and ineffective operations all contribute to port congestion, which is a major problem. Consider the port of Nhava Sheva as an illustration.
Protracted Inspections and Scrutiny: Despite India’s customs processes rapidly moving towards paperlessness and digitisation, cargo and other maritime activities are nevertheless the subject of protracted inspections and scrutiny.
Management Issues: Different administrations are in charge of major and minor ports. Their regulatory framework is also rigid.
Dredging: Some Indian ports particularly those on the east coast and near the Gulf of Mannar are prone to excessive siltation which reduces their capacity.

Government Initiatives

Harit Sagar Green Port guidelines: It aims to bring about a paradigm shift towards safe, efficient, and sustainable ports while implementing sound environmental practices among all stakeholders.
National Logistics Portal (Marine): It is a single-window digital platform for all stakeholders including those engaged in cargo services, carrier services, banking and financial services, and government and regulatory agencies.
Sagar Setu App: It facilitates seamless movement of goods and services in ports while substantially enhancing the ease of doing business.
Major Port Authorities Act, 2021 which grants greater autonomy to major ports.
Marine Aids to Navigation Act 2021 that provides for increased safety and efficiency in vessel traffic services and training and certification at par with international standards.
Indian Vessels Act 2021 which brings uniformity in law and standardised provisions across all inland waterways in the country.
Maritime India Vision 2030: Accelerate growth of India’s maritime sector by developing world-class Mega Ports, transhipment hubs and infrastructure modernisation of ports.
Sagarmala Project: To promote port-led development in the country through harnessing India’s 7,500 km long coastline, 14,500 km of potentially navigable waterways and strategic location on key international maritime trade routes. The main vision is to reduce logistics cost.

Way Forward

Promoting Private Sector Participation: With the increasing participation of the private sector in the port sector, the share of minor ports has been increasing. In this respect suitable policy changes are needed to the Indian Ports Act of 1908 with present-day requirements.
Infrastructure Development: Expansion and modernisation by increasing the capacity of ports to handle larger volumes of cargo, improving berthing facilities, and upgrading storage and handling capabilities. The use of advanced technologies such as automated cranes, robotic systems, and smart port management systems should be explored to optimise operations and improve efficiency.
Improve Port Connectivity: Efforts should be made to improve connectivity between ports and the hinterland through efficient road and rail networks.
Establishing Coastal Economic Zones (CEZs): To provide a conducive business environment, streamlined regulatory processes, and infrastructure support, which can attract manufacturing units, logistics companies, and other industries to set up operations near ports.
Digitisation of Port Operations: Implementing technologies such as blockchain, Internet of Things (IoT), and data analytics can enhance transparency, efficiency, and security in port operations. Automation of processes, such as electronic documentation, container tracking, and cargo clearance, can help reduce paperwork, delays, and human errors.
Reducing Regulatory Burden: Simplifying and streamlining regulatory processes, permits, and clearances related to port infrastructure development can attract investments and expedite project implementation. An efficient regulatory framework can provide certainty to investors and promote ease of doing business in the port sector.

The port economy reaches its full potential when infrastructure and the ease of doing business are promoted together. Through public-private partnerships (PPP) over the past 10 years, the government has undertaken efforts through policy reforms and induction of new technologies to upgrade India’s ports to global standards.

Centre hikes Fair and Remunerative Price for Sugarcane

Context: Cabinet Committee on Economic Affairs (CCEA) has approved a hike of ₹15/quintal in the fair and remunerative price (FRP) of sugarcane to ₹355/quintal, for the next sugar season beginning October (2025-26).

Relevance of the Topic:Prelims: Key facts about Fair and Remunerative Price.

Fair and Remunerative Price of Sugarcane:

Fair and Remunerative Price (FRP) is the minimum price declared by the central government that sugar mills are legally bound to pay to farmers for the sugarcane procured from them.
FRP is fixed under the Sugarcane (Control) Order, 1966.
FRP is determined on the recommendations of Commission for Agricultural Costs and Prices (CACP), by considering factors like:
- Cost of production
- Sugar recovery rate
- Market price of sugar
- Reasonable margins for farmers
The FRP system assures timely payment to farmers, irrespective of the profit and loss to sugar mills.
Alternatively, the states can set a separate SAP (State Advised Price), often higher than FRP to support local farmers.

Fair and Remunerative Price of Sugarcane is approved by

Cabinet Committee on Economic Affairs: CCEA (chaired by the Prime Minister) gives final approval to the FRP of sugarcane based on the CACP's recommendations.
Commission for Agricultural Costs and Prices: CACP recommends FRP after analysing various cost factors involved in sugarcane production. However, it does not have authority to approve the final FRP.

Note: The Sugar sector is completely controlled by the government (both Centre and States), which decides a host of issues such as location to set up factories, demarcated area to buy sugarcane, minimum cane price, minimum selling price of sugar, monthly allocation of sugar quota to be sold in domestic market, export permit and ethanol quantity to be sold to oil marketing companies.

Telecom Sector: Adjusted Gross Revenue

Context: Bharti Airtel Ltd, India’s second-largest telecom operator, has urged the department of telecommunications (DoT) to convert its adjusted gross revenue (AGR) dues into equity.

Relevance of the Topic: Prelims: Adjusted Gross Revenue.

What is Adjusted Gross Revenue?

AGR is the measure of the revenue earned by India's telecom sector from their licensed services. AGR is used to calculate the license fee and spectrum usage charges the telecom operators must pay to the government.
Originally, calculation of AGR included revenue earned by telecom operators from both core revenue and non-core revenue (interest income, sale of assets etc.)
- In 2019, the Supreme Court ruled that the AGR of telecom operators would include both core and non-core revenue. This judgement led to an increase in the share of revenue which the telecom operators are required to pay to the Government.
However, as part of Telecom Relief Package of 2021: AGR would include only the core revenue. Non-Core Revenue will be excluded from the calculation of AGR. This aimed to reduce the financial burden on the telecom operators in future.

Telecom Relief Package of 2021

The package aimed to provide space to the Telecom operators to improve their business and clear dues over a longer period. Key features:

The government gave a 4-year moratorium on dues arising out of the AGR judgement by the Supreme Court (2019).
Telecom operators have the option to convert deferred interest dues into equity at the end of the moratorium period.
The definition of AGR has been changed to exclude non-telecom revenue.
Rationalisation of spectrum charges for telecom operators:
- annual compounding of interest on spectrum usage charges (instead of monthly)
- interest rate lowered based on the formula MCLR + 2%.
100% foreign direct investment in the telecom sector through the automatic route.

Conversion of AGR into Equity

Earlier in 2023, the government had converted ₹16,133 crore of Vodafone Idea interest dues into equity. The equity conversion in Vodafone Idea happened as part of the telecom relief package of 2021.
The moratorium is set to expire in 2025, after which the telecom operators would have to start making yearly payments to the government to clear their liabilities.

Benefits of conversion of AGR into Equity:

It is a win-win situation for both the government and Telecom operators.

Telecom operators would be relieved of making annual installments pertaining to past dues and save on cash outgo in terms of interest.
The government can sell the stake in the market and earn a premium on its investments, given the share price has an upside and the company is doing well financially.

However, the government is not considering giving any fresh relief to the telecom sector.

India’s Hydrocarbon Sector Reforms

Context: India is reforming its upstream oil and gas sector to reduce import dependence and boost domestic production. While policy consistency has improved, the real challenge lies in effective execution and addressing legacy implementation issues.

Relevance of the Topic: Mains: Indian Hydrocarbon sector reforms.

Status of India’s Hydrocarbon sector

India imports nearly 88% of its crude oil and 50% of its natural gas requirements. India’s energy security has been under threat due to its heavy reliance on crude oil and natural gas imports.
Despite a series of policy reforms including the Open Acreage Licensing Policy (OALP), Discovered Small Field (DSF) Policy, Hydrocarbon Exploration and Licensing Policy (HELP), and Natural Gas Marketing Reforms etc., the country has not seen any major new discoveries in recent years.

Key policy initiatives over the last decade to boost domestic production of Oil and Gas include :

Policy under PSC regime for early monetisation of hydrocarbon discoveries, 2014.
Discovered Small Field Policy, 2015.
Hydrocarbon Exploration and Licensing Policy (HELP), 2016.
Policy for early monetisation of Coal Bed Methane, 2017.
Setting up of the National Data Repository, 2017.
Policy to Promote and Incentivise Enhanced Recovery Methods for Oil and Gas, 2018.
Policy Framework for exploration and exploitation of Unconventional Hydrocarbons.
Natural Gas Marketing Reforms, 2020.
Lower Royalty Rates, Zero Revenue Share (till Windfall Gain) and no drilling commitment in Phase-I in OALP Blocks, under Category II and III basins to attract bidders.
Release of about 1 million sq. km. ‘No-Go’ area in offshores, which was blocked for exploration for decades.
The government is also spending about ₹7,500 crore for acquisition of seismic data in onland and offshore areas and drilling of stratigraphic wells to make quality data of Indian Sedimentary Basins available to bidders.

Historically, India’s upstream sector is marked by policy paralysis, opaque licensing, and procedural delays. Policy Execution remains a major challenge, primarily due to legacy issues like bureaucratic delays, coordination hurdles, and infrastructure bottlenecks. This discouraged Foreign Direct Investment (FDI) and led to the exit of global players. While policies like NELP (New Exploration Licensing Policy) aimed to boost private participation, they have failed to yield major discoveries.

Recent Government Initiatives

Amendment to the Oilfields (Regulation and Development) Act, 1948: It is aimed to modernise India’s upstream regulatory framework and aligns it with international best practices. It aims to unlock India's estimated 42 billion tonnes of untapped hydrocarbon reserves.
Establishment of a Joint Working Group: To address industry concerns, the JWG would comprise private E&P operators, National Oil Companies, the Ministry of Petroleum and Natural Gas, and the Directorate General of Hydrocarbons.
Draft PNG Rules Public Consultation Portal: Aimed towards inclusive governance and legal clarity, the portal allows industry and public stakeholders to share feedback on the proposed rules. These rules will guide how the recent amendments to the Oilfields (Regulation and Development) Act, 1948 will be implemented.

Bridging the gap between intent and implementation is essential for unlocking India’s estimated 42 billion tonnes of untapped hydrocarbon potential and ensuring long-term energy security.

India aims to deepen local value addition in Electronics Manufacturing

Context: After achieving success in localising smartphone assembly for domestic use and limited exports, the government now aims to boost local value addition to deepen electronics manufacturing.

Relevance of the topic:

Prelims: India Semiconductor Mission; Electronics Components Manufacturing Scheme.

Mains: Need to boost local value addition in electronics manufacturing and government efforts in this direction.

State of Electronics Manufacturing in India

India’s current domestic value addition in electronics manufacturing is estimated at 15-20% (China’s value addition is around 38%).
India’s trade deficit with China reached an all-time high in 2024-25, nearing $100 billion. The majority of critical components such as chips, camera modules, PCBs, and passive components continue to be imported, primarily from China.
India’s current electronics manufacturing value is $120 billion, and the government aims to scale this up to $500 billion in the coming years. India aims at building a domestic supply chain for core components like chips, camera modules, PCBs, and passive components.

Government Initiatives

To bridge this gap, the Government of India has launched several strategic subsidy schemes and policy interventions:

India Semiconductor Mission (Rs 76,000 crore): Focused on fabrication and packaging of semiconductors, which are the heart of any electronic device.
Electronics Components Manufacturing Scheme (~Rs 23,000 crore): Aimed at boosting local production of smaller yet critical components like resistors, capacitors, inductors, etc.
PLI schemes for Smartphones and Laptops: Provide incentives to companies for manufacturing in India, based on incremental sales.

Electronics Components Manufacturing Scheme

The government has launched a Rs 23000 crore incentive scheme aimed at boosting local manufacturing of essential electronics components.
- Earlier PLI schemes were successful in localising assembly, but core components continued to be imported, mostly from China.
It aims to develop arobust component ecosystem by:
- attracting large investments (global/domestic) in the electronics component manufacturing ecosystem
- increasing Domestic Value Addition by developing capacity
- integrating Indian companies with Global Value Chains.
The scheme targets manufacturing of a wide range of critical components, such as Display modules, Camera sub-assemblies, Printed Circuit Board Assemblies (PCBAs), Lithium battery enclosures, Passive components like resistors, capacitors, and ferrites.
Implementation period: over six years.
Expected outcomes:
- Create at least 91,600 direct jobs with subsidies linked to employment generation, encouraging companies to invest in human capital.
- Result in Rs 4.56 lakh crore worth of electronics production and move toward export-led growth.
- Likely to attract incremental investment of over Rs 59,000 crore, strengthening India’s industrial base.

Evaluation of PLI Schemes

Launched in 2020, the PLI schemes aim to boost domestic manufacturing by offering financial incentives linked to incremental sales.
It targeted 14 sectors, including smartphones, IT hardware, pharmaceuticals, automotive, etc.

The smartphone PLI scheme has been one of the most successful with:
- Investment: Rs 10,905 crore
- Production output: Rs 7.15 lakh crore
- Exports: Rs 3.9 lakh crore
- Jobs created: ~ 1.4 lakh direct jobs
As the PLI schemes approach sunset (1–3 years left), the government is reassessing their design and impact. So far, incentives are based only on incremental sales. Now, the government is considering broader metrics like
- Domestic value addition (i.e., how much of the product is made locally, rather than assembled from imported parts)
- Incremental exports and to promote India as a global manufacturing hub.

China imposes export restrictions on Rare Earth Elements

Context: As a part of the US–China trade war, China has imposed export restrictions for all countries on seven heavy REEs (rare earth elements), which cannot be exported out of China by refiners until and unless specific authorisation is obtained.

Relevance of the Topic: Prelims: Key facts about Rare Earth Elements; National Critical Minerals Mission.

Major Highlights:

Export restrictions by China would not directly hamper India because:
- Manufacturers using REE are in relatively early stages of shifting production to India, and thus, the quantities of REEs imported to India has been low. E.g., Semiconductor fabrication, advanced electronics, and defence manufacturing is still in the setting-up stages in India.
- India imports finished products (semiconductor chips using REEs) from the US, Europe and China. However, India may get indirectly affected if the REE supply chain to the US is disturbed.
Indian imports of rare earth elements (REEs) such as dysprosium, gadolinium, lutetium and samarium have been quite small. According to the recent government data, only 2270 tonnes of REEs and compounds of REEs were brought into India in FY24.

What are Rare Earth Elements?

REE are a set of 17 metallic elements. These include the 15 lanthanides on the periodic table, plus Scandium and Yttrium.
Often dubbed as ‘vitamins of modern industry’, REE are essential components of:
- High-tech electronics, E.g., cellular telephones, computer hard drives, flat-screen monitors, televisions etc.
- Defence applications, E.g., electronic displays, guidance systems, lasers, and radar and sonar systems.
- Electric vehicle batteries and Renewable energy infrastructure.
China controls over two thirds (~69%) of the total global rare earth mine production and nearly 90% of processing capacity.

Rare Earth Minerals in India

India is estimated to be the fifth largest holder of REE (6% of the global REE reserves). However, it only produces 1% of global output, and lacks the advanced extraction technologies required for self-sufficiency.
India meets most of its requirements for REE from China. In FY19, 97% of REE imports by quantity were sourced from China.
REEs available in India: Lanthanum, Cerium, Neodymium, Praseodymium, Samarium. Monazite and Thorium are the principal source of rare earths.
Heavy REEs are not available in India: Dysprosium, Terbium, and Europium, in extractable quantities.
REEs are one of thirty substances listed as critical minerals, whose production and imports have been made a priority under the National Critical Mineral Mission, by the Ministry of Mines.

Also Read: National Critical Mineral Mission

The government of India under the National Critical Minerals Missions aims to streamline permissions for exploratory activities, fund research, and conduct more auctions of mineral blocks to increase the domestic production of Critical Minerals.

Decarbonising India’s Logistics Sector

Context: The vision of Viksit Bharat @2047 – a developed, resilient, and self-reliant India cannot be truly realised without transforming India's logistics sector to become more efficient, inclusive, and environmentally sustainable.

Relevance of the Topic : Mains: India’s logistics sector: challenges, govt. Initiatives and way forward.

Present Scenario of Logistics Sector in India:

The logistics sector in India is valued at $250 billion and contributes 14% to India’s GDP.
India’s logistics cost is 12-14% of GDP, much higher than developed nations (8-10%) indicating both inefficiency and higher fuel usage. Logistics cost has slid 0.8-0.9 percentage points of GDP between FY14-22.
India is elevated to the 38^th rank (among 139 nations) in the World Bank's Logistics Performance Index Report, 2023.
The sector’s high carbon footprint poses a significant obstacle to sustainable development and climate goals.

India's Carbon-intensive Logistics Sector

India’s Logistic Sector is one of the most carbon-intensive in the world. According to the International Energy Agency (IEA).
- The transportation sector contributes about 13.5% of India’s total GHG emissions, with road transport alone making up over 88%.
Domestic aviation accounts for around 4%, while coastal and inland shipping adds to the emissions load, but is significantly less than the road freight movement.
The warehousing sector, which supports freight movement, is another major contributor due to high energy consumption.

As the nation moves towards a net zero carbon emission by 2070, it is imperative to reduce emissions of transportation, warehousing, and supply chain emissions.

Government Efforts to decarbonise Logistics Sector

Recognising the urgency of sustainable logistics, the Government of India has launched some initiatives such as:

Plan to significantly expand the use of inland waterways and coastal shipping by 2030. The amount of cargo and passengers moved through rivers and canals (inland waterways) is expected to increase three times and the cargo moved through coastal routes (along the sea) is expected to grow by about 1.2 times. This will make transportation cheaper and more environmentally friendly compared to road or air transport.
Introduction of overhead electric wires along highways to power electric trucks. The first pilot project on the Delhi-Jaipur corridor could be a breakthrough in reducing emissions from freight movement while ensuring high efficiency and economic viability.

Also Read: Logistics Sector in India

How can India make the logistics sector more sustainable?

Learning from Global Best Practices: China has significantly expanded its railway freight infrastructure, resulting in railways accounting for approximately 50% of total freight share. India can replicate it by increasing rail’s modal share in freight, given its high electrification levels and near-zero carbon footprint.
Decarbonising Road Freight: India's road freight transport requires a comprehensive structural transformation to achieve decarbonisation. The recent deployment of overhead electric catenary systems along key highways represents a significant initial step towards reducing carbon emissions in long-haul road transport.
Leveraging Coastal Shipping and Inland Waterways as Green Freight Corridors: In alignment with International Maritime Organisation's target of reducing global shipping emissions by 50% by 2050 (relative to 2008 levels), India can expedite its green transition by deploying LNG-powered vessels, solar-assisted electric boats, and biofuel or electric barges.
Promoting Sustainable Aviation Fuels (SAFs): Air transport remains difficult to decarbonise due to dependence on high-emission refined fuels. India should invest in Sustainable Aviation Fuels (SAFs) and incentivise their adoption through policy support.
Sustainable Warehousing: Transitioning to renewable energy sources such as solar, wind, and geothermal power can drastically cut the carbon footprint of warehouses.

Decarbonising India’s logistics sector is not just about cutting emissions. It is about building a more competitive, resilient and future-ready industry. Decarbonisation of India’s logistics sector is the key to ensuring sustainable economic growth.