In News:

In a significant technological development, Google has announced a new research initiative called Project Suncatcher, aimed at exploring the feasibility of hosting AI data centres in space using solar-powered satellite constellations. The project reflects an emerging intersection of artificial intelligence, space technology, and sustainable energy, with potential long-term implications for global computing infrastructure.

What is Project Suncatcher?

Project Suncatcher is a “moonshot” research initiative by Google that seeks to examine whether space can serve as a scalable and sustainable platform for AI compute systems. The core idea is to deploy high-performance AI accelerators on satellites powered directly by solar energy, thereby creating a space-based data centre ecosystem.

The initiative has been driven by the rapidly growing energy and water footprint of terrestrial AI data centres, which are increasingly straining environmental resources. According to Google, space offers access to virtually uninterrupted solar power, making it an attractive alternative for energy-intensive AI workloads.

Key Features and Technical Architecture

• Solar-Powered Satellite Constellation
  • The proposed system consists of a constellation of modular satellites, likely placed in dawn–dusk sun-synchronous low Earth orbit (LEO), ensuring near-continuous exposure to sunlight.
  • Solar panels in space could generate significantly more power than those on Earth due to the absence of atmospheric losses.
• AI Compute in Space
  • Each satellite would host Google’s Tensor Processing Units (TPUs), which are specialised chips designed for machine learning and AI tasks.
  • Google claims that space-based solar generation could make these systems several times more powerful than Earth-based equivalents.
• High-Speed Optical Communication
  • Satellites would be interconnected using free-space optical communication (laser-based links), enabling data transfer at tens of terabits per second.
  • Early terrestrial tests have demonstrated bidirectional speeds of over 1.6 Tbps, which Google believes can be scaled further in space.
• Prototype Testing and Partnerships
  • Google plans to launch two prototype satellites by early 2027, in partnership with Planet Labs, to test durability, performance, and reliability in orbit.
  • Initial experiments indicate that Google’s Trillium-generation TPUs can withstand radiation levels equivalent to a five-year space mission without permanent failure.

Engineering and Operational Challenges

Despite its promise, Project Suncatcher faces several complex challenges:

• Thermal management of high-performance chips in the vacuum of space.
• Ensuring long-term on-orbit reliability of AI hardware.
• Maintaining ultra-high-speed inter-satellite communication at close orbital distances.
• High launch and maintenance costs, along with space debris and regulatory concerns.

These challenges imply that Project Suncatcher remains a long-term research effort rather than a near-term commercial deployment.

In News:

The Indian Space Research Organisation (ISRO) successfully launched CMS-03 (GSAT-7R), India’s heaviest communication satellite, aboard the LVM3-M5 launch vehicle from Sriharikota. The mission strengthens India’s strategic communication architecture, particularly maritime and defence networks, while reinforcing self-reliance in heavy satellite launch capability.

CMS-03 (GSAT-7R)

• CMS-03, also known as GSAT-7R, is an advanced multi-band communication satellite designed to enhance secure, high-capacity communication links across land and oceanic regions.
• It replaces the ageing GSAT-7 “Rukmini” and significantly expands India’s maritime communication footprint.
• Developed by: ISRO under the Department of Space, with all stages, subsystems, and payloads built using indigenous technology.
• Key Objectives:

• To provide secure, high-bandwidth communication for defence, especially the Indian Navy.
• To enhance network-centric warfare, fleet coordination, and maritime domain awareness.
• To strengthen India’s digital, strategic, and disaster management communication infrastructure.
• To expand India’s oceanic communication footprint under Atmanirbhar Bharat.

• Major Features

• Mass: 4,410 kg — heaviest Indian satellite launched from Indian soil.
• Bands & Payloads: Multi-band communication including C, extended-C, Ku, Ka, and support for UHF & S bands for strategic defence applications.
• High-throughput transponders supporting broadband, satellite internet, and real-time secure data flow.
• Coverage: Entire Indian mainland and wide Indian Ocean Region (IOR), including remote and contested waters.
• Mission Life: ~15 years.
• Role in Naval Operations:
  • Backbone of the Navy’s communication grid.
  • Supports secure voice, video, and data links between warships, submarines, aircraft, and command centres.
  • Enhances situational awareness, joint operations, and maritime security.

LVM3-M5

• The Launch Vehicle Mark-III (LVM3), known as the “Baahubali” of Indian rockets, is ISRO’s most powerful three-stage heavy-lift launcher capable of placing 4-tonne class satellites into Geosynchronous Transfer Orbit (GTO).
• Key Objectives:

• To ensure self-reliance in launching heavy communication and strategic satellites.
• To reduce dependence on foreign launch services.
• To support future deep-space, high-mass, and crewed platforms.

• Key Features
  • Three-stage configuration:
    • Two S200 solid boosters
    • One L110 liquid core stage
    • C25 cryogenic upper stage with an indigenously developed engine

• Capabilities:
  • 4,000 kg to GTO
  • 8,000 kg to Low Earth Orbit (LEO)
• Mass & Size: 641 tonnes; 43.5 metres tall.
• Cryogenic re-ignition test conducted for future multi-satellite deployment.
• Developed by Vikram Sarabhai Space Centre (VSSC) with enhanced payload efficiency (~10%).
• Proven reliability in eight consecutive missions, including Chandrayaan-3 and now CMS-03.
• Candidate launcher for future Gaganyaan crewed missions.

In News:

At the 43rd Session of the UNESCO General Conference held in Samarkand, Uzbekistan, Lucknow was officially inducted into the UCCN under the Gastronomy category, recognising its historic culinary heritage—especially Awadhi cuisine.

Cultural Basis of Selection

The nomination emphasised:

• Classical Awadhi dishes: galouti kebab, nihari-kulcha, tokri chaat, puri-kachori.
• Renowned desserts: malai gilori, makhan malai.
• The city’s unique Ganga-Jamuni tehzeeb, reflecting harmonious Hindu-Muslim cultural fusion.

Significance of the Recognition

• Enhances international visibility of Lucknow’s culinary heritage.
• Supports sustainable tourism and preservation of traditional recipes.
• Boosts local livelihoods of chefs, artisans, and food entrepreneurs.
• Strengthens India’s soft-power diplomacy using culture and cuisine.

About UNESCO Creative Cities Network (UCCN)

The UNESCO Creative Cities Network (UCCN), established in 2004, aims to promote cooperation among cities that identify creativity and cultural industries as drivers of sustainable urban development. The network strengthens cultural diversity and enhances resilience to global challenges such as climate change, inequality, and rapid urbanisation.

UCCN currently includes 350+ cities worldwide, classified into seven creative fields:

• Crafts & Folk Arts
• Media Arts
• Film
• Design
• Gastronomy
• Literature
• Music

Objectives of UCCN

• Mainstream creativity as a strategic component of urban planning and development.
• Foster public-private-civil society partnerships in cultural sectors.
• Promote innovation hubs and expand opportunities for artists, professionals, and cultural enterprises.
• Support cities in advancing the UN Sustainable Development Agenda through culture-led growth.

India and the UCCN

Before 2025, India had eight member cities. With Lucknow’s addition, the total now stands at nine.

Indian Cities in UCCN

In News:

The Axial Seamount, an active underwater volcano located in the northeast Pacific Ocean off the coast of Oregon (USA), has shown increased seismic activity, prompting scientists to warn of a possible eruption in the near future. Despite the alert, experts emphasize that any eruption would pose no threat to coastal populations due to the volcano’s great depth.

Location & Geological Setting

• Located ~300 miles off the Oregon coast in the Pacific Ocean.
• Situated on the Juan de Fuca Ridge, a divergent boundary between the Pacific Plate and the Juan de Fuca Plate.
• Classified as a shield volcano with a summit caldera.
• Rises to a depth of approx. 1,400 m (≈4,900 ft) below sea level.
• Formed by a hotspot, where mantle plumes rise beneath the oceanic crust.

Scientific Importance

• Considered the most active submarine volcano in the northeast Pacific.
• Documented eruptions: 1998, 2011, 2015.
• The 2015 eruption triggered:
  • ~8,000 earthquakes
  • 400-ft-thick lava flows
  • Seafloor subsidence of nearly 8 ft

Current Activity

• Recent USGS-recorded quakes of M4.8 and M5.4 occurred close to Axial Seamount.
• Over 2,000 micro-earthquakes in a single day were noted this year.
• Scientists expect the next eruption between late 2025 and early 2026, though the timing remains unpredictable.
• Surface uplift has been observed, matching levels seen prior to the 2015 eruption.

Hydrothermal Vent Ecosystem

• Hosts hydrothermal vents, releasing super-heated, mineral-rich fluids.
• Supports unique chemosynthetic ecosystems, including:
  • Microbes using volcanic gases for energy
  • Giant tubeworms
  • Crabs, clams, fish, octopuses
• Provides a natural laboratory for studying extreme environments and deep-sea biodiversity.

Monitoring Infrastructure

• Part of the Ocean Observatories Initiative (OOI).
• Hosts the New Millennium Observatory (NeMO) — the world’s first underwater volcanic observatory.
• Real-time monitoring via undersea cables transmitting continuous data on:
  • Seismic activity
  • Gas emissions
  • Vent temperatures
  • Seafloor deformation

Hazards & Human Impact

• Despite increased activity, eruptions do not threaten humans or coastal infrastructure.
• Events occur deep underwater and may pass unnoticed at the surface.
• However, they are crucial for advancing scientific understanding of:
  • Mid-ocean ridge volcanism
  • Crustal formation
  • Seafloor hydrothermal systems

In News:

The United Nations Environment Programme (UNEP) has released its flagship Adaptation Gap Report (AGR) 2025, titled “Running on Empty”.

The report warns that the global climate adaptation finance gap for developing countries has widened sharply, threatening progress toward climate resilience and the Sustainable Development Goals (SDGs).

About the Adaptation Gap Report (AGR)

• Publisher: UNEP–Copenhagen Climate Centre, with global institutional contributions.
• Purpose: Tracks progress in climate adaptation planning, implementation, and finance, assessing global preparedness against climate impacts.
• Relevance: Supports policy negotiations under the UNFCCC and upcoming COP30 (Belém, Brazil).

Key Findings

1. Escalating Finance Needs

• Developing nations will require USD 310–365 billion annually by 2035, potentially rising to USD 440–520 billion when adjusted for inflation.
• The growing need reflects increasing risks from both rapid- and slow-onset climate events—heatwaves, floods, sea-level rise, and glacial melt.

2. Widening Adaptation Finance Gap

• Current adaptation finance (2023): Only USD 26 billion, covering just one-twelfth of total requirements.
• Finance gap: USD 284–339 billion annually.
• Falling trends: Funding fell from USD 28 billion (2022), meaning the Glasgow Climate Pact target of doubling adaptation finance by 2025 will likely be missed.

3. Debt-Heavy and Unequal Finance

• About 58% of adaptation finance is in the form of loans, many non-concessional—deepening debt vulnerabilities among developing nations.
• This creates a growing risk of “adaptation debt traps”, undermining the principle of climate justice.

4. Progress and Planning Gaps

• 172 countries have at least one National Adaptation Plan (NAP); however, 36 of them are outdated.
• 1,600+ adaptation actions have been reported globally, primarily in agriculture, water, biodiversity, and infrastructure, but few measure tangible resilience outcomes.
• Small Island Developing States (SIDS) show the highest integration of adaptation into national policies.

5. Limited Private Sector Role

• The private sector contributes only USD 5 billion annually, despite potential investment capacity up to USD 50 billion with supportive de-risking mechanisms.
• Low engagement is attributed to high risk perceptions and limited blended-finance instruments.

6. Multilateral Fund Support

• Disbursements through the Green Climate Fund (GCF), Global Environment Facility (GEF), and Adaptation Fund reached USD 920 million in 2024—an 86% rise over the previous five-year average, though UNEP warns this may be temporary.

Global Frameworks and Roadmaps

Baku–Belém Roadmap (COP29–COP30)

• Envisions USD 1.3 trillion per year by 2035 in total climate finance.
• Stresses the need for grant-based and concessional instruments rather than debt-heavy finance.
• Aims to align finance, transparency, and adaptation under a “global collective effort” (mutirão global) led by Brazil’s COP30 presidency.

New Collective Quantified Goal (NCQG)

• Proposed USD 300 billion by 2035, but UNEP cautions that it is insufficient and not inflation-adjusted, hence failing to meet real adaptation needs.

India and the Adaptation Gap Report 2025

1. National and Regional Context

• India’s climate strategy now prioritises adaptation-centric policies over mitigation, focusing on resilient agriculture, water systems, and disaster management.
• Frequent heatwaves, floods, and glacial retreats heighten India’s vulnerability, underscoring the need for adaptive investments.

2. Policy and Institutional Response

• India’s National Action Plan on Climate Change (NAPCC) and State Action Plans align with UNEP’s adaptation priorities.
• Initiatives like the International Solar Alliance (ISA), Coalition for Disaster Resilient Infrastructure (CDRI), and LiFE Mission showcase India’s global leadership in climate diplomacy.

3. Financial and Structural Constraints

• India continues to face adaptation investment gaps, relying heavily on concessional and multilateral finance.
• Domestic efforts like the National Adaptation Fund for Climate Change (NAFCC) are under fiscal strain due to limited international flow.

4. Developmental Balancing

• India maintains that development precedes decarbonisation, in line with the principle of Common But Differentiated Responsibilities and Respective Capabilities (CBDR–RC).
• The Economic Survey 2024–25 reiterates that achieving developed-nation status by 2047 is essential before aggressive deep decarbonisation.
• India remains committed to Net Zero by 2070, consistent with its Long-Term Low Emissions Development Strategy (LT-LEDS).

In News:

• National Unity Day (Rashtriya Ekta Diwas) is observed annually on 31 October to mark the birth anniversary of Sardar Vallabhbhai Patel, India’s first Deputy Prime Minister and Home Minister.
• Introduced in 2014, the day highlights Patel's pivotal role in consolidating the nation by integrating over 560 princely states into the Indian Union at the time of Independence— a task that earned him the enduring title, the “Iron Man of India.”
• The year 2025 marks the 150th birth anniversary of Sardar Patel, and the commemorative events have been organised on an unprecedented scale at the Statue of Unity in Ekta Nagar, Gujarat, led by Prime Minister Narendra Modi.
• The celebrations highlight the theme “Unity in Diversity”, underscoring India’s multicultural character and the importance of national cohesion.

Historical Significance of Sardar Vallabhbhai Patel

• Born on 31 October 1875 in Nadiad, Gujarat, Patel initially practised law before joining the national movement under Mahatma Gandhi.
• His leadership in the Kheda Satyagraha (1918) and Nagpur Flag Satyagraha (1923) marked his rise as a mass leader.
• As President of the Ahmedabad Municipal Board (1924), he reformed urban infrastructure, sanitation and civic systems.
• The Bardoli Satyagraha (1928) elevated him to national prominence, earning him the honorific “Sardar.”
• At Independence, he was entrusted with unifying the 17 British provinces and integrating the princely states—an immense administrative and diplomatic feat.
• Served as Deputy Prime Minister and Home Minister (1947–1950) and also held charge of the Information and Broadcasting Ministry.

In News:

• The United Nations Development Programme (UNDP) and the Oxford Poverty and Human Development Initiative (OPHI) released the Global Multidimensional Poverty Index (MPI) 2025 Report, titled “Overlapping Hardships: Poverty and Climate Hazards”.
• The report provides an evidence-based assessment of poverty that goes beyond income measures, highlighting how climate vulnerability and multidimensional deprivation reinforce each other.

About the Global MPI

• Nature of Index: The MPI is a global composite measure of acute poverty, capturing simultaneous deprivations in health, education, and standard of living through 10 indicators.
• Introduced: First featured in the 2010 Human Development Report.
• Published by: Jointly by UNDP Human Development Report Office and OPHI, annually since 2010.
• Objective: To assess:
  • Who is poor
  • How they are poor
  • How deprivations overlap across households
  • Enabling policymakers to align development strategies with SDG-1 (No Poverty).
• Methodology Highlights:
  • 3 Dimensions: Health, Education, Living Standards.
  • 10 Indicators: Nutrition, child mortality, years of schooling, school attendance, cooking fuel, sanitation, drinking water, electricity, housing, assets.

Global Trends in the MPI 2025

Poverty Headcount & Severity

• Out of 6.3 billion people assessed across 109 countries, 1.1 billion (18.3%) live in acute multidimensional poverty.
• 43.6% of the poor (≈501 million) experience severe poverty—being deprived in half or more indicators.

Regional Distribution of Poverty

• Sub-Saharan Africa (565 million) and South Asia (390 million) account for 83% of global poverty.
• Sub-Saharan Africa alone contains 49.2% of the world’s multidimensionally poor.

Children Disproportionately Affected

• Children form 33.6% of the global population but 51% of those living in multidimensional poverty.
• Malnutrition and disruption in schooling are primary drivers of child deprivation.

Middle-Income Countries as Core Contributors

• Nearly 740 million of the global poor live in middle-income countries, highlighting inadequacies of income-based poverty classifications.

Rural Concentration

• 83.5% of all multidimensionally poor live in rural areas, despite these areas comprising only 55% of total population.

Climate Hazard Exposure

• Nearly 80% of poor populations live in climate-vulnerable areas.
• Climate hazards include droughts, floods, extreme heat, and erratic precipitation patterns.
• South Asia has the highest number of poor people living in climate hazard zones.

Poverty & Climate Vulnerability in SIDS

• 22 Small Island Developing States (SIDS) show a combined poverty rate of 23.5%, higher than the developing world average.
• Rising sea levels (projected up to 70 cm by 2080–2099) threaten livelihoods in nations such as Belize, Comoros, and Samoa.

Post-Pandemic Stagnation

• Poverty reduction has slowed, with many countries witnessing stagnation or reversal due to:
  • Inflation
  • Conflict
  • Climate shocks
  • Post-pandemic economic disruptions

India in Global MPI 2025

Significant Poverty Reduction

• India reduced multidimensional poverty from 55.1% (2005–06) to 16.4% (2019–21).
• Over 414 million people moved out of multidimensional poverty.
• India's progress is among the fastest globally.

Persistent Child Poverty

• Children continue to face high deprivation, particularly in:
  • Nutrition
  • Sanitation
  • Housing
  • Cooking fuel

Climate Vulnerability and Poverty Link

• Nearly 99% of India’s poor live in climate-exposed regions.
• Heatwaves, floods, droughts, and air pollution intensify hardship and threaten livelihood security.

Drivers of MPI Improvement

India’s poverty reduction correlates with large-scale welfare and infrastructure missions:

• Swachh Bharat Mission – sanitation improvement
• PM Ujjwala Yojana – access to clean cooking fuel
• PM-Awas Yojana – housing for rural and urban poor
• Jal Jeevan Mission – access to clean drinking water
• Universal electrification initiatives

Key Challenges

• Rural–Urban Divide: 83% of the multidimensionally poor live in rural regions.
• Climate shocks: Frequent floods and droughts reverse development gains.
• Data Gaps: Lack of updated household-level data limits monitoring and policy targeting.
• Gender disparities: Women face inequalities in nutrition, education, healthcare, and asset ownership.
• Financial constraints: Several states struggle with fiscal capacity, affecting social protection and climate adaptation.

Policy Recommendations

• Integrate Climate & Poverty Policy: Adopt climate-resilient strategies combining:
  • Green infrastructure
  • Social protection
  • Disaster risk reduction
• Localised Poverty Tracking: Develop district-level MPI dashboards for real-time, granular monitoring.
• Promote Green Livelihoods: Expand employment in:
  • Renewable energy
  • Organic farming
  • Circular economy sectors
• Enhance Global Support: Strengthen access to:
  • Climate finance 
• • Concessional aid
  • Technology transfers
• Gender and Child-Focused Interventions: Reinforce programs for:
  • Nutrition
  • Maternal health
  • Education
  • Clean cooking energy

In News:

Project Arunank of the Border Roads Organisation (BRO) recently celebrated its 18th Raising Day at Naharlagun, marking over 17 years of sustained infrastructure development in Arunachal Pradesh’s remote and strategic regions.

About Project Arunank

• Launched: 2008
• Implementing Agency: Border Roads Organisation (BRO), under the Ministry of Defence.
• Name Origin: Derived from the state’s name — Arunachal Pradesh.
• Objective:To enhance road connectivity in remote valleys and forward areas of Arunachal Pradesh, supporting both civilian access and the operational needs of the Indian Armed Forces.

Key Achievements

• Strategic Road Development
  • Constructed and maintained over 696 km of roads and 1.18 km of major bridges across the state.
  • Completed the 278 km Hapoli–Sarli–Huri Road, which was blacktopped for the first time since Independence, connecting the remote KurungKumey district — a major milestone in post-Independence connectivity.
• Technological Innovations
  • Adopted modern and sustainable construction technologies, including:
    • Steel Slag and GGBFS Concrete for durability.
    • Cut-and-Cover Tunnels and Geo Cells for terrain stability.
    • Plastic Sheets, Gabion Walls, and Slope Stabilisation Systems to prevent landslides and improve road resilience.
  • These innovations promote eco-friendly and climate-resilient infrastructure in fragile Himalayan terrain.
• Green and Welfare Initiatives
  • Under the ‘Ek Ped MaaKe Naam’ campaign, over 23,850 trees were planted across Arunachal Pradesh to promote environmental conservation.
  • Welfare measures for Casual Paid Labourers (CPLs) included better shelters, protective gear, and regular health camps—acknowledging their crucial contribution to BRO’s success.
• Community and Awareness Programs: Conducted a motorable expedition along the Naharlagun–Joram Top–Sangram–Ziro–Naharlagun route to promote road safety and connectivity awareness among locals and officials.

Future Plans

• Focus on road widening, construction of new bridges and tunnels, and improving all-weather, high-altitude connectivity for both civilian and defence use.
• Integration of digital monitoring tools, geotextiles, and eco-friendly materials to enhance infrastructure sustainability while reducing maintenance costs.

About the Border Roads Organisation (BRO)

• Established: 7 May 1960
• Parent Ministry: Ministry of Defence
• Mandate:To construct and maintain road networks in border areas of India and in friendly neighbouring countries to ensure defence preparedness and socio-economic development.
• The BRO has been pivotal in strategic connectivity across northern and northeastern India, including projects like Arunank (Arunachal Pradesh), Vartak (Assam & Arunachal), Himank (Ladakh), and Sampark (Jammu & Kashmir).

In News:

The World Meteorological Organization (WMO), at its Extraordinary Congress in Geneva (October 2025), rallied its 193 Member States to commit to achieving universal early warning coverage by 2027 under the United Nations’ Early Warnings for All (EW4All) initiative. This global “Call to Action” seeks to ensure that no one dies for lack of warning in the face of intensifying weather, water, and climate-related disasters.

About Early Warning Systems (EWS)

An Early Warning System (EWS) is an integrated mechanism that combines:

• Hazard monitoring and forecasting,
• Disaster risk assessment,
• Communication of alerts, and
• Preparednessmeasures,to enable timely action that saves lives, livelihoods, and assets.

According to the WMO, a 24-hour advance warning can reduce disaster-related damage by up to 30%, underscoring the importance of predictive and community-based alert systems.

UN’s Early Warnings for All (EW4All) Initiative

• Launched: 2022 by UN Secretary-General António Guterres.
• Lead Agencies:
  • World Meteorological Organization (WMO)
  • UN Office for Disaster Risk Reduction (UNDRR)
  • International Telecommunication Union (ITU)
  • International Federation of Red Cross and Red Crescent Societies (IFRC)
• Goal: To ensure that every person on Earth is protected by life-saving early warnings for hazards such as cyclones, floods, droughts, and heatwaves by 2027.
• Philosophy: “Every dollar invested in early warnings saves up to fifteen dollars in avoided losses.”

The Early Warning “Value Chain”

The EW4All initiative emphasizes strengthening each link of the early warning value chain:

• Monitoring and Forecasting: Building accurate, real-time climate and hazard observation networks.
• Risk Assessment: Identifying vulnerable populations and areas through integrated risk mapping.
• Alert Dissemination: Delivering clear, trusted, and accessible alerts using multi-platform communication (digital, radio, community-based).
• Preparedness and Response: Ensuring communities understand warnings and act effectively.

Global Need and Rationale

• Over the past 50 years, climate, weather, and water-related disasters have claimed over 2 million lives, with 90% of deaths occurring in developing nations.
• Since 1970, economic losses from such disasters have exceeded US$4 trillion globally.
• Countries lacking multi-hazard early warning systems experience six times higher mortality and four times greater impacts than those equipped with such systems.

Current Global Status

• As of 2024, 108 countries have some capacity for multi-hazard early warning systems, up from 52 countries in 2014.
• However, Least Developed Countries (LDCs), Small Island Developing States (SIDS), and conflict-affected regions remain severely underprotected.
• A WMO assessment across 62 countries revealed:
  • 50% have only basic hazard monitoring capacity.
  • 16% have less than basic capacity.
• Technical barriers include:
  • Weak observation networks,
  • Limited data sharing,
  • Inadequate financing, and
  • Lack of community trust and awareness.

Progress Under EW4All

The WMO’s 2025 Congress marked a turning point as 193 nations endorsed a Call to Action for universal coverage by 2027.Key outcomes include:

• Country-led assessments and roadmaps for capacity building.
• Integration of EW4All targets with the Sendai Framework for Disaster Risk Reduction (2015–2030).
• Strengthened regional cooperation for hazard data sharing and early action.
• New partnerships between national meteorological services, private sector innovators, and humanitarian agencies.

Call to Action: Priority Measures

To meet the 2027 universal coverage target, WMO and the UN have urged governments to:

• Integrate EWS into national climate and disaster management policies.
• Secure long-term and predictable financing beyond short-term project aid.
• Empower National Meteorological and Hydrological Services (NMHSs) with clear mandates and authority.
• Ensure inclusivity by combining scientific data with indigenous knowledge to reach vulnerable and remote communities.
• Leverage innovation and AI to enhance the precision and speed of predictions.
• Promote open data sharing and capacity-building to close technological gaps.

Regional Implications for India

India, as one of the most climate-vulnerable nations facing monsoons, cyclones, and heatwaves, stands to benefit immensely from EW4All.

• India already operates a robust multi-hazard early warning system led by the India Meteorological Department (IMD), NDMA, and INCOIS.
• Integration under EW4All could help upgrade radar networks, enhance last-mile connectivity, and strengthen community-based disaster response.
• The initiative aligns with India’s National Disaster Management Plan (NDMP) and Sendai Framework priorities, reinforcing the “Zero Casualty” approach in disaster management.

In News:

OpenAI has unveiled ‘Atlas’, its new AI-powered web browser built around ChatGPT, marking a significant step in the evolving generative AI competition and posing a direct challenge to Google Chrome’s dominance. The move comes soon after Perplexity AI introduced its own AI-integrated browser, Comet, underscoring a major transformation in how users interact with the internet.

About Atlas

• Developer:OpenAI
• Nature: AI-integrated web browser built around ChatGPT
• Availability: Currently in preview mode for ChatGPT Plus, Pro, and Business users.
• Design: Atlas removes the traditional address bar, replacing it with a conversational AI interface.
• Key Feature – Agent Mode:
  • Enables the browser to autonomously perform searches, analyze sources, and synthesize information into concise summaries.
  • Allows users to ask questions in natural language instead of typing web addresses or search keywords.

The browser seamlessly combines web navigation and AI interaction, positioning itself as the next step in AI-mediated online browsing.

Why AI Companies Are Building Browsers

• Control Over User Interface and Data:Browsers act as the gateway to most online activities—search, shopping, finance, entertainment, and social media. Controlling this entry point enables AI companies to own user intent, data, and engagement patterns.
• Monetization Potential:Like Google’s ad-based model, AI browsers can monetize user activity and queries by integrating AI-generated recommendations and sponsored content.
• Integrated AI Experience:AI browsers embed conversational AI tools directly into familiar interfaces, bridging the gap between chatbots and traditional search engines.
• Strategic Advantage:By embedding AI assistants within browsers, companies like OpenAI and Perplexity can reduce dependence on traditional search engines (notably Google), reshaping the competitive dynamics of the internet ecosystem.

How AI Browsers Are Transforming Search

• Traditional Search Model:Relies on keyword-based queries returning multiple hyperlinks for users to navigate.
• AI-Powered Search Model (Atlas & Comet):
  • Delivers direct, synthesized, and contextually relevant answers instead of a list of links.
  • Suggests related prompts for deeper exploration and learning.
  • Adapts to individual user preferences, creating personalized information journeys.

This shift reduces dependence on link-based navigation, potentially disrupting traditional search traffic and publisher visibility models.

Broader Implications

• For Users:
  • Offers faster, personalized, and conversational search experiences.
  • Transforms passive browsing into interactive discovery.
• For the Digital Ecosystem:
  • Challenges Google’s dominance in search and browser markets.
  • Raises new debates on data privacy, content attribution, and information accuracy.
  • Could reshape digital advertising, as traffic shifts from web pages to AI-generated summaries.
• For the AI Industry:
  • Signals a new phase of competition between leading AI firms like OpenAI, Google, and Perplexity.
  • Marks a trend towards AI-integrated ecosystems where chatbots, browsers, and search engines converge.

In News:

South Korea is set to deploy its most powerful conventional ballistic missile, the Hyunmoo-5, by the end of this year. The move signifies a major step in Seoul’s efforts to enhance its deterrence capabilities amid escalating tensions with nuclear-armed North Korea.

Background and Development

• The Hyunmoo missile series forms the backbone of South Korea’s indigenous missile program, designed for strategic self-reliance under the constraints of the Nuclear Non-Proliferation Treaty (NPT).
• The concept of Hyunmoo-5 emerged after North Korea’s series of provocations in the early 2010s, including deadly border attacks. However, progress was limited by a bilateral missile agreement with the United States, which imposed payload and range restrictions to maintain stability on the Korean Peninsula.
• In 2017, following North Korea’s hydrogen bomb test, the Trump administration lifted these restrictions, enabling South Korea to pursue the development of high-payload, long-range conventional missiles such as Hyunmoo-5.

Technical Features of Hyunmoo-5

• Type: Ground-to-ground ballistic missile
• Weight: Approximately 36 tonnes
• Length: Around 16 metres
• Warhead Capacity: Can carry up to 8 tonnes of conventional explosive payload, including bunker-buster warheads capable of penetrating underground fortifications.
• Range: Estimated between 600 km and 5,000 km, depending on payload configuration.
• Purpose: Designed to neutralize hardened and deeply buried North Korean missile silos, command centres, and nuclear facilities.

Because South Korea does not possess nuclear weapons, the Hyunmoo-5 represents an attempt to achieve a “conventional balance of terror”—a deterrent parity based on precision and power rather than nuclear arms.

In News:

• In a landmark discovery, the Indian Space Research Organisation (ISRO) announced that Chandrayaan-2’s orbiter has, for the first time, recorded the impact of a Coronal Mass Ejection (CME) from the Sun on theMoon’s exosphere — the thin, outermost layer of its atmosphere.
• The finding, made using the CHACE-2 (Chandra’s Atmospheric Composition Explorer-2) payload, marks a significant step in understanding how solar activity influences airless celestial bodies like the Moon.

About the Observation

• The CHACE-2 instrument, aboard Chandrayaan-2’s orbiter, detected a sharp rise in total pressure and molecular density in the Moon’s sunlit exosphere during a CME event on 10 May 2024.
• This observation confirmed, for the first time, theoretical predictions about how high-energy solar emissions affect the Moon’s extremely tenuous atmosphere.
• The findings were published in the journal Geophysical Research Letters (August 2025) under the title “Impact of a Coronal Mass Ejection on the Lunar Exosphere as Observed by CHACE-2 on the Chandrayaan-2 Orbiter.”

Understanding Coronal Mass Ejections (CMEs)

• CMEs are massive bursts of charged particles — primarily ionized hydrogen and helium — ejected from the Sun’s corona.
• When directed toward planetary bodies, these particles can interact with their atmospheres or surfaces, causing chemical and physical changes.
• On Earth, CMEs are often linked with geomagnetic storms and auroras, but their influence on airless bodies like the Moon had remained largely unobserved until this study.

The Lunar Exosphere: Nature and Composition

• The Moon’s atmosphere is so thin that it is classified as an exosphere — a region where individual gas atoms and molecules rarely collide.
• The boundary of the lunar exosphere directly touches the Moon’s surface, making it a “surface-boundary exosphere.”
• It is primarily composed of trace elements such as helium, argon, sodium, and potassium, released through processes like:
  • Solar wind interactions (bombardment by charged particles),
  • Photon-stimulated desorption (solar radiation freeing surface atoms), and
  • Micrometeorite impacts (which vaporize surface material).
• Since the Moon lacks a global magnetic field, its exosphere is directly exposed to solar wind and CMEs, making it a natural laboratory for studying space-weather effects.

Chandrayaan-2 Mission Overview

• Launch Date: 22 July 2019, by GSLV-Mk III-M1 from Sriharikota.
• Components: Orbiter, Lander (Vikram), and Rover (Pragyan).
• Although communication with the lander was lost during descent on 7 September 2019, the orbiter remains fully operational in a 100 km × 100 km lunar orbit.
• Objective of CHACE-2: To analyse the composition, distribution, and temporal variability of the Moon’s neutral exosphere.

Key Findings of the Observation

• During the May 2024 CME event, CHACE-2 recorded a ten-fold increase in the number density of neutral atoms and molecules in the Moon’s dayside exosphere.
• The total pressure in the exosphere rose sharply, indicating enhanced release of surface atoms due to direct CME particle bombardment.
• The results provided empirical validation for long-held theoretical models on solar-lunar interactions.
• This was the first direct evidence of how the Moon’s atmospheric conditions respond dynamically to solar events.

Significance of the Discovery

• Scientific Advancement:
  • Deepens understanding of space weather phenomena and their effects on airless celestial bodies.
  • Offers valuable insights into Sun–Moon interactions and how charged solar particles shape planetary exospheres.
• Operational Relevance:
  • Enhances the ability to predict and model space-weather impacts on future lunar missions and human habitats planned by 2040.
  • Helps design radiation-resistant systems for lunar surface operations.
• Strategic and Technological Implications:
  • Reinforces India’s growing expertise in planetary science and space environment monitoring.
  • Demonstrates the long-term operational success of the Chandrayaan-2 orbiter, even years after its launch.
• Global Collaboration Potential:The findings can inform international lunar missions, including NASA’s Artemis and JAXA’s SLIM, contributing to a shared understanding of lunar space weather dynamics.

In News:

• The Indian Army has initiated induction and fast-track procurement of “SAKSHAM” (Situational Awareness for Kinetic Soft and Hard Kill Assets Management), an indigenously developed, AI-enabled Counter-Unmanned Aerial System (C-UAS) grid created with Bharat Electronics Limited (BEL).
• Designed as a modular Command & Control (C2) backbone, SAKSHAM provides real-time detection, tracking, identification and neutralisation of hostile drones and other low-altitude aerial threats across the specially defined Tactical Battlefield Space (TBS) or Air Littoral — the airspace up to 3,000 metres (≈10,000 ft) above the ground.

What SAKSHAM is — technical outline

• Purpose: A unified C2 grid to secure ground formations by controlling low-altitude airspace, countering drone surveillance, weaponised UAS and swarms.
• Developer & partners: Designed and developed indigenously by Bharat Electronics Limited (BEL) in collaboration with the Indian Army’s Corps of Air Defence.
• Architecture & connectivity: Operates over the encrypted Army Data Network (ADN) and presents a GIS-based, common recognised air picture that fuses data from C-UAS sensors, friendly and hostile UAS feeds, and both soft- and hard-kill effectors.
• AI & fusion capabilities: Uses AI/ML-driven fusion to automate threat classification (friendly / neutral / hostile), prioritise responses, and support automated or semi-automated soft-kill (jamming/spoofing) and hard-kill (kinetic) decisions.
• Interoperability: Integrates inputs from India’s automated air-defence network Akashteer and is designed for plug-and-play addition of sensors, jammers, lasers/EMP and future upgrades.

Why SAKSHAM was conceptualised

The Army’s operational experience during Operation Sindoor (2025) — where hostile drone activity exposed detection and response gaps — accelerated the need for a comprehensive C-UAS framework and a shift from traditional Tactical Battle Area concepts to the more inclusive Tactical Battlefield Space (TBS) that explicitly includes the Air Littoral. SAKSHAM is a direct response to those operational lessons.

Operational and strategic impact

• Enhanced situational awareness: A common, real-time air picture shortens decision loops and reduces fratricide risk while allowing freedom of manoeuvre for friendly aerial assets.
• Force protection & deterrence: Rapid detection and neutralisation of drone threats protects troops, logistics nodes and infrastructure from ISR (intelligence, surveillance, reconnaissance) and weaponised UAS attacks.
• Atmanirbhar capability: Indigenous design and BEL partnership strengthen defence manufacturing and upgradeability—key to the Army’s Decade of Transformation (2023–2032) and wider strategic autonomy.
• Scalability & integration: FTP approval and modular design aim for rapid rollout across field formations, enabling layered C-UAS coverage and future networked integration with other services and civil air-safety systems.

In News:

The Executive Board of UNESCO (United Nations Educational, Scientific and Cultural Organization) has elected Egypt’s Khaled El-Enany as its new Director-General for a four-year term (2025–2029), succeeding Audrey Azoulay of France. His election marks a significant moment for African and Arab representation within the United Nations system.

About the Election Process

• Nomination: Candidates are nominated by member states and evaluated by UNESCO’s 58-member Executive Board.
• Voting: The Board conducts a secret ballot, requiring an absolute majority to select a nominee.
• Approval: The selected candidate’s name is then forwarded to the General Conference—comprising 194 member states—for formal confirmation.

About the Director-General’s Role

The Director-General serves as the chief executive officer and spokesperson of UNESCO, responsible for implementing the policies and decisions of the General Conference and Executive Board.

Key Functions

• Leadership & Administration:
  • Oversees UNESCO’s global programmes across education, culture, science, and communication.
  • Manages the World Heritage Sites framework and educational cooperation initiatives.
• Policy Implementation:Translates strategic resolutions of the General Conference into operational programmes.
• Global Representation:Acts as the face of UNESCO in international diplomacy, fostering partnerships for cultural and educational cooperation.
• Financial Stewardship:Mobilizes funding, particularly important after the U.S. withdrawal, which caused an 8% cut in UNESCO’s annual budget.

About UNESCO

• Founded: 1945
• Headquarters: Paris, France
• Membership: 194 member states
• Mandate: To promote peace, education, science, and cultural understanding through international collaboration.

UNESCO’s global initiatives include:

• The World Heritage Convention (1972)
• The Education for Sustainable Development (ESD) framework
• The Man and the Biosphere (MAB)Programme
• Promotion of freedom of expression and media pluralism

In News:

A rare European migratory bird, the Ortolan Bunting (Emberizahortulana), was recently spotted in Baruipur, on the southern outskirts of Kolkata, West Bengal. This marks only the second recorded sighting of the species in the state, with the last being in the Sundarbans in 2014.

About Ortolan Bunting:

• Scientific Name:Emberizahortulana
• Type: Small Palearctic migratory songbird
• Distribution: Native to Europe and parts of Central Asia, extending east to Mongolia and north to the Arctic Circle.
• Migration: The species typically migrates to sub-Saharan Africa during the winter months.

Habitat and Characteristics:

• Preferred Habitat: Open or semi-open agricultural lands, slopes, and grasslands with scattered shrubs; generally avoids dense forests and oceanic climates.
• Altitude Range: Found up to 2,500 metres in suitable habitats.
• Physical Features:
  • Length: 16–17 cm; Wingspan: about 25 cm.
  • Males have a greenish-grey head, yellow throat, and brown-streaked body.
  • Females and juveniles are smaller and duller, with spotted underparts.
  • Possess a conical beak suited for cracking seeds.

Conservation Status:

• IUCN Red List: Least Concern

Despite its status, the Ortolan Bunting faces population decline in parts of Europe due to habitat loss and illegal hunting — particularly in France, where it was once considered a delicacy.

Significance of the Sighting:

• Highlights the importance of citizen-led biodiversity monitoring through platforms like eBird and BirdForum.
• Suggests potential changes in migratory routes, possibly influenced by climatic shifts.
• Reinforces West Bengal’s ecological diversity, which continues to attract rare and migratory bird species.

In News:

UNESCO has included India’s Cold Desert Biosphere Reserve, located in Lahaul-Spiti district of Himachal Pradesh, in its World Network of Biosphere Reserves (WNBR) during the 37th ICC–MAB session (2025). This recognition makes it India’s first high-altitude cold desert biosphere reserve to join the global network, highlighting the country’s commitment to sustainable mountain ecosystem management.

About the Cold Desert Biosphere Reserve

• Established: 2009
• Location: Western Himalayas, Trans-Himalayan region of Himachal Pradesh
• Area: 7,770 sq. km
• Altitude: 3,300–6,600 m
• Constituent Areas:Pin Valley National Park, Kibber Wildlife Sanctuary, Chandratal Wetland, and adjoining regions.
• Terrain: Windswept plateaus, glacial valleys, alpine lakes, and high-altitude deserts.
• Zonation:
  • Core Zone – 2,665 sq. km
  • Buffer Zone – 3,977 sq. km
  • Transition Zone – 1,128 sq. km

Biodiversity and Communities

• Flora: 655 herbs, 41 shrubs, and 17 tree species, including 14 endemic and 47 medicinal plants vital for the Sowa Rigpa (Amchi) traditional healing system.
• Fauna: 17 mammal and 119 bird species, including Snow Leopard, Tibetan Antelope, Himalayan Wolf, and Himalayan Ibex.
• Communities: Around 12,000 residents dependent on pastoralism, yak/goat herding, and high-altitude farming (barley and peas).

In News:

The Border Security Force (BSF), India’s first line of defence, is collaborating with the Indian Space Research Organisation (ISRO) to develop radar-mounted drones aimed at enhancing surveillance along India’s western and eastern borders. This initiative seeks to strengthen border security by providing persistent, high-accuracy monitoring of remote and difficult terrains without crossing international boundaries.

About Radar-Mounted Drones:

• Technology: Unmanned aerial systems equipped with compact radars capable of detecting moving targets, vehicles, or intruders.
• All-Weather Capability: Operates effectively in fog, darkness, rain, or adverse weather, unlike visual-only sensors.
• Real-Time Alerts: Provides immediate notifications, enabling rapid deployment of troops and timely response to border threats.
• Integrated Sensor Fusion: Potential to combine radar with infrared, high-resolution cameras, and ground sensors for enhanced detection.
• High Mobility and Scalability: Drones can be rapidly deployed in inaccessible areas, and multiple units can cover larger regions during crises.

Significance:

• The system is designed to overcome limitations of conventional border guarding, which relies on mobile soldiers or fixed towers and is effective only in limited areas.

• Radar-equipped drones can provide continuous day-and-night surveillance, monitor regions where permanent radars or outposts cannot be installed, and assist in controlling smuggling or infiltration attempts.
• The BSF, drawing experience from operations like ‘Operation Sindoor’, has also established a School of Drone Warfare at its Tekanpur Academy in Madhya Pradesh. In the coming months, the force plans to manufacture these radar-equipped drones in-house, further enhancing India’s technological edge in border security.
• This initiative exemplifies the growing role of technological interventions in modern border management, ensuring vigilance, rapid response, and comprehensive monitoring of India’s frontier regions.

In News:

The United Nations Environment Programme (UNEP) has announced the winners of the 2025 Young Champions of the Earth Award, recognising three outstanding entrepreneurs from India, Kenya, and the United States for their innovative solutions addressing pressing environmental challenges.

About the Award

• Launched: 2017
• Relaunched: 2025, in partnership with Planet A, an environmental awareness initiative co-founded by U.S. cleantech executive Chris Kemper.
• Organised by:United Nations Environment Programme (UNEP)
• Objective: To empower and celebrate young innovators (below 30 years of age) offering scalable solutions to the triple planetary crisis — climate change, biodiversity loss, and pollution & waste.

Each winner receives USD 20,000 in seed funding, mentorship, and access to a global platform to expand their innovations. They also participate in the Planet A Pitch Competition, with opportunities to win an additional USD 100,000 growth grant and a potential USD 1 million seed investment.

2025 Award Winners

• JinaliMody (India) – Founder, Banofi Leather
  • Innovation: Produces sustainable, leather-like material from banana crop waste.
  • Impact: Reduces water consumption, chemical pollution, and carbon emissions associated with traditional leather production.
  • Significance: A women-led initiative tackling the fast fashion industry’s environmental footprint while promoting circular economy principles.
• Joseph Nguthiru (Kenya) – Founder, HyaPak
  • Innovation: Converts the invasive water hyacinth from Lake Naivasha into biodegradable packaging and seedling wrappers.
  • Impact: Provides a sustainable alternative to single-use plastics while addressing invasive species management.
• Noemi Florea (United States) – Founder, Cycleau
  • Innovation: Developed a compact greywater reuse system that can retrofit household sinks, showers, and laundry units.
  • Impact: Converts wastewater into potable water using low energy, offering a scalable model for water conservation and reuse.

Significance

• The award exemplifies youth-driven environmental innovation, aligning with UNEP’s broader mission to foster sustainable solutions.
• It highlights global South participation, with India and Kenya demonstrating leadership in low-cost, eco-friendly technologies.
• The 2025 relaunch underscores growing private sector and media collaboration in advancing environmental entrepreneurship through platforms like Planet A.

In News:

India has successfully test-fired the Agni-Prime (Agni-P) intermediate-range ballistic missile from a rail-based mobile launcher, marking a first-of-its-kind achievement in the nation’s defence history. The test was conducted from a platform integrated with the national railway network. This milestone represents a significant leap in India’s strategic mobility and deterrence capabilities.

About Agni-Prime Missile

• Type: Next-generation, nuclear-capable, intermediate-range ballistic missile (IRBM)
• Range: Up to 2,000 kilometres
• Developed by:Defence Research and Development Organisation (DRDO) in collaboration with the Strategic Forces Command (SFC)
• Part of: India’s Agni missile series, designed to reinforce the country’s credible minimum deterrence posture.

The Agni-Prime is equipped with advanced guidance and communication systems, featuring a canisterised launch mechanism that enhances storage safety, rapid deployment, and longer shelf life.

Rail-Based Mobile Launcher: A Game-Changing Innovation

The recent test marked the first time India used a rail-based canisterised mobile launcher.

• It can move seamlessly across the national rail network, allowing flexible positioning and quick deployment.
• The launcher enables a short reaction time with low visibility, enhancing operational stealth and survivability.
• This mobility reduces predictability of launch locations, complicating adversarial surveillance and targeting efforts.

Strategic Significance

• Enhanced Strategic Deterrence:The test demonstrates India’s ability to deliver a credible and survivable nuclear deterrent, joining the select group of nations with rail-based canisterised launch systems.
• Improved Survivability and Flexibility:Rail mobility adds a new dimension to India’s nuclear command structure by complementing road-based and silo-based systems, ensuring launch readiness even under high-threat scenarios.
• Operational Stealth and Rapid Response:The ability to launch within minutes from concealed rail positions strengthens India’s second-strike capability under its nuclear doctrine.
• Geopolitical Implications:The development aligns with India’s effort to maintain strategic stability in a complex regional environment, particularly amid evolving threats in South Asia and the Indo-Pacific.

Recent Developments in India’s Missile Programme

• In August 2025, Agni-Prime was successfully tested from Chandipur, Odisha.
• Earlier, in March 2024, under Mission Divyastra, India tested Agni-5 with MIRV (Multiple Independently Targetable Re-entry Vehicle) capability — allowing a single missile to carry and deliver multiple nuclear warheads to different targets.
• The Strategic Forces Command, operational since 2003, currently manages India’s nuclear arsenal and deployment systems.

In News:

• Brazil is set to become the first country to invest in the Tropical Forests Forever Facility (TFFF) — a multilateral fund designed to support long-term tropical forest conservation.
• The announcement is expected to be made at the United Nations headquarters in New York, marking a major step toward reshaping global climate finance ahead of COP30, which Brazil will host in Belém, Amazon region, in November.

About the Tropical Forests Forever Facility (TFFF)

• Origin: Proposed by Brazil during COP28 (UAE, 2023), the TFFF aims to create a permanent, self-sustaining financial mechanism to conserve tropical forests across the globe.
• Nature: It is a global, multilateral, and endowment-style fund—the first of its kind—dedicated exclusively to protecting tropical forests and ensuring steady, performance-based payments to countries maintaining their forest cover.
• Goal: To mobilize USD 125 billion through a blended finance structure, combining sovereign and private-sector contributions.

Financial Structure and Mechanism

• Funding Model:The fund will function as a permanent endowment, investing its corpus in diversified financial portfolios that generate sustainable returns.
  • The returns will finance annual stipends to participating tropical forest countries (TFCs), based on the extent of their standing forests.
• Composition of Funds:
  • Sponsors (20%) – High-income countries (as per World Bank classification) and global philanthropies.
  • Market Investors (80%) – Institutional investors, sovereign wealth funds, and endowments participating via debt instruments (such as green bonds).
  • Fund Management: Likely to be handled by a Multilateral Development Bank (MDB) such as the World Bank, ensuring transparency and credibility.
• Initial Target:To reach the full USD 125 billion goal, Brazil plans to secure an initial USD 25 billion from governments and philanthropies, which would serve as an anchor to attract an additional USD 100 billion from private investors.

Brazil’s Role and Strategic Intent

• Brazil’s upcoming investment will make it the first contributor to the fund — signaling its confidence in the mechanism and encouraging other nations to follow suit.
• According to official sources, the investment amount will be “considerable,” intended to set a benchmark and demonstrate Brazil’s commitment to global forest conservation.
• As home to the world’s largest tropical rainforest, Brazil stands to receive significant future payouts under the TFFF, reinforcing its dual role as a beneficiary and a leader in climate stewardship.

Global Participation and Support

• Several countries have already expressed interest in joining the initiative, including China, the United Kingdom, France, Germany, Norway, Singapore, and the United Arab Emirates.
• Notably, China has conveyed its intention to contribute among the first investors — a move seen as a potential turning point in global climate finance, traditionally dominated by Western donors.

Significance

• Bridging Climate Finance Gaps:The TFFF introduces a results-based, long-term funding model for forest conservation, shifting away from short-term grants toward permanent, scalable financing.
• Shared Global Responsibility:The participation of both developed and developing nations underscores a more equitable climate finance architecture, aligning with the principle of common but differentiated responsibilities (CBDR).
• Boost to COP30 and Viksit Bharat 2047 Goals:Brazil’s leadership strengthens its position ahead of COP30 and aligns with India’s own emphasis on sustainable development and green finance under Mission LiFE and Viksit Bharat 2047 frameworks.
• Preserving Global Carbon Sinks:By rewarding countries for maintaining forests, the fund provides a direct economic incentive for protecting vital ecosystems that regulate global climate patterns.

In News:

• The Ministry of Tribal Affairs (MoTA), in partnership with the United Nations in India, has launched the Adi Yuva Fellowship and the Adi Karmayogi Volunteers Programme under the umbrella of the Adi Karmayogi Abhiyan — a flagship initiative envisioned as the world’s largest tribal grassroots leadership movement.
• These initiatives aim to empower tribal youth, strengthen grassroots governance, and promote inclusive development in alignment with the goals of Viksit Bharat 2047 and the 2030 Agenda for Sustainable Development.

About Adi Karmayogi Abhiyan

• Coverage: Targets 11 crore citizens across 1 lakh tribal-dominated villages in 550 districts of 30 States and UTs.
• Objective: To transform governance into a people’s movement rooted in responsive, accountable, and citizen-centric administration.
• The ongoing Adi SewaParv (17 September – 2 October 2025) focuses on preparing Tribal Village Vision 2030 Action Plans through community–government collaboration.

1. Adi Yuva Fellowship

Overview

The Adi Yuva Fellowship, supported by UN India, is a first-of-its-kind national programme designed to nurture tribal youth leadership through structured learning, mentorship, and professional development.

Key Features

• Duration: 12-month paid fellowship with a tailored learning plan combining knowledge-building, on-the-job training, and reflective practice.
• Support Package: Monthly allowances, comprehensive health and life insurance, and access to UN and commercial learning platforms.
• Skill Linkages: Fellows will be connected to national employability schemes such as:
  • Pradhan Mantri Kaushal Vikas Yojana (PMKVY) 4.0
  • National Apprenticeship Promotion Scheme (NAPS)
  • PM Viksit Bharat Rozgar Yojana
• Mentorship and Exposure: Fellows will receive structured mentorship, engage in peer learning, and gain exposure to national and international platforms.
• Deployment: The first batch of 16 Fellows will be selected through a competitive process and placed with UN agencies at national, state, and district levels.

Objective

To build a cadre of empowered tribal youth who can contribute to governance, entrepreneurship, innovation, and community-led development, ensuring that tribal voices shape India’s growth story.

2. Adi Karmayogi Volunteers Programme

Overview

Supported by the United Nations Population Fund (UNFPA), the Adi Karmayogi Volunteers Programme is aimed at strengthening last-mile service delivery and promoting community participation in tribal regions.

Key Features

• Deployment:
  • 82 Adi Karmayogi Volunteers (UN Community Volunteers) deployed across 82 blocks in 13 districts of Madhya Pradesh and Rajasthan.
  • They will engage in anintensive two-month grassroots programme.
• Role and Activities:
  • Support preparation of Village Vision 2030 Action Plans.
  • Conduct awareness campaigns, outreach drives, and capacity-building sessions.
  • Facilitate improved access to government schemes and services.
• Outcome: Strengthen inclusive governance, local participation, and service delivery at the village level.

Significance of the Initiatives

1. Empowering Tribal Youth

• Provides structured opportunities for skill enhancement, leadership, and employability.
• Bridges the gap between education, governance, and community development.

2. Strengthening Governance

• Promotes citizen-centric and participatory governance in tribal regions.
• Empowers communities to actively contribute to their own development vision.

3. Advancing India–UN Partnership

• Demonstrates India’s collaborative approach towards achieving the Sustainable Development Goals (SDGs).
• Highlights the One UN approach for inclusive and sustainable growth.

In News:

Scientists at Stanford University and the Arc Institute have created the world’s first artificially designed viral genome using Artificial Intelligence (AI), marking a major milestone in computational biology and synthetic genomics. The breakthrough demonstrates AI’s capability to generate an entirely new and functional virus—one that can infect and kill bacteria.

About the Discovery

The AI-generated virus was designed using a genomic model called Evo, which functions like a “language model” for DNA. Evo was trained on nearly two million viral genomes, learning the patterns and grammar of genetic sequences—akin to how language models learn human syntax and semantics.

The model was guided to mimic the bacteriophage ΦX174 (phi-X-174), a virus that infects E. coli bacteria. This phage was chosen because:

• It has a small yet complex genome (about 5,386 DNA letters and 11 overlapping genes).
• It was the first genome ever sequenced (1977) and the first synthesized from scratch (2003)—now it is the first AI-designed genome.

How It Was Done

• Training the AI: Evo was trained on millions of viral sequences to understand gene order, composition, and regulatory logic.
• Design Phase: Using prompts, Evo generated thousands of potential genome designs.
• Screening & Testing: Researchers filtered these using software checks to ensure each genome contained the necessary genes and functional proteins.
• Lab Validation: Hundreds of genomes were synthesized and inserted into E. coli bacteria. Out of 302 attempts, 16 fully functional viruses emerged.
• Results:
  • These viruses contained over 392 mutations never seen in nature.
  • Some designs achieved functions human scientists had failed to engineer, such as borrowing DNA-packaging proteins from unrelated viruses.
  • Cryo-electron microscopy confirmed the structural integrity of these AI-designed proteins within the viral shell.

What is a Virus?

A virus is a microscopic infectious agent made of nucleic acid (DNA or RNA) enclosed within a protein coat (capsid).

• It cannot replicate independently and must hijack a host cell’s machinery to reproduce.
• Many viruses cause diseases like COVID-19, AIDS, measles, and smallpox.

What is a Genome?

The genome is the complete set of DNA instructions in an organism.

• In humans, it comprises 23 pairs of chromosomes in the nucleus plus mitochondrial DNA.
• It encodes all genetic information required for growth, development, and functioning.

Significance of the Breakthrough

• Redefining Synthetic Biology:The experiment represents a leap from reading and writing genomes to designing them. AI is now capable of generating entirely new, functional genetic blueprints.
• Advancing Phage Therapy:The AI-designed bacteriophages could revolutionize phage therapy—the use of viruses to target and kill antibiotic-resistant bacteria, a major global health threat.
• Accelerating Biotechnology:This development showcases how AI can drastically accelerate genetic innovation, enabling rapid design and testing of new biological entities.
• Proof of Concept for AI-Driven Evolution:AI-generated viruses adapted to bacterial defenses faster than natural ones, indicating potential for directed evolution through computational models.
• Ethical and Regulatory Implications:While promising, the creation of new synthetic organisms underscores the need for global biosafety, biosecurity, and ethical frameworks to govern AI-driven genetic design.

In News:

• The Biodiversity Beyond National Jurisdiction (BBNJ) Treaty, also known as the UN High Seas Treaty, has crossed the crucial threshold of 60 ratifications, enabling it to enter into force on January 17, 2026. With Morocco and Sierra Leone becoming the 60th and 61st ratifying nations, this milestone marks a historic step in the global conservation of marine biodiversity in international waters.
• So far, 143 countries, including India, have signed the treaty, reflecting strong international consensus on protecting marine ecosystems that lie beyond national boundaries.

About the BBNJ Treaty

• Full Name:Agreement under the United Nations Convention on the Law of the Sea on the Conservation and Sustainable Use of Marine Biological Diversity of Areas Beyond National Jurisdiction (BBNJ).
• Parent Framework: Builds upon the UN Convention on the Law of the Sea (UNCLOS), adopted in 1982 and effective since 1994 — often called the “Constitution for the Oceans”.
• Geographical Scope: Applies to areas beyond 200 nautical miles from the Exclusive Economic Zones (EEZs) of coastal nations, commonly referred to as the high seas.
• Coverage: These high seas account for nearly two-thirds of the global ocean and cover over 70% of the Earth’s surface, yet currently, only 1.44% are under any form of protection.

Objectives and Key Provisions

The BBNJ Treaty seeks to conserve and sustainably use marine biodiversity in areas beyond national jurisdiction through legally binding measures. Its major provisions include:

• Creation of Marine Protected Areas (MPAs):
  • Aims to designate and manage MPAs in international waters.
  • Currently, 6.35% of the ocean is protected, with only 1.89% designated as no-take MPAs, where all extractive activities such as fishing, mining, and drilling are prohibited.
  • This aligns with the Kunming-Montreal Global Biodiversity Framework target of protecting 30% of global land and sea areas by 2030 (30x30 goal).
• Equitable Sharing of Marine Genetic Resources (MGRs):
  • Establishes mechanisms to ensure fair and equitable distribution of benefits derived from marine genetic resources — biological materials such as microorganisms, plants, and animals with applications in pharmaceuticals and biotechnology.
• Mandatory Environmental Impact Assessments (EIAs):Mandates EIAs for high-impact activities like deep-sea mining, carbon sequestration, and bioprospecting in international waters to mitigate potential ecological harm.
• Scientific Cooperation and Technology Transfer:Encourages capacity building, data sharing, and technology transfer to support developing nations in ocean research and sustainable marine resource management.

Process for the Treaty’s Entry into Force

• Condition: The BBNJ Treaty enters into force 120 days after the deposit of the 60th instrument of ratification, approval, or accession.
• Implementation Date: Given the 60th ratification milestone was achieved in September 2025, the treaty will legally come into effect on January 17, 2026.
• Next Steps:
  • Preparatory Commission (PrepCom): Tasked with operationalizing the treaty by establishing scientific and technical bodies, expert qualifications, and procedural frameworks for reviewing MPA proposals.
  • First Conference of Parties (COP1): Will convene post-entry into force to initiate formal implementation. Key agenda items include governance mechanisms, financial arrangements, and the Clearing-House Mechanism for information exchange.

India’s Role and Strategic Interests

• India’s Involvement:
  • The Union Cabinet approved India’s signing of the BBNJ Treaty in July 2024.
  • India is among the 143 signatories, signaling commitment to sustainable ocean governance.
• Strategic Significance for India:
  • Enhanced Oceanic Presence: Expands India’s strategic and scientific footprint beyond its Exclusive Economic Zone (EEZ).
  • Scientific Research: Facilitates participation in global marine research, access to marine genetic resources, and technological collaboration.
  • Alignment with SDG-14: Advances India’s commitment to Sustainable Development Goal 14 – “Life Below Water”, which seeks to conserve and sustainably use ocean resources.
  • Diplomatic and Environmental Leadership: Positions India as a responsible stakeholder in global commons management and strengthens its environmental diplomacy credentials.

In News:

• India has been re-elected to the Council of Administration (CA) and the Postal Operations Council (POC) of the Universal Postal Union (UPU) during the 28th Universal Postal Congress held in Dubai.
• This re-election reaffirms global confidence in India Post’s leadership, digital reforms, and commitment to inclusive postal development, strengthening India’s voice in shaping international postal governance.

About the Universal Postal Union (UPU)

• Founded: 1874 under the Treaty of Bern
• Headquarters: Berne, Switzerland
• Members: 192 countries
• Status: A specialized agency of the United Nations, it is the second-oldest international organization after the International Telecommunication Union (ITU).

Mandate and Objectives

• To promote global postal cooperation and ensure universal connectivity in mail and parcel delivery.
• To establish standards, regulations, and tariffs for international postal exchanges.
• To enhance efficiency, affordability, and reliability of postal services globally.
• To facilitate the growth of e-commerce and cross-border logistics through modern postal systems.

Governance Structure of UPU

The UPU functions through four key organs:

• Congress:
  • The supreme decision-making body, convened every four years.
  • Sets the long-term strategy, budget, and policy framework for global postal operations.
• Council of Administration (CA):
  • Handles policy, legal, administrative, and regulatory issues between Congress sessions.
  • Oversees the implementation of Congress decisions and coordinates global postal governance.
• Postal Operations Council (POC):
  • The technical and operational body comprising 48 elected member countries.
  • Works on service innovation, quality enhancement, digital integration, and modernisation of global postal systems.
• International Bureau:
  • The secretariat of the UPU providing logistical, analytical, and technical support to member states and councils.

Significance of India’s Re-election

• Endorsement of Leadership: India’s re-election underscores the international community’s trust in its postal transformation, particularly in digital and financial inclusion.
• Modernisation Initiatives: India Post’s progress in e-commerce facilitation, postal banking, logistics efficiency, and technology-driven governance has positioned it as a model for developing nations.
• Strategic Representation: Through its roles in both CA and POC, India can influence policy formulation, standard setting, and capacity-building initiatives within the UPU.
• Global Collaboration: Reinforces India’s vision of “One World, One Postal Network”, aligning with its broader digital diplomacy and South-South cooperation goals.

India and the UPU: A Historical Perspective

• India joined the UPU in 1876, just two years after its establishment.
• Over the decades, it has played a constructive role in strengthening postal connectivity across the Global South.
• Under the leadership of the Ministry of Communications, India Post has transitioned from traditional mail delivery to offering digital, financial, and logistical services, supporting Digital India and Atmanirbhar Bharat missions.

In News:

Defying prohibitory orders, members of the Kurmi community in Jharkhand launched a rail blockade across several stations to demand Scheduled Tribe (ST) status and the inclusion of the Kurmali language in the Eighth Schedule of the Constitution. The agitation, organized under the banner of the Adivasi KurmiSamaj (AKS), disrupted train services across the South Eastern and East Central Railway divisions.

About the Kurmi Community

• Origins and Identity:The Kurmis (also known as Kunbi in some regions) are traditionally an agricultural community, predominantly Hindu, found across eastern Uttar Pradesh, southern Awadh, Bihar, Jharkhand, and parts of Odisha.The name “Kurmi” is derived from the Sanskrit word “Krishi” (agriculture), symbolizing their deep connection with farming.
• Historical Background:Historically, Kurmis are believed to be descendants of Kshatriya warriors who took to agriculture. Renowned for their hard work, soil management, and egalitarian culture, the community was lauded by both Mughal and British administrators for its agrarian contributions.
• Social Status:Currently, Kurmis are classified as Other Backward Class (OBC) in most Indian states. However, the community contends that their socio-cultural roots align more closely with tribal heritage, warranting ST recognition.
• Sub-Groups and Culture:The community is divided into several gotras (clans), including Chandel, Chauhan, Solanki, Tomar, Baghel, and Sengar. They are known for maintaining strong community networks and gender-inclusive social practices.

About the Kurmali Language

• Linguistic Affiliation:Kurmali belongs to the Indo-Aryan language family and is primarily spoken in Jharkhand, Bihar, and Odisha.
• Cultural Significance:It serves as a marker of Kurmi identity and is used in folk traditions, oral histories, and local communication.
• Demand for Recognition:Inclusion in the Eighth Schedule would ensure state-supported promotion, education, and preservation of the language, similar to other recognized regional languages.

Government Response and Implications

The Jharkhand administration has maintained a cautious approach, emphasizing the need for maintaining law and order while acknowledging the sensitivity of the community’s demands.The demand for ST status involves constitutional and demographic considerations, requiring evaluation by the Ministry of Tribal Affairs and approval by Parliament under Article 342 of the Constitution.

In News:

The Election Commission of India (ECI) has de-listed 474 Registered Unrecognised Political Parties (RUPPs) for failing to comply with statutory norms, including not contesting elections in the last six years, as part of its ongoing efforts to clean up the electoral system. This move follows the first phase of de-listing, which removed 334 RUPPs.

About Registered Unrecognised Political Parties (RUPPs)

RUPPs are political entities that are registered with the ECI under Section 29A of the Representation of the People Act (RPA), 1951 but do not yet qualify as state or national parties. They may fall into the following categories:

• Newly registered parties.
• Parties that have not secured sufficient votes to gain state-level recognition.
• Parties that have never contested elections since registration.