In News:

The Ministry of Ports, Shipping and Waterways (MoPSW) has launched the Logistics Port Performance Index (LPPI) for FY 2024–25 along with four major digital initiatives aimed at improving governance, operational efficiency and ease of doing business in India's maritime sector. These initiatives are expected to support India's ambition of becoming a globally competitive maritime and logistics hub under the Maritime India Vision 2030 and Maritime Amrit Kaal Vision 2047.

What is the Logistics Port Performance Index (LPPI)?

The Logistics Port Performance Index (LPPI) is a national benchmarking framework developed under the Sagar Aankalan initiative to assess, compare and improve the operational efficiency of Indian ports. It introduces a standardized performance assessment mechanism that enables ports to benchmark themselves against national best practices while encouraging continuous operational improvement.

Unlike conventional ranking systems, the LPPI evaluates not only the present performance of ports but also their year-on-year progress, thereby promoting sustained efficiency gains rather than one-time achievements. The framework supports evidence-based policymaking and facilitates healthy competition among ports.

Objectives

• Establish a uniform national benchmark for port performance.
• Improve cargo handling efficiency and reduce logistics costs.
• Promote transparency, accountability and data-driven governance.
• Strengthen India's competitiveness in global maritime trade.
• Support integrated multimodal logistics under the PM Gati Shakti National Master Plan.
• Contribute to the goals of Maritime India Vision 2030 and Maritime Amrit Kaal Vision 2047.

Assessment Parameters

The LPPI evaluates ports across three cargo segments:

• Dry Bulk Cargo
• Liquid Bulk Cargo
• Container Cargo

Performance is measured using key operational indicators such as:

• Cargo handled
• Vessel Turnaround Time (VTT)
• Berth Idle Time
• Pre-Berthing Waiting Time (PBWT)
• Container Dwell Time
• Ship Berth Day Output

A distinctive feature of the index is that it gives equal weightage (50:50) to:

• Absolute operational performance.
• Improvement over the previous year.

This approach incentivises both efficiency and continuous reform.

Top Performing Ports (FY 2024–25)

• Dry Bulk Cargo (>5 MillionTonnes):Paradip Port Authority
• Liquid Bulk Cargo:Sikka Port and Terminals
• Container Cargo (>0.5 Million TEUs):Mundra Port
• Second among Major Container Ports:Jawaharlal Nehru Port Authority (JNPA)

Major Digital Initiatives Launched

To complement the LPPI, the Directorate General of Shipping introduced four digital platforms to improve service delivery and transparency across the maritime ecosystem.

1. 24×7 Grievance Redressal Module (e-Navik Platform)

• Enables round-the-clock grievance registration and monitoring for seafarers.
• Enhances transparency and accountability in grievance resolution.

2. Ship Registration Module (e-Samudra Platform)

• Digitises the ship registration process.
• Reduces paperwork and processing time while improving ease of doing business.

3. Medical Practitioner Module

• Creates a digital registry of authorised medical practitioners conducting medical examinations of seafarers.
• Improves standardisation and regulatory compliance.

4. Unified Ship Recycling Credit Note Module

• Integrated portal supporting the Ship Recycling Credit Scheme.
• Ship owners recycling vessels at Hong Kong Convention-compliant Indian ship recycling yards receive a credit note equal to 40% of the vessel's scrap value, which can be redeemed against new shipbuilding projects in India.
• The initiative forms part of the Government's ?70,000-crore Maritime Development Package (2025) to promote domestic shipbuilding and green ship recycling.

Significance for India

• Improves port productivity and operational efficiency.
• Reduces logistics costs and vessel turnaround time.
• Encourages digital governance in the maritime sector.
• Supports sustainable ship recycling and indigenous shipbuilding.
• Enhances India's integration with global supply chains.
• Strengthens India's position as a leading maritime and logistics nation under the Blue Economy framework.

In News:

India and China recently held the 35th meeting of the Working Mechanism for Consultation and Coordination on India-China Border Affairs (WMCC) in Beijing. The discussions focused on maintaining peace along the Line of Actual Control (LAC) and advancing efforts towards the normalisation of bilateral relations.

Key Highlights of the WMCC Meeting

The meeting served as an important diplomatic platform to address ongoing border-related issues and strengthen coordination mechanisms between the two countries.

• Focus Areas of Discussion:
  • Border delimitation and clarification of the LAC.
  • Border management and confidence-building measures.
  • Mechanism building for sustained dialogue.
  • Cross-border cooperation initiatives.
• Peace and Stability:Both sides expressed satisfaction over the progress made in maintaining peace and tranquillity along the LAC, recognising that stability at the border is essential for improving overall bilateral relations.
• Trans-border Rivers Mechanism:India emphasised the need for an early meeting of the Expert Level Mechanism on Trans-border Rivers, highlighting its strategic and ecological importance, particularly in the context of water sharing and data exchange.
• Special Representatives (SR) Talks:Both countries agreed to actively prepare for the 25th round of Special Representatives (SR) talks on the boundary question, which will be hosted in China.

India-China Border: An Overview

India shares a 3,488 km-long border with China, spanning multiple states and union territories:

• Ladakh: 1,597 km
• Himachal Pradesh: 200 km
• Uttarakhand: 345 km
• Sikkim: 220 km
• Arunachal Pradesh: 1,126 km

The Line of Actual Control (LAC) emerged after the 1962 India-China War and functions as the de facto boundary between the two countries.

• India considers the LAC to be 3,488 km long, while China estimates it at approximately 2,000 km.
• The boundary remains undemarcated, and efforts to clarify and confirm its alignment are ongoing.
• The Indo-Tibetan Border Police (ITBP) is the primary force responsible for guarding the India-China border.

Sectors of the India-China Border

• The India-China border is divided into three sectors, each with distinct geographical and historical characteristics:

In News:

Indian Railways has approved the operational rollout of India's first indigenous Hydrogen Fuel Cell-based train on the Jind–Sonipat section in Haryana. Developed by the Research Designs and Standards Organisation (RDSO), the train marks a significant milestone in India's transition towards clean, indigenous and sustainable rail transportation.

About the Hydrogen Fuel Cell Train

The hydrogen train is a 10-car passenger trainset powered entirely by a Hydrogen Fuel Cell Propulsion System, making it India's first indigenously developed hydrogen-powered train. Unlike conventional diesel locomotives, it does not burn fossil fuels. Instead, it generates electricity through an electrochemical reaction between compressed hydrogen stored onboard and oxygen from the atmosphere. The electricity produced powers the train's 1,200 kW propulsion system, while the only by-products released are water vapour and heat, making it a zero tailpipe emission mode of transport.

The project has been developed by the Research Designs and Standards Organisation (RDSO), the research and standards-setting body of Indian Railways, and supports the Railways' objective of achieving Net Zero Carbon Emissions by 2030.

How Does a Hydrogen Fuel Cell Work?

A hydrogen fuel cell converts the chemical energy of hydrogen directly into electrical energy without any combustion process.

The working mechanism involves the following steps:

• Hydrogen Storage: Compressed hydrogen is stored in onboard high-pressure tanks.
• Electrochemical Reaction: Hydrogen reacts with oxygen from the atmosphere inside the fuel cell stack across a specialised membrane.
• Electricity Generation: The reaction produces electricity, which powers the traction motors and onboard electrical systems.
• By-products: The only emissions are water vapour and heat, making the technology environmentally friendly.

Unlike batteries, fuel cells continue generating electricity as long as hydrogen fuel is supplied.

Key Features

The hydrogen train incorporates several technological and operational innovations:

• Pilot Route: Jind–Sonipat section in Haryana.
• Train Configuration: Indigenous 10-car passenger trainset.
• Propulsion System: 1,200 kW Hydrogen Fuel Cell.
• Maximum Operational Speed: 75 kmph.
• Refuelling Infrastructure: Dedicated hydrogen production, compression and refuelling facility at Jind station.
• Maintenance Base: Dedicated workshop at Shakurbasti.
• Safety Measures: Hydrogen leak detectors, flame detectors, automated monitoring systems, standby compressors and RDSO-approved Standard Operating Procedures (SOPs).
• Operational Monitoring: Initial operations will be supervised by trained technical personnel to ensure safety and performance.

Significance

The launch of the hydrogen train represents an important step in the decarbonisation of Indian Railways, particularly on non-electrified railway routes, where diesel locomotives continue to operate. Hydrogen fuel cell technology offers a clean alternative by eliminating carbon emissions at the point of use while reducing dependence on imported fossil fuels.

The project also complements the objectives of the National Green Hydrogen Mission, promotes indigenous technological capabilities under Atmanirbhar Bharat, and strengthens India's commitment towards achieving its climate goals. If the pilot project proves successful, hydrogen-powered trains could be deployed on other non-electrified routes where complete railway electrification is economically challenging.

Challenges

Despite its potential, hydrogen rail technology faces several constraints:

• High production cost of green hydrogen due to expensive electrolysers and renewable energy requirements.
• Limited hydrogen production, storage and transportation infrastructure.
• High initial capital investment for refuelling stations and fuel cell technology.
• Hydrogen is highly flammable, necessitating stringent safety standards and continuous monitoring.
• Long-term commercial viability depends on reducing hydrogen production costs and improving fuel cell efficiency.

In News:

The Supreme Court of India, while taking suo motu cognisance of two fatal road accidents, held that the Right to Safe Travel on National Highways forms an integral part of the Right to Life under Article 21 of the Constitution. Invoking its extraordinary powers under Article 142, the Court issued directions aimed at strengthening road safety and ensuring accountability of highway authorities. The judgment has once again brought into focus the Supreme Court's constitutional role in delivering "complete justice."

What is the Doctrine of Complete Justice?

The doctrine of complete justice is a unique constitutional power vested exclusively in the Supreme Court under Article 142. Unlike ordinary judicial powers that operate within the boundaries of statutory law and procedural rules, Article 142 empowers the Court to pass any decree or order necessary to ensure that justice is fully achieved in matters pending before it.

This extraordinary jurisdiction acts as a constitutional safety valve, enabling the Court to bridge legislative gaps, remedy exceptional situations, and protect constitutional rights where existing laws prove inadequate. Rather than being confined to procedural technicalities, the Court is empowered to uphold substantive justice in accordance with the spirit of the Constitution.

Constitutional Framework Governing Complete Justice

The Supreme Court's exercise of complete justice is rooted in a combination of constitutional provisions that collectively strengthen its role as the guardian of fundamental rights.

• Article 142 grants the Supreme Court the authority to pass any order necessary for doing complete justice in any matter before it. This power is unique to the apex court and cannot ordinarily be curtailed by statutory limitations.
• Article 21, which guarantees the Right to Life and Personal Liberty, has been interpreted expansively over the years to include several derivative rights such as the right to livelihood, clean environment, education, privacy and, most recently, the right to safe travel on National Highways.
• Article 141 provides that the law declared by the Supreme Court is binding on all courts in India. Consequently, principles evolved while exercising Article 142 become authoritative precedents unless modified by a larger Bench or constitutional amendment.
• While Article 226 empowers High Courts to enforce fundamental rights through writ jurisdiction, it does not confer powers equivalent to Article 142. High Courts remain bound by statutory limitations and cannot exercise the same broad residuary jurisdiction available to the Supreme Court.

Judicial Recognition of Safe Highways as a Fundamental Right

Road accidents remain one of India's gravest public safety challenges, claiming over 1.7 lakh lives annually. Treating road safety as merely an administrative responsibility has often resulted in fragmented implementation and weak accountability.

Recognising this reality, the Supreme Court held that safe mobility is inseparable from the constitutional guarantee of life and dignity under Article 21. By declaring safe travel on National Highways a fundamental right, the Court transformed road safety from a policy objective into a constitutional obligation.

The judgment places a greater responsibility on governments, highway authorities and implementing agencies to ensure scientifically designed roads, effective enforcement of traffic laws, emergency medical response systems and continuous monitoring of highway safety standards.

Significance of the Doctrine of Complete Justice

The power under Article 142 has played a transformative role in the evolution of Indian constitutional jurisprudence. It enables the Supreme Court to respond effectively when statutory law fails to address emerging social realities or when procedural barriers prevent justice.

The doctrine allows the Court to protect fundamental rights even in situations where legislation is silent or inadequate. It has often served as a mechanism for advancing constitutional morality and adapting legal principles to changing societal needs.

Another important contribution of Article 142 lies in its ability to ensure effective implementation of constitutional values. By issuing binding directions in areas such as environmental protection, gender justice, police reforms and now road safety, the Court has sought to strengthen governance where executive action has been insufficient.

The recognition of safe highways as a constitutional right illustrates how judicial interpretation can convert public welfare objectives into enforceable constitutional guarantees.

In News:

The Office of the Registrar General & Census Commissioner, under the Ministry of Home Affairs, has released the Sample Registration System (SRS) Statistical Report 2024, which reveals that India's Total Fertility Rate (TFR) has declined to 1.9, falling below the replacement level of 2.1 for the first time. The report highlights significant improvements in maternal and child health while also signalling the beginning of a new demographic challenge marked by population ageing and regional disparities.

About the Sample Registration System (SRS)

• The Sample Registration System (SRS) is India's largest continuous demographic survey and serves as the country's most reliable source of annual estimates on fertility and mortality.
• Conducted by the Office of the Registrar General & Census Commissioner under the Ministry of Home Affairs, the survey provides annual estimates of the Birth Rate, Death Rate, Infant Mortality Rate (IMR), Under-Five Mortality Rate (U5MR), Total Fertility Rate (TFR) and other demographic indicators between two Census operations.
• The 2024 report is based on the 2011 Census sampling frame and covers nearly 8.9 million individuals across 8,839 sample units, making it the principal macro-level demographic database for policy formulation.

India's Demographic Profile: Major Findings

• The report indicates that India has entered an advanced stage of demographic transition. The Total Fertility Rate (TFR) has declined to 1.9, significantly below the replacement level of 2.1, suggesting that Indian families are opting for fewer children. This decline is accompanied by a continuous fall in the Crude Birth Rate (CBR) from 21.0 in 2014 to 18.3 in 2024, while the Crude Death Rate (CDR) has stabilised at 6.4.
• The report also reflects substantial progress in public health outcomes. The Infant Mortality Rate (IMR) has fallen to 24 deaths per 1,000 live births, compared to 30 in 2019, while the Under-Five Mortality Rate (U5MR) has declined to 28 per 1,000 live births. These improvements are largely attributed to expanded immunisation coverage, institutional deliveries, improved neonatal care and better access to healthcare facilities.
• A notable achievement is the expansion of institutional healthcare, with 95.4% of all deliveries now taking place in hospitals or recognised healthcare institutions, indicating significant progress in maternal healthcare services.
• The report also reveals important demographic shifts. Children (0–14 years) now constitute 24% of the population, whereas the working-age population(15–59 years) accounts for 66.4%, reinforcing India's demographic dividend. Simultaneously, the elderly population (60 years and above) has increased to 9.7%, indicating the gradual onset of population ageing. Reflecting broader social transformation, the mean age at effective marriage for women has risen to 23.1 years, suggesting greater female educational attainment and delayed childbearing. The Sex Ratio at Birth (2022–24 average) has marginally improved to 918 females per 1,000 males, though it remains below the natural level.

What Do These Trends Indicate?

The findings indicate that India is progressing through the late stage of the Demographic Transition Model (DTM), characterised by low birth rates, low death rates and slowing population growth. Unlike previous decades when population explosion dominated policy discourse, India is now gradually shifting towards concerns related to ageing, labour force sustainability and social security.

The expansion of the working-age population presents a valuable demographic dividend. If complemented with quality education, skill development and employment generation, it can significantly accelerate economic growth and improve productivity. However, this demographic advantage is time-bound and requires effective policy intervention before the population begins ageing rapidly.

The report also reflects the positive outcomes of investments in public health. The sharp increase in institutional deliveries and the decline in infant and child mortality demonstrate the success of initiatives such as improved maternal healthcare, immunisationprogrammes and strengthened primary healthcare infrastructure.

Emerging Challenges

Despite encouraging national averages, the report highlights considerable regional disparities. Southern states such as Kerala and Tamil Nadu have already entered an advanced demographic stage with very low fertility levels, while several northern and central states continue to record relatively higher fertility and infant mortality rates. For instance, Kerala records an IMR of only 8, whereas Chhattisgarh reports an IMR of 36, revealing significant inequalities in healthcare outcomes and human development.

The report also exposes persistent rural-urban disparities. Rural areas continue to experience higher infant mortality and comparatively lower access to quality healthcare infrastructure than urban centres, indicating the need for stronger primary healthcare systems in underserved regions.

Another emerging concern is the rapid decline in fertility. Although lower fertility reflects improved education and healthcare, sustained fertility below replacement level could eventually reduce the size of the labour force and increase the old-age dependency ratio. States such as Delhi (TFR 1.2) and Kerala (TFR 1.3) already face the prospect of accelerated population ageing.

Equally concerning is the finding that 45.5% of deceased individuals received no medical attention before death, pointing to deficiencies in geriatric care, palliative care and end-of-life healthcare services.

In News:

The 11th Quad Foreign Ministers' Meeting was held in New Delhi amid growing geopolitical tensions in the South China Sea, Taiwan Strait, and Strait of Hormuz. The four Quad countries—India, the United States, Japan, and Australia—announced several new initiatives on maritime security, critical minerals, energy security, emerging technologies, and disaster response, reaffirming their commitment to a free, open, inclusive, and rules-based Indo-Pacific.

About the Quad

• The Quadrilateral Security Dialogue (Quad) is an informal strategic partnership comprising India, the United States, Japan, and Australia.
• It aims to promote a free, open, inclusive, prosperous, and resilient Indo-Pacific, based on respect for international law, freedom of navigation, territorial integrity, and peaceful resolution of disputes.
• The grouping originated as a humanitarian coordination mechanism following the 2004 Indian Ocean Tsunami, was first proposed by former Japanese Prime Minister Shinzo Abe in 2007, and was revived in 2017 in response to the changing strategic environment in the Indo-Pacific.
• At the 2021 Leaders' Summit, the Quad adopted the "Spirit of the Quad", reaffirming its commitment to democratic values, rule of law, and a region free from coercion.
• Some of its key initiatives include the Malabar Naval Exercise, Quad-at-Sea Ship Observer Mission, Indo-Pacific Partnership for Maritime Domain Awareness (IPMDA), and growing cooperation through the Quad Plus format with countries such as South Korea, New Zealand, and Vietnam.

Key Outcomes of the 11th Quad Foreign Ministers' Meeting

The meeting significantly expanded cooperation across security, economic resilience, technology, and humanitarian assistance.

Maritime and Security Cooperation

• The Quad launched the Indo-Pacific Maritime Surveillance Collaboration (IPMSC) to improve Maritime Domain Awareness (MDA) through information sharing and coordinated surveillance, with an initial focus on the Indian Ocean Region (IOR).
• It also expanded the Indo-Pacific Partnership for Maritime Domain Awareness (IPMDA) by developing a Common Operating Picture (COP) to integrate real-time maritime information across the Indo-Pacific.
• India will host the next Quad-at-Sea Ship Observer Mission, while Australia will organise the Quad Counterterrorism Tabletop Exercise (2026) focusing on state-sponsored terrorism and the misuse of Unmanned Aerial Vehicles (UAVs).

Economic Security and Supply Chain Resilience

• Recognising the strategic importance of critical minerals and secure supply chains, the Quad adopted the Quad Critical Minerals Initiative Framework to coordinate investments in mining, processing, recycling, and resilient supply chains.
• The partners also launched the Quad Initiative on Indo-Pacific Energy Security, committing over USD 25 million for technology collaboration, energy market analysis, emergency response, and resilient energy supply chains.
• Further, under the Ports of the Future Partnership, the Quad will work with Fiji to upgrade port infrastructure and committed to connecting all Pacific Island Forum countries through resilient undersea cable networks by 2026, strengthening regional digital connectivity.

Critical and Emerging Technologies

Technology cooperation emerged as another major pillar of the Quad.

The members agreed to collaborate on:

• Next-generation (6G) communication standards and Open RAN technologies.
• A Digital Identity Standards "Translation Guide" to enable cross-border interoperability.
• The AI-ENGAGE Initiative, under which over USD 6 million has been allocated for research using Artificial Intelligence, robotics, and remote sensing to improve agricultural productivity, pest management, and food security across the Indo-Pacific.

Humanitarian Assistance and Disaster Relief (HADR)

• Building on lessons from the 2025 Honolulu Tabletop Exercise, the Quad strengthened its disaster response architecture by enhancing coordination mechanisms for emergency response.
• The grouping also committed over USD 50 million to train health professionals, improve preparedness for disease outbreaks, and strengthen humanitarian assistance and disaster relief (HADR) capabilities across the Indo-Pacific.

Significance of the Quad for India

For India, the Quad has evolved into a crucial platform that complements its Act East Policy, Indo-Pacific Oceans Initiative (IPOI), and vision of SAGAR (Security and Growth for All in the Region).

It helps India:

• Counter China's growing strategic presence and the "String of Pearls" strategy in the Indian Ocean.
• Strengthen Maritime Domain Awareness through initiatives like IPMSC and IPMDA.
• Diversify critical mineral and technology supply chains under the global China 1 strategy.
• Enhance cooperation in AI, semiconductors, cyber security, telecommunications, and clean energy.
• Deepen defence interoperability while preserving India's policy of Strategic Autonomy, as the Quad is not a military alliance.

In News:

The Department of Administrative Reforms and Public Grievances (DARPG) has launched the National e-Governance Service Delivery Assessment (NeSDA) 2025 Portal to assess the quality and effectiveness of online public service delivery across States, Union Territories (UTs), and selected Central Ministries. The portal aims to strengthen digital governance by enabling standardized assessment, benchmarking, and continuous improvement in service delivery.

What is NeSDA?

• The National e-Governance Service Delivery Assessment (NeSDA) is a biennial assessment framework developed by DARPG to evaluate the maturity and effectiveness of e-governance services from a citizen-centric perspective.
• It is based on the Online Service Index (OSI) of the UN e-Government Survey, but has been adapted to India's federal governance structure.
• Rather than ranking governments solely on the number of services available online, NeSDA assesses how effectively these services are delivered, focusing on their accessibility, usability, transparency, and overall user experience.
• It also serves as a national benchmarking exercise, encouraging States, UTs, and Central Ministries to adopt best practices and bridge gaps in digital governance.

Key Features of NeSDA 2025

• NeSDA 2025 expands both the scope and depth of assessment. It evaluates State, UT, City, and Central Ministry portals, along with dedicated service portals, thereby covering the complete digital service delivery ecosystem.
• The framework assesses Government-to-Citizen (G2C) and Government-to-Business (G2B) services across major sectors such as finance, labour and employment, education, local governance, utility services, social welfare, health, agriculture, home security, environment, tourism, public grievance, and transport.
• A notable addition in NeSDA 2025 is the inclusion of services offered by the Ministry of Corporate Affairs, reflecting the increasing emphasis on digital business governance.
• To ensure uniform evaluation, the framework proposes assessment of 59 mandatory services for every State and Union Territory and 43 mandatory services for Central Ministries and Departments.

Assessment Parameters

The assessment examines the overall maturity of digital governance through multiple dimensions. It evaluates whether online services are accessible, easy to use, secure, and privacy-compliant, while also assessing end-to-end digital service delivery, integrated service delivery, status tracking, Open Government Data (OGD), e-participation, and the adoption of emerging technologies such as Artificial Intelligence. This comprehensive approach ensures that governments focus not only on digitization but also on the quality of citizens' digital experience.

Significance

NeSDA has emerged as an important instrument for promoting good governance and cooperative federalism by enabling evidence-based comparison of digital service delivery across governments.

It helps identify implementation gaps, encourages the adoption of best practices, and improves accountability through measurable performance indicators.

The launch of the NeSDA 2025 Portal will further streamline online data collection, stakeholder consultations, capacity-building programmes, and periodic reviews.

As India expands its Digital Public Infrastructure, NeSDA complements flagship initiatives such as Digital India, Ease of Living, and Minimum Government, Maximum Governance by ensuring that public services are not only digitized but are also citizen-friendly, inclusive, transparent, and efficient.

In News:

The global semiconductor industry is witnessing a phenomenon called 'Memflation', resulting in a shortage of conventional memory chips and a sharp rise in their prices. In India, this has led to a shortage of entry-level smartphones (?10,000–?15,000) as semiconductor manufacturers divert production capacity towards High Bandwidth Memory (HBM) required for Artificial Intelligence (AI) infrastructure. At the same time, global semiconductor revenues are projected to cross $1.3 trillion in 2026, a 64% increase over 2025, driven largely by AI-led demand.

What is Memflation?

Memflation is a term coined by Gartner to describe the structural inflation in semiconductor memory prices caused by the rapid expansion of AI infrastructure. The extraordinary demand for AI chips and advanced memory has diverted manufacturing resources away from conventional memory components, creating shortages and driving up prices for consumer electronics.

Unlike temporary supply disruptions, memflation represents a long-term structural shift in the semiconductor industry, where production is increasingly aligned with high-margin AI applications rather than mass-market consumer devices.

What is Driving Memflation?

The primary factor behind memflation is the global AI boom, which has significantly increased demand for High Bandwidth Memory (HBM) used in AI accelerators and data centres. Since manufacturing one HBM chip requires 2–3 times more wafer capacity than conventional memory chips, semiconductor manufacturers are allocating a larger share of fabrication resources to AI-related products.

Other contributing factors include:

• Production Shift: Major companies such as Micron Technology are prioritising high-margin AI memory and enterprise chips over consumer memory.
• Pre-emptive Stockpiling: Fearing tariffs and future price increases, companies accumulated large inventories during 2025–26, further tightening global supplies.
• Limited Manufacturing Capacity: Semiconductor fabrication and advanced packaging require enormous capital investment and years to expand, preventing quick supply-side responses.

Role of DRAM, NAND and HBM

The current shortage primarily affects conventional memory technologies used in consumer electronics.

• DRAM (Dynamic Random Access Memory): Temporary memory used by processors in smartphones, laptops and computers for active operations.
• NAND Flash Memory: Non-volatile storage that retains data even when power is switched off and is widely used in smartphones, SSDs and storage devices.
• High Bandwidth Memory (HBM): Advanced stacked memory offering significantly higher speed and bandwidth, primarily used in AI processors, GPUs and high-performance computing.

The rapid shift towards HBM production has reduced the availability of DRAM and NAND, thereby increasing their prices.

Impact on India

India is among the most vulnerable countries because it depends heavily on imported semiconductor components while having a highly price-sensitive consumer market.

The immediate consequences include:

• Shortage of smartphones priced below ?10,000–?15,000.
• Increase in smartphone prices by 15–20% for several brands.
• Rising production costs for entry-level laptops and consumer electronics.
• Smartphone manufacturers increasingly prioritising premium devices over budget models due to higher profitability.
• Greater dependence on global semiconductor supply chains.

Global Implications

Memflation is affecting both technology producers and consumers across the world.

• DRAM prices are expected to rise by nearly 125%, while NAND flash prices could increase by around 243%.
• The semiconductor industry is projected to expand from over $1.3 trillion in 2026 to nearly $1.6 trillion by 2027, with AI emerging as its principal growth driver.
• Rising memory prices are delaying enterprise IT upgrades, increasing hardware costs, and disrupting non-AI technology markets.
• Analysts expect supply constraints and elevated prices to continue through 2026–27, with gradual normalisation only after new fabrication capacities become operational.

In News:

The Indian Association for the Cultivation of Science (IACS) celebrated 150 years of its establishment. To mark the occasion, the Government inaugurated the Plasma Enhanced Chemical Vapor Deposition (PECVD) system for fabricating India's first amorphous silicon solar cell and launched RETINA (Research Entrepreneurship for Translation, Innovation and NAvigation), a centre dedicated to translating scientific research into innovation, startups, and societal applications.

Indian Association for the Cultivation of Science (IACS)

Founded in 1876 by Dr. Mahendralal Sircar, IACS is recognised as the first research institution in Asia established by Indians for the promotion of modern science through original research. Established during British rule, the institute played a pioneering role in fostering scientific temper and indigenous research at a time when scientific education in India was limited.

Key Features

• Established by Dr. Mahendralal Sircar with the vision of promoting original scientific research in India.
• Pandit Iswar Chandra Vidyasagar and Kesab Chandra Sen were members of its first Board of Trustees.
• Became the workplace of eminent Indian scientists such as: Jagadish Chandra Bose, Meghnad Saha, S.N. Bose, and Sir C.V. Raman
• Today, IACS undertakes cutting-edge research in physics, chemistry, biological sciences, materials science, nanotechnology, quantum materials, artificial intelligence, battery technologies, and environmental science.

IACS and the Raman Effect

One of the institute's greatest contributions to science was the discovery of the Raman Effect by Sir C.V. Raman, for which he received the Nobel Prize in Physics in 1930—the first Nobel Prize in Science awarded to an Indian.

What is the Raman Effect?

The Raman Effect refers to the inelastic scattering of light by molecules.

• When monochromatic light strikes a substance, most photons are scattered without any change in energy (Rayleigh scattering).
• A very small fraction exchanges energy with molecules and emerges with different wavelengths, producing the Raman Effect.

Applications

The discovery laid the foundation for Raman Spectroscopy, which is extensively used in:

• Chemical and pharmaceutical analysis
• Medical diagnostics
• Forensic science
• Materials characterization
• Nanotechnology and semiconductor research

New Initiatives Launched

1. Plasma Enhanced Chemical Vapor Deposition (PECVD) System

The newly inaugurated PECVD system is India's first indigenous facility for fabricating amorphous silicon (a-Si) solar cells.

Significance

• Uses plasma to deposit thin semiconductor films at relatively low temperatures.
• Enables production of lightweight, flexible, and cost-effective solar cells.
• Strengthens India's indigenous capability in renewable energy technologies and advanced semiconductor manufacturing.
• Supports the objectives of Atmanirbhar Bharat and clean energy transition.

2. RETINA (Research Entrepreneurship for Translation, Innovation and NAvigation)

RETINA has been established to bridge the gap between fundamental scientific research and commercial innovation.

It aims to:

• Promote technology transfer from laboratories to industry.
• Support startups and entrepreneurship based on scientific discoveries.
• Encourage industry-academia collaboration.
• Develop solutions for societal challenges in healthcare, clean energy, advanced materials, and sustainability.

In News:

The World Health Organization (WHO) declared the Bundibugyo Ebola Virus Disease (BVD) outbreak in the Democratic Republic of the Congo (DRC) and Uganda as a Public Health Emergency of International Concern (PHEIC).

The outbreak has drawn global attention because, unlike the Zaire strain of Ebola, there is currently no licensed vaccine or specific treatment for the Bundibugyo virus, exposing serious gaps in global preparedness against emerging infectious diseases.

What is Bundibugyo Virus?

• Bundibugyo virus is one of the six species of the Orthoebolavirus genus that causes Ebola Virus Disease (EVD).
• It is a zoonotic disease, with fruit bats believed to be its natural reservoir. Human infection occurs through contact with infected wildlife such as bats and non-human primates, while subsequent transmission takes place through direct contact with the blood, body fluids, or contaminated objects of infected individuals. Healthcare workers and people participating in unsafe burial practices are particularly vulnerable to infection.
• The virus has an incubation period of 2–21 days, and infected individuals become contagious only after symptoms appear.
• Initial symptoms such as fever, fatigue, headache, muscle pain, and sore throat resemble common febrile illnesses like malaria, making early diagnosis difficult.
• In severe cases, patients develop gastrointestinal complications, multi-organ failure, and haemorrhagic manifestations.
• Previous outbreaks in Uganda and the DRC have reported case fatality rates ranging from 30% to 50%. Diagnosis requires laboratory confirmation through RT-PCR and antigen or antibody-based tests.

Ebola Virus Disease:

• Ebola Virus Disease is a rare but highly fatal viral haemorrhagic fever first identified in 1976 near the Ebola River in the DRC.
• Of the six known Orthoebolavirus species, Ebola virus, Sudan virus, Bundibugyo virus, and Taï Forest virus infect humans, while Reston and Bombali viruses have not caused human disease.
• Although WHO has approved monoclonal antibody therapies such as Ansuvimab and Inmazeb, and vaccines like Ervebo, Zabdeno, and Mvabea, these are effective only against the Zaire Ebola virus.
• No approved vaccine or targeted therapy currently exists for Bundibugyo or Sudan virus disease, making supportive care, rapid case detection, isolation, contact tracing, infection prevention, and safe burial practices the primary means of controlling outbreaks.

Why has vaccine development been delayed?

The Bundibugyo outbreak highlights a classic case of market failure in global health. Vaccine development is scientifically complex, expensive, and requires high-containment Biosafety Level-4 (BSL-4) laboratories and lengthy clinical trials. Since Bundibugyo outbreaks are infrequent and largely confined to low-income African countries with limited purchasing power, pharmaceutical companies have little commercial incentive to invest in vaccine research. Consequently, diseases with high public health risks but limited market demand continue to remain neglected, despite posing significant pandemic threats.

In News:

Recently, the Ministry of Development of North Eastern Region (MDoNER) has launched Mission Queen Pineapple.

The mission aims to transform Tripura’s Geographical Indication (GI)-tagged Queen Pineapple into a globally competitive horticultural brand by developing an integrated value chain encompassing production, processing, value addition, marketing, and waste utilisation.

About Mission Queen Pineapple

Mission Queen Pineapple is a flagship initiative of the Ministry for Development of North Eastern Region (MDoNER) designed to promote Tripura’s Unique Selling Proposition (USP)—the renowned Queen Pineapple.

The mission has been conceived as a three-year implementation roadmap covering the period from Q2 FY 2026 to Q4 FY 2028. Its primary objective is to establish a comprehensive and integrated pineapple value-chain ecosystem that connects farmers with processing industries, logistics networks, domestic markets, and export opportunities.

A distinguishing feature of the mission is its emphasis on circular economy principles, where agricultural waste, particularly discarded pineapple leaves, will be converted into commercially valuable products such as natural fibres, handicrafts, textiles, biodegradable products, and other value-added materials. This approach seeks to minimise waste while creating additional income opportunities for farmers and rural entrepreneurs.

Objectives of the Mission

The mission seeks to address structural bottlenecks that have limited the commercial potential of Tripura’s pineapple industry. Its major objectives include:

• Developing an integrated farm-to-market value chain.
• Improving post-harvest handling, storage, and transportation.
• Promoting food processing and value addition.
• Enhancing domestic and international market access.
• Encouraging entrepreneurship and agro-based industries.
• Generating additional livelihoods through utilisation of pineapple biomass.
• Increasing farmers' income through better price realisation.

By integrating production with processing and marketing, the mission aims to transform pineapple cultivation into a sustainable engine of rural economic growth.

Queen Pineapple: Tripura’s Signature Fruit

The Queen Pineapple is one of India's finest pineapple varieties and is widely recognised for its superior quality. It is a spiny, golden-yellow variety distinguished by its:

• Sweet taste.
• Pleasant aroma.
• Juicy flesh.
• Low fibre content.
• Rich nutritional value.

It contains essential Vitamins A, B, and C, along with minerals such as calcium, magnesium, potassium, and iron, making it nutritionally rich.

The fruit possesses Total Soluble Solids (TSS) ranging between 13 and 17.2° Brix, indicating high sweetness, while its acidity ranges between 0.6–0.8%, providing a balanced sweet-tart flavour that makes it highly suitable for fresh consumption as well as processing.

Recognising its unique geographical characteristics and reputation, the Queen Pineapple received the Geographical Indication (GI) Tag in 2015. It is also the State Fruit of Tripura, symbolising the state's horticultural identity.

In News:

• India has decided to send the sacred relics of Lord Buddha's two foremost disciples—Sariputra and Maudgalyayana—from the Sanchi Stupa to Mongolia.
• The initiative aims to strengthen India's civilizational ties with Mongolia, promote Buddhist heritage, and reinforce cultural diplomacy under the shared legacy of Buddhism.
• The relics, revered by Buddhists across the world, symbolize India's role as the birthplace of Buddhism and underscore the country's efforts to preserve and globally showcase its rich cultural heritage.

Sanchi Stupa: A Symbol of India's Buddhist Heritage

The Sanchi Stupa, located in Madhya Pradesh, is one of the oldest and best-preserved Buddhist monuments in the world. It was originally commissioned by Emperor Ashoka in the 3rd century BCE following his conversion to Buddhism after the Kalinga War.

The construction of the Great Stupa is believed to have been supervised by Ashoka's wife, Devi, who hailed from nearby Vidisha. The expansion and embellishment of the Sanchi complex in subsequent centuries received considerable patronage from the prosperous mercantile community of Vidisha, contributing to its development as a major centre of Buddhist learning and pilgrimage.

Unlike many other Buddhist monuments, Sanchi remained an important religious site for several centuries, preserving valuable evidence of the evolution of Buddhist architecture and art from the Mauryan period to the Gupta era.

Sacred Relics of Sariputra and Maudgalyayana

The Sanchi Stupa enshrines the sacred relics of Sariputra and Maudgalyayana, two of the closest and most revered disciples of Lord Buddha.

• Sariputra is regarded as the foremost disciple renowned for his profound wisdom (Prajna).
• Maudgalyayana (Mahamoggallana) is remembered for his exceptional spiritual attainments and mastery of supernatural powers.

These relics are among the most sacred objects in Buddhist tradition and attract immense reverence from Buddhist communities across Asia.

The decision to temporarily send these relics to Mongolia reflects India's commitment to promoting international Buddhist cooperation and strengthening people-to-people ties with Buddhist-majority nations.

Architectural Features of the Sanchi Stupa

The Great Stupa at Sanchi represents one of the finest examples of early Buddhist architecture.

The monument is enclosed by a massive stone railing with four elaborately carved gateways (Toranas) facing the cardinal directions. These gateways are adorned with intricate sculptures depicting scenes from the life of the Buddha, Jataka tales, symbols of Buddhism, and contemporary social life. Since the Buddha was initially represented through symbols rather than human form, the carvings prominently feature motifs such as the Bodhi Tree, empty throne, footprints, wheel (Dharmachakra), and stupa.

The structural components of the stupa carry deep symbolic significance:

• Anda (Hemispherical Dome): Represents the cosmic mound and symbolizes the universe as well as the Parinirvana of the Buddha.
• Harmika: A square railing placed above the dome representing the sacred world mountain (Mount Meru).
• Yashti: The central mast symbolizing the cosmic axis connecting heaven and earth.
• Chatras (Umbrellas): Multiple umbrella discs mounted on the mast symbolize spiritual sovereignty, protection, and the various heavenly realms (Devaloka).

Together, these architectural elements reflect Buddhist cosmology and spiritual philosophy.

Rediscovery and Conservation

Following the decline of Buddhism in India, the Sanchi complex gradually fell into neglect. It remained largely abandoned until it was rediscovered by British officer Henry Taylor in 1818.

Later, Alexander Cunningham, often regarded as the father of Indian archaeology, conducted the first systematic survey and excavations at Sanchi in 1851, laying the foundation for its scientific conservation.

Today, the monument is one of India's most important archaeological sites and has been recognized as a UNESCO World Heritage Site since 1989.

In News:

In a significant contribution to India's biodiversity documentation, researchers have discovered a new evergreen tree species in the southern Western Ghats of Kerala and named it Humboldtianairiana in honour of noted scientist Prof. G. Madhavan Nair.

The discovery highlights the immense biological richness of the Western Ghats, one of the world's eight “hottest hotspots” of biodiversity, and reinforces the need for continued taxonomic research and conservation of endemic flora.

About Humboldtianairiana

Humboldtianairiana belongs to the genus Humboldtia, a group of flowering plants largely restricted to the Western Ghats and known for their high levels of endemism. The newly discovered species is a medium-sized evergreen tree growing between 5 and 8 metres in height.

Researchers identified several distinctive morphological features that differentiate it from other members of the genus. These include:

• A unique warty pale-brown bark with a creamy-white blaze.
• Angled and glabrous branchlets.
• Distinctly shorter and sparsely hairy stipules and appendages.
• Larger flowers with comparatively longer pedicels.
• Elliptic-oblong fruits possessing a shorter beak.

These stable and distinguishing characteristics enabled scientists to classify it as a new species.

Endemism and Conservation Significance

One of the most important aspects of Humboldtianairiana is its highly restricted distribution. The species is strictly endemic to Kerala and is currently known only from the Agasthyamala Biosphere Reserve, where it occurs at an elevation of approximately 300 metres.

Such narrow endemism makes newly discovered species particularly vulnerable to habitat degradation, climate change, invasive species, and anthropogenic disturbances. The discovery therefore highlights the need for detailed population assessments, ecological studies, and conservation planning to ensure the long-term survival of the species.

The finding also underscores the importance of taxonomic research in identifying and documenting India's biological wealth, which forms the basis for effective conservation policies.

Shendurney Wildlife Sanctuary: A Biodiversity Hotspot

The discovery site, Shendurney Wildlife Sanctuary, is located in the southern part of the Western Ghats in Kerala and forms an integral component of the Agasthyamala Biosphere Reserve, recognized for its exceptional levels of biodiversity and endemism.

The sanctuary is characterized by rugged hilly terrain interspersed with ravines and supports diverse ecosystems. Its major rivers include the Shendurney, Kazhuthuruthy, and Kulathupuzha, which eventually merge to form the Kallada River.

The region supports a variety of vegetation types, including:

• Tropical evergreen forests
• Semi-evergreen forests
• Moist deciduous forests

These ecosystems provide habitat for numerous endemic and threatened plant and animal species, making the sanctuary an important centre for conservation and ecological research.

In News:

The Ministry of Health and Family Welfare recently released the National Health Accounts (NHA) Estimates for India 2022–23, highlighting significant improvements in public health financing, increased government investment in healthcare, and a decline in the financial burden borne by households. The report reflects India's sustained efforts to strengthen its health system and move towards the goals of Universal Health Coverage (UHC) envisaged under the National Health Policy, 2017 and the Sustainable Development Goals (SDGs).

What are National Health Accounts?

The National Health Accounts (NHA) provide a comprehensive and systematic assessment of health expenditures incurred by the government, households, private sector, insurance providers, and external agencies. Released annually, the estimates offer a time-series analysis of healthcare financing patterns in the country.

The NHA Estimates 2022–23 represent the 10th edition of the series that began in 2013–14. They are prepared by the National Health Accounts Technical Secretariat (NHATS) under the National Health Systems Resource Centre (NHSRC), Ministry of Health and Family Welfare, using the internationally accepted System of Health Accounts (SHA) 2011 framework developed by international organizations such as the OECD, WHO, and Eurostat.

Rising Public Investment in Healthcare

One of the most significant findings of the report is the steady increase in government expenditure on healthcare over the past decade.

Government Health Expenditure (GHE) increased from ?1.30 lakh crore in 2013–14 to ?3.85 lakh crore in 2022–23, reflecting a nearly three-fold rise in public spending. The share of government health expenditure in GDP also increased from 1.15% in 2013–14 to 1.43% in 2022–23, which stands at 1.48% according to the revised GDP series with base year 2022–23.

Similarly, the share of health expenditure in total government expenditure rose from 3.78% to 4.89% during the same period, indicating greater prioritization of healthcare within public budgets.

Increased Per Capita Health Spending

The report reveals a substantial rise in per capita government health expenditure. Between 2013–14 and 2022–23, per capita spending increased from ?1,042 to ?2,786, representing a nearly 2.7-fold increase.

This increase reflects expanded investments in health infrastructure, primary healthcare services, disease control programmes, insurance coverage, and public health interventions across the country.

Declining Out-of-Pocket Expenditure

A major achievement highlighted in the report is the decline in Out-of-Pocket Expenditure (OOPE) by households, which remains a key indicator of financial protection in healthcare.

OOPE as a share of total health expenditure declined significantly from 64.2% in 2013–14 to 43.4% in 2022–23. This reduction suggests that government-funded schemes and insurance mechanisms are increasingly protecting citizens from catastrophic health expenditures.

The decline is particularly important in a country where healthcare-related expenses have historically pushed millions of households into poverty.

Expansion of Social Security and Health Insurance

The report also records a significant increase in Social Security Expenditure (SSE), which includes government-funded health insurance programmes such as Ayushman Bharat–Pradhan Mantri Jan Arogya Yojana (AB PM-JAY), social health insurance schemes, and medical reimbursements for government employees.

The share of SSE in total health expenditure increased from 6% in 2013–14 to 9.9% in 2022–23.

At the same time, the contribution of private health insurance rose from 3.4% to 9.2%, indicating increasing insurance penetration and risk pooling in the healthcare sector.

Strengthening Primary Healthcare

The report highlights a major increase in spending on primary healthcare, which forms the foundation of an effective health system. Government expenditure on primary healthcare increased from ?0.5 lakh crore in 2013–14 to ?1.4 lakh crore in 2022–23, more than doubling over the decade.

This reflects the government's focus on preventive, promotive, and community-based healthcare through initiatives such as Ayushman Arogya Mandirs (formerly Health and Wellness Centres), maternal and child health programmes, immunisation drives, and disease prevention strategies.

In News:

In a major step towards strengthening food security and improving the efficiency of welfare delivery, the Cabinet Committee on Economic Affairs (CCEA), chaired by the Prime Minister, has approved the SARTHAK Public Distribution System (PDS) Scheme.

The scheme seeks to modernise India's Public Distribution System by integrating technology, streamlining administrative processes, and enhancing transparency in the implementation of the National Food Security Act (NFSA), 2013.

What is SARTHAK PDS?

SARTHAK PDS stands for Scheme for Assistance in Ration Transport and Handling-Income with Automation in Public Distribution System. It has been conceived as an umbrella programme that consolidates two existing schemes into a unified framework:

1. Assistance to State Agencies for Intra-State Movement of Foodgrains and Fair Price Shop (FPS) Dealers' Margin under NFSA, and
2. Scheme for Modernization and Reforms through Technology in Public Distribution System (SMART-PDS).

By merging these initiatives, the government aims to create a single administrative and financial structure that supports both the physical movement of food grains and the technological transformation of the PDS ecosystem. The scheme is approved to continue until March 2031, ensuring long-term institutional support for food security reforms.

Strengthening the National Food Security Architecture

India's Public Distribution System is one of the world's largest food security programmes, serving millions of beneficiaries through an extensive network of Fair Price Shops. However, challenges such as leakages, delays, duplication of records, and monitoring inefficiencies have historically affected its effectiveness.

SARTHAK PDS seeks to address these concerns by creating a digitally integrated, transparent, and data-driven system that can facilitate efficient distribution, improve accountability, and strengthen implementation of the National Food Security Act.

Technology-Driven Transformation

A key feature of SARTHAK PDS is the extensive use of emerging technologies to modernise food grain distribution.

The scheme proposes the adoption of:

• Artificial Intelligence (AI)
• Machine Learning (ML)
• Natural Language Processing (NLP)
• Blockchain Technology

These technologies will be used to optimise supply chain management, improve beneficiary authentication, detect anomalies, minimise leakages, and enhance operational efficiency across the PDS network.

The use of AI-enabled analytics can help identify distribution gaps, forecast demand patterns, and improve decision-making, while blockchain-based systems can enhance transparency and traceability in food grain movement.

Unified Data Architecture and Real-Time Monitoring

One of the most significant reforms under SARTHAK PDS is the creation of unified databases and standardised digital architecture across states and Union Territories.

This integrated platform will enable:

• Real-time monitoring of food grain movement.
• Better coordination among stakeholders.
• Seamless data sharing across agencies.
• Improved beneficiary management.
• Enhanced transparency and accountability.

The scheme also envisages the establishment of State Command and Control Centres, which will use data-based oversight mechanisms to monitor operations and improve responsiveness.

Improved Governance and Grievance Redressal

To make the system more citizen-centric, SARTHAK PDS will incorporate AI-enabled grievance redressal mechanisms capable of processing complaints more efficiently and identifying recurring issues. This is expected to reduce delays in service delivery and improve beneficiary satisfaction.

Further, the introduction of ISO-certified process frameworks aims to strengthen transparency, operational security, quality assurance, and sustainability of PDS operations. Standardised procedures across states will help ensure uniform service delivery and reduce administrative inconsistencies.

In News:

In a significant step towards strengthening digital governance and improving welfare delivery, the Ministry of Social Justice and Empowerment has launched the PM-AJAY Portal and the AJAY Mobile App under the Pradhan Mantri Anusuchit Jaati Abhyuday Yojana (PM-AJAY). The initiative aims to fully digitise grassroots-level planning, implementation, monitoring, and beneficiary management under the scheme, thereby enhancing transparency, accountability, and efficiency in the socio-economic development of Scheduled Caste (SC) communities.

The launch reflects the government's broader vision of leveraging technology to improve service delivery, ensure real-time monitoring, and promote evidence-based policymaking in social sector programmes.

About PM-AJAY

The Pradhan Mantri Anusuchit Jaati Abhyuday Yojana (PM-AJAY) is a Centrally Sponsored Scheme (CSS) implemented by the Ministry of Social Justice and Empowerment. It was introduced by rationalising and merging earlier schemes aimed at Scheduled Caste development.

The scheme seeks to improve the socio-economic conditions of Scheduled Castes through targeted interventions focused on poverty reduction, livelihood generation, skill development, infrastructure creation, and enhancement of human development indicators in SC-dominated areas.

Its broader objective is to enable inclusive growth by ensuring that historically disadvantaged communities have access to economic opportunities, quality infrastructure, education, and sustainable livelihoods.

PM-AJAY Portal: A Unified Digital Governance Platform

The newly launched PM-AJAY Portal serves as a central digital database and coordination platform integrating all components of the scheme. It aims to replace fragmented and paper-based processes with a transparent, technology-driven ecosystem.

A key feature of the portal is its comprehensive dashboard, which tracks socio-economic progress across more than 47,000 Scheduled Caste-majority villages and monitors the implementation of benefits reaching over 40 lakh beneficiaries. The dashboard provides real-time monitoring at the national, state, district, and local levels, facilitating data-driven decision-making and improved accountability.

Integration of the Three Components of PM-AJAY

The portal brings together all three major components of the scheme under a single digital architecture.

Adarsh Gram Component

Under this component, traditional paper-based planning will be replaced with digital Village Development Plans (VDPs). The progress of villages will be assessed through monitoring of 50 socio-economic indicatorsacross 10 development domains, enabling systematic tracking of development outcomes and identification of gaps.

Grant-in-Aid for Skilling and Employment

The portal functions as a comprehensive Management Information System (MIS) for this component. It tracks financial allocations, livelihood assistance, beneficiary registration, skill training programmes, placement outcomes, and employment generation activities. This will improve transparency in fund utilisation and facilitate better monitoring of livelihood interventions.

Hostel Component

The digital platform also supports the implementation of hostels for Scheduled Caste students in educational institutions. It enables online proposal submission, project monitoring, inspections, and verification through geo-tagged and time-stamped photographs, ensuring transparency in construction, renovation, and maintenance activities.

AJAY Mobile App: Extending Governance to the Last Mile

The AJAY Mobile App has been developed as a unified mobile platform that extends the functionalities of both the earlier PMAGY and PM-AJAY portals. The app enables stakeholders, field officials, and beneficiaries to access scheme-related services through a user-friendly mobile interface.

The app facilitates:

• Real-time reporting from the field.
• Mobile-based monitoring of development projects.
• Beneficiary-centric service delivery.
• Faster data collection and verification.
• Improved transparency and accountability.
• Strengthened digital governance at the grassroots level.

By enabling instant access to information and field-level updates, the app reduces administrative delays and enhances responsiveness.

Significance

The PM-AJAY Portal and AJAY Mobile App represent a major step towards digital inclusion, social justice, and evidence-based governance. By integrating planning, implementation, monitoring, and evaluation onto a single platform, the initiative is expected to improve scheme effectiveness, ensure better targeting of benefits, and strengthen the socio-economic empowerment of Scheduled Castes.

The initiative also aligns with the principles of Digital India, Minimum Government-Maximum Governance, and outcome-based public service delivery.

In News:

The Sample Registration System (SRS) Statistical Report 2024 highlights a major epidemiological transition in India, with Non-Communicable Diseases (NCDs) accounting for 60% of all deaths during 2022–2024, up from 52.8% during 2015–2017. The findings indicate that chronic diseases have firmly overtaken communicable diseases as the country's principal public health challenge, reflecting patterns increasingly observed in middle- and high-income economies.

India's Epidemiological Transition

The report demonstrates a steady shift from infectious diseases towards chronic and lifestyle-related illnesses. While the combined share of communicable diseases, maternal conditions, perinatal disorders, and nutritional deficiencies declined from 22% in 2015–2017 to 19.7% in 2022–2024, deaths due to NCDs increased significantly.

This transition is driven by rapid urbanisation, changing dietary habits, sedentary lifestyles, population ageing, environmental factors, and improved control over many infectious diseases. However, India continues to face a “double burden of disease”, where communicable diseases persist alongside a rapidly growing NCD burden.

Cardiovascular Diseases: The Biggest Killer

Among all NCDs, cardiovascular diseases (CVDs) emerged as the leading cause of mortality, accounting for 32.1% of all deaths, compared to 27.1% in 2015–2017. The situation is particularly concerning in the economically productive 30–69 years age group, where cardiovascular diseases account for 37.3% of deaths.

Health experts have noted a worrying increase in heart-related illnesses among adults in their thirties and forties. This trend has significant economic implications because it affects a large segment of the workforce, leading to productivity losses, rising healthcare costs, and increased social dependency.

Other major causes of death include:

• Cancer and other neoplasms
• Chronic respiratory diseases
• Digestive diseases
• Respiratory infections

Each of these contributes more than 5% of total mortality.

Demographic Dividend Under Pressure

The report raises concerns about the impact of premature mortality on India's demographic advantage. While 69.3% of deaths occur among individuals aged 55 years and above, the 30–44 years age group accounts for 19.5% of all deaths.

This trend assumes greater significance as India's Total Fertility Rate (TFR) continues to decline, with several states already below the replacement level of 2.1 children per woman. Premature deaths among working-age adults can undermine economic growth and reduce the benefits of the country's demographic dividend.

Rural, Urban and Gender Dimensions

NCDs remain more prevalent in urban areas, where they account for 64.8% of all deaths, compared to 58.8% in rural areas. Similarly, NCDs account for 62.3% of deaths among men and 56.9% among women.

However, the report reveals that NCDs are increasingly becoming the dominant cause of death even among rural populations and women, indicating the deep penetration of lifestyle-related risk factors beyond urban centres.

Mental Health Concerns Among Youth

A particularly alarming finding is that suicide remains the leading cause of death among the 15–29 years age group. Suicides accounted for 19% of deaths in this cohort, up from 16.3% in 2015–2017.

The rise reflects growing mental health challenges linked to unemployment, academic pressure, financial stress, social isolation, and changing societal dynamics. The trend underscores the need for stronger mental health services, awareness campaigns, and community-based interventions.

Regional Variations

The report highlights significant regional disparities. In the Empowered Action Group (EAG) States and Assam—comprising Bihar, Jharkhand, Madhya Pradesh, Chhattisgarh, Odisha, Rajasthan, Uttar Pradesh, Uttarakhand, and Assam—NCDs account for 53.9% of all deaths. In contrast, non-EAG states record a much higher NCD mortality share of 63.5%.

These differences largely reflect varying levels of urbanisation, healthcare access, socioeconomic development, and demographic ageing across regions.

Government Response: National Programme for Prevention and Control of NCDs

Recognising the growing challenge, the Government of India launched the National Programme for Prevention and Control of Non-Communicable Diseases (NP-NCD) in 2010 across 100 districts in 21 states during the Eleventh Five-Year Plan. The programme was subsequently expanded and integrated into the National Health Mission (NHM) in 2013–14.

The programme focuses on:

• Prevention and early detection of NCDs.
• Screening for diabetes, hypertension, and common cancers.
• Health promotion and behavioural change.
• Strengthening healthcare infrastructure and referral systems.

In News:

In a landmark judgment in In Re: Phalodi Accident vs National Highways Authority of India & Others (2025), the Supreme Court of India invoked its extraordinary powers under Article 142 of the Constitution to declare the Right to Safe Travel on National Highways as an integral component of the Right to Life under Article 21. Taking suo motu cognisance of two fatal road accidents in November 2025 that claimed 34 lives, the Court held that the maintenance of safe and motorable roads is not merely an administrative responsibility but a constitutional obligation of the State. The ruling marks a significant expansion of the jurisprudence surrounding Article 21 and reinforces the judiciary's role in ensuring “complete justice.”

Article 142: The Constitutional Instrument of Complete Justice

Article 142(1) empowers the Supreme Court to pass any decree or order necessary for doing “complete justice” in any matter before it. Often described as the Constitution's “safety valve,” this provision enables the Court to bridge legislative or procedural gaps when existing laws fail to provide an adequate remedy.

Unlike powers derived from ordinary statutes, Article 142 is an inherent constitutional authority vested exclusively in the apex court. In Delhi Judicial Service Association vs State of Gujarat (1991), the Supreme Court clarified that statutory limitations cannot curtail its powers under Article 142. Similarly, in Canara Bank vs Debasis Das (2003), the Court emphasized that substantive justice and principles of natural justice must prevail where rigid legal procedures prove inadequate.

The Court has also distinguished its powers from those of High Courts. In Anil Kumar Jain vs Maya Jain (2009), it held that the powers of High Courts under Article 226 are not co-extensive with the extraordinary residuary jurisdiction conferred upon the Supreme Court under Article 142. While High Courts operate within defined constitutional and statutory limits, Article 142 allows the Supreme Court to address emerging challenges and evolving societal needs where legal frameworks remain insufficient.

Highway Safety as a Constitutional Mandate

The judgment draws attention to India's alarming road safety crisis. Although National Highways constitute only about 2% of the country's road network, they account for nearly 30% of all road fatalities. Recognising this disproportionate burden, the Court elevated road safety from a policy objective to a justiciable constitutional right under Article 21.

The ruling is expected to strengthen governmental efforts to achieve the target of reducing road accident deaths by 50% by 2030 through the 4Es framework—Education, Engineering, Enforcement, and Emergency Medical Services. It also reinforces the accountability of road-owning agencies, particularly in ensuring timely maintenance, hazard removal, and adherence to safety standards.

Debate on Judicial Activism and Overreach

The expansive use of Article 142 has long generated debate. Critics argue that frequent judicial intervention risks undermining the doctrine of separation of powers by allowing courts to enter domains reserved for the legislature and executive. They contend that broad judicial directives may transform the Court into a de facto law-making body.

Supporters, however, view Article 142 as an essential tool of judicial activism that enables the Constitution to respond to rapidly changing social realities. They argue that when legislative or executive action is inadequate to protect fundamental rights, the judiciary must intervene as the guardian of constitutional values.

Acknowledging these concerns, the Supreme Court itself has repeatedly emphasized restraint. In Hitesh Bhatnagar vs Deepa Bhatnagar (2011), it held that Article 142 should be exercised with extraordinary care and caution due to its exceptional nature.

In News:

In a significant botanical discovery, researchers have rediscovered Vaccinium piliferum, a rare and endangered wild blueberry species, in the remote forests of Vijoynagar in Arunachal Pradesh's Changlang district after nearly 188 years. The species was last documented in 1836 during the colonial era and had remained unrecorded in scientific literature since then.

About Vaccinium piliferum

Vaccinium piliferum is a rare wild relative of cultivated blueberries and belongs to the Ericaceae family, commonly known as the heath family. This family includes economically and ecologically important plants such as blueberries, cranberries, bilberries, rhododendrons, and heathers.

The genus Vaccinium is globally recognized for its edible berry-producing species and their nutritional as well as medicinal value. Wild relatives such as Vaccinium piliferum are particularly important because they serve as reservoirs of genetic diversity that can help improve cultivated varieties through breeding programmes.

Conservation Status

The species is currently classified as Endangered by the International Union for Conservation of Nature (IUCN).

Its endangered status reflects:

• Restricted geographical distribution.
• Small and fragmented populations.
• Habitat degradation and ecological disturbances.
• Limited scientific documentation and monitoring.

The rediscovery provides an opportunity to undertake detailed population assessments, habitat mapping, and long-term conservation planning to ensure the survival of the species.

Ecological and Scientific Significance

The rediscovery of Vaccinium piliferum has significance beyond taxonomy.

A. Indicator of Eastern Himalayan Biodiversity

The finding reinforces the status of the Eastern Himalayas as a global biodiversity hotspot characterized by:

• High species richness.
• High levels of endemism.
• Diverse climatic and ecological zones.
• Presence of numerous rare and threatened species.

B. Genetic Resource for Agriculture

Wild relatives of crop plants are increasingly recognized as valuable genetic resources. They often possess traits such as:

• Disease resistance.
• Pest tolerance.
• Adaptation to climatic stress.
• Improved nutritional characteristics.

Such traits may become increasingly important for developing climate-resilient agricultural systems.

C. Need for Habitat Conservation

The discovery also highlights the importance of conserving remote forest ecosystems, particularly in northeastern India, where many species remain poorly documented and vulnerable to habitat loss.

Blueberries: An Overview

Blueberries belong to the genus Vaccinium under the Ericaceae family and are among the most economically important berry crops worldwide.

Major Types of Blueberries

• Lowbush Blueberry (Vaccinium angustifolium)
• Highbush Blueberry (Vaccinium corymbosum)
• Bilberry or Forest Blueberry (Vaccinium myrtillus)

These species are widely cultivated in North America and Europe and are increasingly gaining commercial importance globally.

Climatic and Soil Requirements

Blueberries require specific environmental conditions for growth.

Climate

• Prefer relatively cool climates.
• Require 150–1200 chill hours to break dormancy.
• Excessively low temperatures can damage shoots and flower buds.
• Moderate temperatures are essential for flowering and fruit development.

Soil

Blueberries thrive in:

• Well-drained soils.
• Acidic conditions (low pH).
• Sandy loam texture.
• High organic matter content (above 3%).

Their sensitivity to soil and climatic conditions makes them useful indicators of ecosystem health.

Nutritional Importance of Blueberries

Blueberries are widely regarded as a "superfood" because of their rich nutritional profile.

They contain:

• Vitamin C.
• Vitamin K.
• Dietary fiber.
• Manganese.
• Polyphenols and anthocyanins.

These compounds possess strong antioxidant properties that help neutralize free radicals and may contribute to improved cardiovascular, neurological, and metabolic health.

In News:

The recent death of lion cubs in the Gir landscape of Gujarat has drawn attention to the growing challenge of wildlife diseases and the need for robust disease surveillance in protected areas. Authorities suspect that the deaths were linked to a Babesia infection, although laboratory confirmation was awaited at the time of reporting. The incident is significant because Gir is the world's only natural habitat of the Asiatic lion, making any disease outbreak a matter of national and global conservation concern.

What is Babesia?

• Babesia is a genus of microscopic protozoan parasites that infect the red blood cells (RBCs) of animals and humans, causing a disease known as babesiosis.
• The parasite is transmitted primarily through the bite of infected ticks, especially ticks belonging to the Ixodes genus (deer ticks), which are also known for spreading Lyme disease.
• Once inside the host, Babesia parasites invade and multiply within red blood cells, leading to their destruction. As a result, infected animals may suffer from anemia, fever, weakness, lethargy, and reduced immunity. The disease is much more common in animals than in humans and frequently affects cattle, dogs, deer, and other mammals.
• The geographical distribution of Babesia extends across the Americas, Europe, and parts of Asia, particularly in regions where tick populations are abundant.

Symptoms and Impact of Babesiosis

The severity of babesiosis varies depending on the host species, age, and immune status. While many infected individuals may remain asymptomatic or show only mild symptoms, severe infections can lead to:

• High fever
• Severe anemia due to destruction of RBCs
• Weakness and fatigue
• Respiratory distress
• Kidney and liver dysfunction
• Cardiac complications
• Blood clotting abnormalities (coagulopathy)

In wildlife populations, young animals and individuals with weakened immunity are particularly vulnerable.

Importantly, babesiosis is generally not contagious from one individual to another. Transmission occurs mainly through infected ticks. Rarely, the parasite may be transmitted from a pregnant mother to her offspring.

Why is the Incident Significant?

The deaths have renewed concerns about disease vulnerability among Asiatic lions. According to the 2025 lion census,Gujarat is home to approximately 891 Asiatic lions, all concentrated within the Gir landscape and adjoining regions. This concentration creates a unique conservation challenge because any major disease outbreak, natural disaster, or ecological disturbance could threaten the entire wild population of the species.

Wildlife experts have emphasized that Babesia is not a new pathogen in the Gir ecosystem and has existed at low levels among livestock and wildlife for years. However, changing environmental conditions, increasing wildlife densities, interactions with domestic animals, and climate-related factors can increase disease risks. Experts have also cautioned against other pathogens such as Canine Distemper Virus (CDV), which previously caused significant lion mortality and, when combined with Babesia infections, can pose a serious threat to lion populations.

Treatment and Management of Babesiosis

Babesiosis is generally treated using antimicrobial and antiparasitic drugs. The most commonly recommended treatment involves a combination of:

• Atovaquone (antiparasitic drug)
• Azithromycin (antibiotic)

In wildlife settings, however, prevention through vector control, surveillance, and early detection remains more effective than treatment after widespread infection.

In News:

The Department of Telecommunications (DoT) has introduced a series of citizen-centric reforms under the PM-WANI (Prime Minister’s Wi-Fi Access Network Interface) framework to make public Wi-Fi access simpler, more affordable, and widely accessible. The upgrades aim to accelerate broadband penetration and strengthen India's digital public infrastructure ecosystem.

What is PM-WANI?

Launched in December 2020, PM-WANI is a nationwide framework designed to expand affordable broadband access through a decentralized network of public Wi-Fi hotspots. It seeks to democratize internet access by enabling small shops, tea stalls, local businesses, and community establishments to act as internet access points without requiring a telecom licence.

The initiative is implemented by the Department of Telecommunications under the Ministry of Communications.

How Does the PM-WANI Ecosystem Function?

The framework operates through a distributed architecture comprising four components:

• Public Data Offices (PDOs) serve as the last-mile Wi-Fi providers that purchase internet bandwidth from telecom or internet service providers and offer Wi-Fi services to users.
• Public Data Office Aggregators (PDOAs) provide backend support such as authentication, accounting, and network management for multiple PDOs.
• App Providers offer mobile applications through which users can discover nearby Wi-Fi hotspots and access services.
• The Central Registry, maintained by Centre for Development of Telematics, ensures interoperability among all stakeholders.

A key feature of the framework is that PDOs require no licence, no registration and no fee, thereby reducing entry barriers and encouraging widespread participation.

Recent Reforms and Upgrades

To improve user experience, the government has introduced several enhancements.

A major upgrade allows users to connect laptops and other devices by simply scanning a QR code through an already authenticated smartphone, eliminating cumbersome login procedures.

The framework also encourages operators to introduce affordable short-duration "sachet" plans of 15, 30 and 60 minutes, making internet access more convenient for travellers, students and occasional users.

Additionally, standardized hotspot naming conventions incorporating PM-WANI branding have been introduced to help users easily identify authentic and secure public Wi-Fi networks.

In News:

On the sidelines of the 11th Quad Foreign Ministers’ Meeting, the Quad nations—India, the United States, Japan and Australia—unveiled the Quad Critical Minerals Initiative Framework. The initiative, along with a parallel India–US critical minerals partnership, marks a significant step towards securing strategic mineral supply chains and reducing vulnerabilities in emerging technology sectors.

What is the Quad Critical Minerals Initiative?

• The Quad Critical Minerals Initiative is a strategic economic and supply-chain cooperation framework aimed at ensuring reliable access to critical minerals and rare earth elements required for modern industries and national security.
• The initiative reflects the Quad's evolution from a security-focused grouping to a broader platform for economic resilience, technology cooperation and strategic infrastructure development in the Indo-Pacific.
• Its primary objective is to create diversified, secure and resilient supply chains by reducing excessive dependence on any single source, particularly China, which currently dominates the global processing and export of several critical minerals and rare earth elements.

Key Features

• The framework envisages the mobilization of nearly USD 20 billion through public funding, concessional finance and private investment to strengthen critical mineral ecosystems across Quad countries.
• It covers the entire value chain—from mineral exploration and mining to processing, refining, manufacturing inputs and recycling. The initiative also promotes the development of a circular economy through the recovery of strategic minerals from electronic waste and industrial scrap.
• To facilitate seamless cooperation, member countries intend to harmonize regulatory standards, customs procedures and environmental norms. The framework also incorporates national security safeguards through coordinated export controls and monitoring mechanisms to prevent strategic resources from reaching hostile actors.
• Projects supported under the initiative will largely be located within Quad countries and managed by companies based in member states, ensuring strategic ownership and supply security.

Strategic Significance

The initiative is driven by growing concerns regarding China's overwhelming dominance in critical mineral supply chains. China controls a substantial share of global rare earth processing and has increasingly used export restrictions as a strategic tool.

By diversifying supply sources, the Quad seeks to reduce the risk of supply disruptions that could affect key sectors such as electric vehicles, renewable energy, semiconductors, telecommunications and defence manufacturing.

The framework also complements emerging India–US cooperation in critical minerals, leveraging India's growing processing capabilities and manufacturing potential alongside American financing and technological strengths.

In News:

Researchers at the Jawaharlal Nehru Centre for Advanced Scientific Research, Bengaluru, have developed an innovative protein imaging platform called CLEAR (Cleavable Light-Erased Antibody Reporter). The technology enables scientists to visualize and map a large number of proteins within the same biological sample using a single fluorescent marker, overcoming major limitations of conventional imaging techniques.

Why is Protein Imaging Important?

Proteins are the functional molecules that regulate virtually every biological process within cells. Understanding where proteins are located, how they interact, and how their distribution changes during disease is crucial for deciphering cellular behavior.

In diseases such as cancer, the spatial arrangement of proteins within tissues often determines how tumors grow, evade immunity, and respond to treatment. Therefore, high-resolution protein mapping has become an essential tool in modern biomedical research.

What is CLEAR Technology?

CLEAR (Cleavable Light-Erased Antibody Reporter) is a next-generation multiplex spatial protein imaging platform designed to visualize numerous proteins within the same tissue or cell sample while preserving their spatial organization.

Unlike conventional imaging methods that require multiple fluorescent colours for different proteins, CLEAR repeatedly uses a single fluorescent channel through a unique "erase-and-rewrite" mechanism. This allows scientists to build highly detailed molecular maps without being constrained by the limited number of fluorescent colours detectable by microscopes.

How Does CLEAR Work?

The technology is based on a cyclic imaging process.

Initially, specialized antibodies linked to fluorescent markers through light-sensitive chemical bonds are introduced into a tissue sample. These antibodies bind to specific target proteins, and the sample is imaged under a microscope.

Once imaging is completed, the fluorescent signal is removed by exposing the sample to a gentle pulse of 365 nm LED light. The light breaks the photosensitive linker, effectively erasing the fluorescence without damaging the biological specimen.

The sample then becomes available for a new round of protein labeling and imaging using the same fluorescent channel. By repeating this cycle multiple times, researchers can generate highly detailed spatial maps containing information on numerous proteins within a single specimen.

Key Features

One of the most important strengths of CLEAR is its high-plex multiplexing capability. It allows visualization of a much larger number of proteins than conventional fluorescence microscopy.

The technology is also notable for its live-cell compatibility. Traditional multiplex imaging often requires harsh chemicals or heat treatments to remove fluorescent signals, which can damage tissues and cells. CLEAR relies on gentle light-based erasure, preserving biological integrity.

Another major advantage is its ability to capture the precise spatial distribution of proteins within tissues. Such spatial information is critical for understanding cellular communication, tumor microenvironments, and disease progression.

By repeatedly utilizing a single fluorescent channel, CLEAR also reduces dependence on expensive multi-laser imaging systems, improving cost efficiency and workflow speed.

Significance for Cancer Research

Cancer is not merely a collection of abnormal cells but a complex ecosystem involving tumor cells, immune cells, blood vessels, and surrounding tissues. Understanding this microenvironment requires the simultaneous mapping of multiple proteins.

CLEAR enables researchers to:

• Identify protein interaction networks within tumors.
• Understand mechanisms of cancer progression and metastasis.
• Study immune cell infiltration and tumor immune evasion.
• Discover novel diagnostic biomarkers.
• Improve precision medicine and targeted therapies.

The technology can help researchers develop more personalized treatment approaches based on detailed molecular characteristics of individual tumors.

In News:

The Ministry of Environment, Forest and Climate Change (MoEFCC) has released insights from India’s First National Report on the Nagoya Protocol on Access and Benefit Sharing (ABS). The report highlights India's progress in implementing a transparent and equitable framework for the utilization of biological resources while ensuring that benefits arising from their use reach local communities and traditional knowledge holders.

Understanding the Nagoya Protocol

• The Nagoya Protocol on Access to Genetic Resources and the Fair and Equitable Sharing of Benefits Arising from their Utilization is a supplementary agreement to the Convention on Biological Diversity. It was adopted in 2010 and came into force in 2014.
• The protocol seeks to ensure that countries and communities providing biological resources receive a fair share of the benefits generated from their commercial or research utilization.
• It aims to balance biodiversity conservation with economic development and scientific innovation.
• The framework rests on three core principles: Prior Informed Consent (PIC), Mutually Agreed Terms (MAT), and Fair and Equitable Benefit Sharing.
• It also protects traditional knowledge associated with biological resources and seeks to prevent biopiracy through international compliance mechanisms.

India's Performance under the Nagoya Protocol

• The report highlights India's robust implementation of the Access and Benefit Sharing framework between 2017 and 2025.
• During this period, India granted more than 12,800 ABS approvals, reflecting the growing use of biological resources for research, pharmaceuticals, agriculture, biotechnology, and industrial applications. The National Biodiversity Authority (NBA) and State Biodiversity Boards have played a central role in processing these approvals.
• A particularly notable achievement is India's dominance in the issuance of Internationally Recognized Certificates of Compliance (IRCCs). With over 3,500 certificates, India accounts for more than 60% of all such certificates issued globally, indicating strong compliance with international biodiversity governance standards.
• The ABS mechanism has also generated substantial economic benefits. Revenue collections exceeding ?216 crore have been realized, with a significant share already transferred to local communities, conservers, and biodiversity stakeholders. These funds support conservation activities, livelihood enhancement, and habitat restoration efforts.

Community-Based Biodiversity Governance

A major strength of India's ABS framework is its decentralized institutional architecture.

• The country has established a vast network comprising the National Biodiversity Authority, State Biodiversity Boards, and more than 2.76 lakh Biodiversity Management Committees (BMCs) functioning at the local level. These institutions play a critical role in documenting biological resources, safeguarding traditional knowledge, and facilitating benefit-sharing arrangements.
• The report also highlights extensive capacity-building efforts, including thousands of training programmes and workshops aimed at strengthening awareness among local communities, government officials, scientists, and biodiversity managers.

In News:

The Union Ministry of Home Affairs (MHA) has constituted a High-Level Committee to examine demographic changes arising from illegal immigration and other abnormal factors. The committee has been tasked with conducting a scientific assessment of demographic shifts and recommending policy measures to address their implications for national security, governance, resource allocation, and socio-cultural stability.

Background

Concerns regarding demographic changes linked to illegal migration have been particularly pronounced in border states such as Assam, West Bengal, Meghalaya, Tripura, and parts of Jharkhand. The issue has long featured in debates relating to border management, indigenous rights, internal security, and electoral integrity.

The committee comes at a time when India is preparing for the 2027 Census, making updated demographic assessment increasingly important.

Composition and Mandate

The committee is chaired by Justice Prakash Prabhakar Navlekar, former Supreme Court judge and former Lokayukta of Madhya Pradesh. It also includes the Census Commissioner and other experts.

The panel has been directed to submit its report within one year (by May 2027), with provision for a six-month extension if required.

Its key responsibilities include:

• Conducting a data-driven assessment of demographic changes linked to illegal immigration and abnormal migration patterns.
• Studying demographic variations across religious and social groups in regions showing unusual population trends.
• Recommending mechanisms for Centre–State coordination on demographic management.
• Suggesting institutional frameworks for identification, detention, and deportation of undocumented migrants.
• Strengthening border management, identity verification systems, and migration-monitoring mechanisms.

Why is the Study Important?

Internal Security and Sovereignty

Illegal migration across porous borders has long been viewed as a security concern. In Sarbananda Sonowal v. Union of India, the Supreme Court observed that large-scale illegal migration into Assam amounted to "external aggression" and invoked Article 355 of the Constitution.

Migration corridors are also vulnerable to exploitation by networks involved in:

• Human trafficking
• Arms smuggling
• Cross-border crime
• Potential infiltration by extremist elements

Protection of Indigenous Communities

Several tribal and indigenous regions, particularly in the Northeast and parts of Jharkhand, have expressed concerns regarding demographic pressures on land ownership, cultural identity, and political representation.

Protective mechanisms such as the Santhal Pargana Tenancy Act, 1876, and constitutional safeguards under the Fifth and Sixth Schedules seek to protect tribal interests. A demographic assessment may help evaluate the effectiveness of these protections.

Socio-Economic Pressures

Population growth beyond natural demographic trends can place pressure on: housing, healthcare, education, employment opportunities, and public infrastructure. Such pressures can contribute to social tensions and competition over limited resources.

Electoral Integrity

Concerns have also been raised regarding the alleged acquisition of identity documents by undocumented migrants. Accurate demographic data is considered essential for maintaining the integrity of electoral rolls and democratic processes.

Constitutional and Legal Framework

• Article 355: Article 355 imposes a duty on the Union to protect States against:External aggression and Internal disturbance. This provision is frequently cited in discussions concerning illegal immigration and border security.
• Citizenship Act, 1955: The Act provides the legal framework for acquisition and termination of Indian citizenship. Section 6A was inserted following the Assam Accord to address citizenship issues specific to Assam.
• Foreigners Act, 1946: The Act empowers the government to identify, regulate, detain, and deport foreigners. It places the burden of proof on the individual to establish Indian citizenship.
• Fifth and Sixth Schedules: These constitutional provisions safeguard tribal autonomy, land rights, and cultural identity in designated tribal regions.

Important Judicial Developments

• Sarbananda Sonowal v. Union of India (2005): The Supreme Court held that unchecked illegal migration into Assam constituted a threat to national security and invoked Article 355.
• Assam SanmilitaMahasangha v. Union of India (2014): The Court directed a time-bound update of the National Register of Citizens (NRC) in Assam to identify undocumented migrants.

Key Committee and Commission Reports

• Lt. Gen. S.K. Sinha Report (1998): Highlighted the security implications of demographic changes in border regions and their impact on national integration.
• Upamanyu Hazarika Commission (2015): Warned about demographic shifts affecting indigenous populations in Assam.
• Madhukar Gupta Committee (2016): Recommended the Comprehensive Integrated Border Management System (CIBMS), emphasizing technology-driven border surveillance through sensors, thermal imagers, and smart monitoring systems.

India's Broader Demographic Context

Declining Fertility

According to recent demographic estimates:

• India's Total Fertility Rate (TFR) has fallen below replacement level.
• NFHS-5 estimates place TFR at approximately 2.0.
• SRS data indicate a further decline to around 1.9.

This suggests long-term population stabilization.

Regional Demographic Divide

A significant North-South demographic divide is emerging:

• Southern states such as Kerala and Tamil Nadu have very low fertility rates and aging populations.
• Northern states such as Bihar and Uttar Pradesh continue to have relatively higher fertility rates and younger populations.

Demographic Dividend Window

India currently enjoys a demographic advantage with a median age of around 28 years. However, this window is expected to narrow as the elderly population grows substantially by 2050.

In News:

Lok Sabha Speaker Om Birla formally reconstituted four parliamentary committees for the 2026–27 financial year, with terms expiring on April 30, 2027. Congress leader KC Venugopal was reappointed as Chairperson of the Public Accounts Committee (PAC).

• The BJP raised objections regarding the committee's perceived inclination to take up issues suo motu — on its own initiative — without prior referral, highlighting a potential divergence in understanding the scope and operational autonomy of the PAC.
• The panel also expressed concern over pending Action Taken Notes and a heavy backlog in the Audit Para Monitoring System.

What is the PAC?

• The Public Accounts Committee is the oldest parliamentary committee in India, established in 1921 under British rule.
• It is constituted every year and serves as Parliament's primary instrument for scrutinising government finances after funds have been spent.
• Its core purpose is to audit the revenue and expenditure of the Government of India, ensuring that public funds are spent efficiently, legally, and in accordance with Parliamentary intent.

Composition and Membership

• The PAC consists of 22 members — 15 from Lok Sabha and 7 from Rajya Sabha. The Chairperson is appointed by the Speaker from amongst Lok Sabha members and is, by convention, drawn from the principal Opposition party. This tradition was formally established in 1967–68, when the Speaker for the first time appointed a member of the Opposition as Chairperson.
• Importantly, ministers cannot be members of the PAC, preserving the committee's independence from the executive. Each member serves a term of one year.

Functions of the PAC

• Examining CAG Reports — The PAC scrutinises the reports of the Comptroller and Auditor General (CAG) of India on government expenditure. The CAG acts as the eyes and ears of Parliament, and the PAC acts as the enforcement arm that follows up on audit findings.
• Ensuring Proper Utilisation of Funds — It verifies that money sanctioned by Parliament has been spent for the purposes for which it was granted — no more, no less.
• Investigating Irregularities — The committee investigates financial irregularities, losses, and inefficiencies in government spending, and can call senior government officials and even heads of regulatory bodies to depose before it.
• Action Taken Notes (ATNs) — Ministries and departments are required to submit ATNs explaining what action they have taken on the PAC's recommendations. Pending ATNs represent a significant accountability gap, which the reconstituted committee has flagged as a priority concern.

In News:

At its annual developer conference (Google I/O 2026), Google unveiled Information Agents, a feature built into Search that monitors the web on behalf of users. It represents one of the most significant shifts in how search engines interact with information since Google's founding.

What is an Information Agent?

An information agent is a computational software entity, a type of intelligent agent — that may access one or multiple, distributed, and heterogeneous information sources and proactively acquires, mediates, and maintains relevant information on behalf of its users.

The core purpose of information agents is to cope with the difficulties associated with information overload — the problem of too much data being available for a user to process and monitor manually.

How Information Agents Work — Key Capabilities

• Semantic Brokering of Information: Information agents go beyond simple retrieval. They semantically broker information by providing pro-active resource discovery, resolving the information impedance between information consumers and providers, and offering value-added information services and products to the user or other agents.
• Continuous Background Monitoring: Unlike traditional search tools that respond only when prompted, Google's information agents operate continuously — 24/7 — tracking topics a user has expressed interest in and pushing relevant updates proactively.
• Multi-Source Synthesis: The information sources accessible to agents may be of many types, including traditional databases, websites, and even other information agents — enabling a layered, interconnected web of intelligence gathering.

Illustrative Example

A user who has heard about a researcher proposing something called "agent-oriented programming" asks the agent to investigate. After carefully searching various sources, the agent returns not just with a relevant technical report, but also the name and contact details of the researcher involved — without the user having to visit a single website manually.

In Google's current implementation, similar scenarios play out in everyday life: a user tracking housing markets, flight prices, stock movements, or sports events simply sets a goal, and the agent does the continuous monitoring, notifying the user only when something relevant occurs.

Google's Implementation at I/O 2026

• How to Use It: Users open AI Mode in Google Search, enter a natural language prompt describing what they want to track, and the agent begins monitoring. Push notifications are sent when relevant updates are found. Active agents are visible in the AI Mode history, where users can manage, refine, or deactivate them.
• Rollout: Information agents will first be available to Google AI Pro and Ultra subscribers in the US during summer 2026, before expanding to additional markets.
• Beyond Google Alerts: The feature is considered the next evolution of Google Alerts (launched in 2003), but goes significantly further — rather than merely flagging keyword mentions, it synthesises information, explains context, compares perspectives, and offers actionable insights.

Concerns Raised

• Privacy: Always-on AI monitoring means users must share deeply personal data — budgets, schedules, preferences, locations — to get relevant results. This creates large pools of sensitive information concentrated within a single platform, raising serious data sovereignty concerns.
• Web Infrastructure: Since AI agents retrieve and summarise content without users visiting source websites, independent publishers and smaller platforms stand to lose significant web traffic — threatening the advertising-based economic model that sustains most of the open web.
• Centralisation: Critics warn that if a single platform becomes the primary gateway through which users access and filter online information, it could lead to dangerous centralisation of the internet — with Google acting as both the librarian and the library.

Significance

Information agents represent a paradigm shift from reactive search (user asks → engine responds) to proactive intelligence (agent monitors → agent informs). While they promise to dramatically reduce information overload, they simultaneously raise profound questions about privacy, the sustainability of independent web publishing, and the concentration of power in the hands of a few Big Tech platforms.

In News:

President Droupadi Murmu today conferred Padma Awards to 66 eminent personalities for the year 2026 at the first Civil Investiture Ceremony held at Rashtrapati Bhavan. 

About Padma Awards:

The Padma Awards are among the highest civilian honours of India, announced annually on the eve of Republic Day. They are designed to recognise works of distinction and celebrate exceptional achievements or service where an element of public service is involved. The awards are structured into three distinct tiers:

• Padma Vibhushan is conferred for exceptional and distinguished service — the highest of the three tiers.
• Padma Bhushan is conferred for distinguished service of a high order.
• Padma Shri is conferred for distinguished service in any specific field.

History

• The Government of India instituted two civilian awards in 1954 — the Bharat Ratna and the Padma Vibhushan. Originally, the Padma Vibhushan was classified into three tiers: Pahela Varg (First Class), Dusra Varg (Second Class), and Tisra Varg (Third Class). These were subsequently renamed as the Padma Vibhushan, Padma Bhushan, and Padma Shri via a Presidential Notification issued on January 8, 1955.
• The awards have been announced every year since their inception, except for brief suspensions during 1978–1979 and 1993–1997.

Process of Selection

• Open Nominations — The nomination process is heavily democratised and open to the general public. Citizens can nominate inspiring individuals, and self-nomination is also explicitly permitted.
• The Evaluating Committee — All entries are screened by the Padma Awards Committee, which is constituted by the Prime Minister every year. The panel is headed by the Cabinet Secretary and includes the Union Home Secretary, the Secretary to the President, and four to six eminent public personalities.
• Final Approval — The committee's recommendations are submitted directly to the Prime Minister and the President of India for final executive clearance.

Eligibility Criteria

• All individuals, without any distinction of race, occupation, position, or sex, are fully eligible for these awards. However, government servants — including professionals working with Public Sector Undertakings (PSUs) — are generally not eligible. Notably, doctors and scientists are completely exempt from this restriction and remain eligible based on their research, advancements, or clinical service.

Key Features

• Disciplines Covered — Awards are distributed across fields including Art, Social Work, Public Affairs, Science & Engineering, Trade & Industry, Medicine, Literature & Education, Civil Service, and Sports.
• Annual Cap — The maximum number of awards in a single year cannot exceed 120. This cap, however, excludes posthumous awards and those presented to NRIs, Foreigners, or Overseas Citizens of India (OCIs).
• Posthumous Clause — The award is normally not conferred posthumously. However, in highly deserving or exceptional cases, the government can break this convention.
• Five-Year Elapsing Rule — A recipient can only be upgraded to a higher tier if at least five years have elapsed since the conferment of their earlier category. The Awards Committee may relax this rule in extraordinary circumstances.
• Not a Title — In accordance with Article 18 of the Constitution of India, these awards do not amount to a title and cannot be used as a prefix or suffix to the awardee's name. Any commercial or public misuse forfeits the honour.
• Presentation Insignia — Recipients receive a Sanad (a formal certificate) signed directly by the President of India, along with a primary medallion and a small wearable replica for ceremonial state functions.

In News:

The Ukrainian President recently confirmed that Russia used the Oreshnik missile during a mass drone and missile attack on Kyiv. This marks the third reported use of the weapon in the Russia-Ukraine war. It was first deployed in November 2024 to strike the Ukrainian city of Dnipro.

What is the Oreshnik?

• It is a Russian-made intermediate-range hypersonic ballistic missile, believed to be derived from the RS-26 Rubezh ballistic missile system. Its name means "hazel tree" or "hazelnut tree" in Russian. It is capable of carrying both nuclear and conventional warheads.

Key Technical Specifications

• The missile is estimated to be 15 to 18.5 metres long with a diameter of approximately 1.9 metres. It travels at Mach 10 — roughly 2.5 to 3 kilometres per second — and has a reported range of 5,000 kilometres. It is launched from a mobile transporter-launcher and carries 6 to 8 warheads via MIRV technology.

Defining Features

• Multiple Independently Targetable Re-entry Vehicles (MIRVs): The Oreshnik carries 6 to 8 warheads, each capable of being directed at a different target simultaneously. This multi-warhead capability complicates air defence interception and is typically associated with longer-range intercontinental ballistic missiles — making it unusual for an intermediate-range system.
• Hypersonic Speed: Travelling at Mach 10 — approximately ten times the speed of sound — the missile is extremely difficult to intercept using existing air defence systems.
• Mobile Launch Platform: Being mounted on a mobile transporter and launcher enables rapid deployment and concealment, making it harder to detect and neutralise before launch.

Strategic Range & Reach

• With a reported range of 5,000 km, the Oreshnik can strike targets across all of Europe and potentially reach the west coast of the United States — giving it significant strategic depth well beyond the immediate theatre of the Russia-Ukraine conflict.

In News:

Union Commerce Minister Piyush Goyal recently announced the launch of guidelines for the BHAVYA Scheme under which the Centre plans to develop 100 industrial parks across the country.

The scheme carries a financial outlay of ?33,660 crore and aims to create manufacturing and investment hubs through plug-and-play industrial parks in partnership with state governments.

Key Objectives

• Develop 100 investment-ready, world-class industrial parks over six years (2026–27 to 2031–32)
• Support Make in India and PM GatiShakti by creating integrated manufacturing zones
• Promote cluster-based industrial development, enabling manufacturers, suppliers, and service providers to operate in proximity — strengthening domestic supply chains and employment

Rollout Plan

• Applications for 20 parks will be invited in the first two months, followed by another 30 parks in the next two months, while the remaining 50 parks will be taken up in a subsequent phase. Goyal expects 50 parks to be operationalised within three years.

Financial Support

• Industrial parks will range from 100 to 1,000 acres, with financial assistance of up to ?1 crore per acre for infrastructure development. Support will cover internal roads, underground utilities, drainage systems, common treatment facilities, warehousing, testing labs, and worker housing.
• For proposals involving private sector partnerships, the Centre would provide assistance of ?50 lakh per acre. External infrastructure support of up to 25% of the project cost has also been proposed to improve connectivity with transport and logistics networks.

Implementation Framework

• The parks will be developed under the National Industrial Corridor Development Programme (NICDP) framework in partnership with states and private sector players. The National Industrial Corridor Development Corporation (NICDC), under DPIIT, will anchor implementation.
• States are required to set up Special Purpose Vehicles (SPVs) under the Companies Act, 2013, notify planning authorities, and establish single-window clearance systems for faster approvals.

Project Selection

Project selection will be carried out through a challenge-based process focused on investment-ready and reform-oriented proposals. States offering better facilities such as land, water, and power are likely to attract more investors. Rajasthan, Maharashtra, West Bengal, and Haryana have already shown interest.

Special Provisions

• Hilly states, NE states, UTs, and smaller states: Minimum land requirement reduced to 25 acres (vs. 100 acres for other states)
• Eligible for both greenfield and brownfield industrial parks
• Parks aligned with PM GatiShakti National Master Plan for multimodal connectivity and last-mile access
• Provisions for green energy and sustainable resource use