Battery Energy Storage System (BESS)

Battery Energy Storage System (BESS)

Battery Energy Storage System Latest News

NTPC Ltd recently terminated a ₹ 413.37 crore contract awarded to GR Infraprojects Ltd (GRIL) for a 400 MWh Battery Energy Storage System (BESS) project at its Mouda Super Thermal Power Station in Maharashtra.

About Battery Energy Storage System 

  • A BESS is a system that stores electrical energy in rechargeable batteries and releases it when power is needed. 
  • A complete BESS is more than a battery. A complete BESS typically includes: 
    • Battery cells or modules, which store the energy
    • A Battery Management System (BMS), which monitors cell voltage, temperature, and state of charge to keep the battery safe and efficient
    • A Power Conversion System (PCS), often called an inverter, which converts stored DC power to usable AC power (and back again during charging)
    • Thermal management, such as cooling or heating systems, to keep the battery within a safe operating temperature range
    • A control and monitoring system, sometimes cloud-connected, that manages charging and discharging based on rules, schedules, or grid signals
    • An enclosure, ranging from a small wall-mounted box for homes to a shipping-container-sized unit for utility projects.
  • It operates by capturing electricity from various sources (either from the grid, from solar panels, from wind turbines, or from any other generation source), storing it, and discharging it when needed. 
  • BESS technology allows electricity to be stored when supply is abundant, demand is low, or power prices are favorable. 
  • The system can then discharge during outages, peak demand periods, renewable generation dips, or times when electricity is more expensive. 
  • This flexibility makes BESS valuable for commercial facilities, industrial sites, utilities, microgrids, and renewable energy projects.  
  • Battery storage supports peak shaving, load shifting, backup power, renewable energy integration, and grid reliability. 
  • It also gives operators more control over when electricity is used, which can improve energy economics and reduce strain on the grid. 
  • BESS are rated on energy storage capacity (kWh), which determines how much energy can be stored, and power rating (kW), which determines how quickly that energy can be delivered.

News: ET

Battery Energy Storage System FAQs

Q1: What is a Battery Energy Storage System (BESS)?

Ans: A BESS is a system that stores electrical energy in rechargeable batteries and releases it when power is needed.

Q2: From which sources can a Battery Energy Storage System (BESS) capture electricity?

Ans: A BESS can capture electricity from the grid, solar panels, wind turbines and other generation sources.

Q3: When can a Battery Energy Storage System (BESS) discharge stored electricity?

Ans: It can discharge electricity during power outages, peak-demand periods, renewable-generation dips or periods of high electricity prices.

Q4: Which sectors can benefit from Battery Energy Storage System (BESS) technology?

Ans: BESS is valuable for commercial facilities, industrial sites, utilities, microgrids and renewable-energy projects.

Global Business Climate Survey 2026

Global Business Climate Survey 2026

Global Business Climate Survey Latest News

India has been ranked first in business climate among forty plus global markets in the latest Business Climate Survey 2026 by the Swedish Chamber of Commerce in India.

About Global Business Climate Survey

  • It is jointly produced by Business Sweden, the Swedish Chambers of Commerce (SCI), and Sweden’s embassies and consulates and covers 41 markets in Western Europe, APAC, MEA+, and the Americas. 
  • The survey was first carried out in 2020 and captures the viewpoints, experiences, and insights of Swedish business leaders overseas.  
  • The Global Business Climate Survey 2026 edition presents insights from 41 markets, offering a broad view of Swedish companies’ perspectives on doing business abroad. 
  • The survey aims to provide a framework for comparing economic performance, outlook, and operating conditions over time in key Swedish export markets. 
  • It highlights the challenges companies face and identifies opportunities for Swedish companies considering entry into new markets or expansion in existing ones. 
  • 2026 Survey Highlights:
    • India has been ranked first in the survey, followed by Vietnam.
    • The 2026 survey found that Swedish companies remain strongly committed to India as a long-term market. 
    • Most respondents reported positive business conditions, while a clear majority said they expected to increase investments in India during the coming year. 
    • Asia-Pacific was the most optimistic region in the survey. 
    • The Philippines and India ranked among the top markets for planned investment. 
    • The report noted a more cautious mood across the Middle East and Africa. 
    • In Saudi Arabia, the share of firms with a positive outlook fell from 90% in 2025 to 44% in 2026. 
    • The Americas and Europe looked somewhat better than in 2025.
    • India, the Philippines and Poland led on market-level growth expectations.

News: NOA

Global Business Climate Survey FAQs

Q1: Who jointly produces the Global Business Climate Survey?

Ans: It is jointly produced by Business Sweden, the Swedish Chambers of Commerce (SCI), and Sweden’s embassies and consulates.

Q2: Which regions are covered by the Global Business Climate Survey 2026?

Ans: It covers markets across Western Europe, Asia-Pacific (APAC), Middle East and Africa (MEA+), and the Americas.

Q3: Whose viewpoints and experiences are captured by the Global Business Climate Survey?

Ans: It captures the viewpoints, experiences and insights of Swedish business leaders operating overseas.

Q4: Which country ranked first in the Global Business Climate Survey 2026?

Ans: India ranked first.

Bidriware

Bidriware

Bidriware Latest News

Recently, it was observed that Bidriware, the centuries-old metal craft, is facing fresh pressure from the rising prices of silver, copper, and zinc.

About Bidriware

  • It is a form of metal handicraft which has been made for centuries by artisans from Karnataka’s Bidar district.
  • It is renowned for its intricate, handcrafted designs.
  • It has obtained a Geographical Indications (GI) tag.
  • Origin
    • The origin of Bidriware as a craft is attributed mostly to the Bahamani Sultans who ruled the region during the 14th and 15th centuries.
    • It was first brought to India by the noted Sufi Khwaja Moinuddin Hasan Chisti in the form of utensils.
    • The art form developed in the kingdom was a mix of Turkish, Persian and Arabic influences, which were intermingled with the local styles, and thus a unique style of its own was born.

How is Bidriware made? 

  • It is made primarily from a zinc-copper alloy, while silver is used for intricate inlay work.
  • The craftsman uses small chisels to engrave the design over the freehand etching. Craftsmen engrave delicate floral and geometric patterns on the surface and inlay silver into them.
  • Fine wire or flattened strips of pure silver are then carefully hammered into these grooves. 
  • The characteristic deep-black lustre is produced using soil sourced from the historic Bidar Fort.
  • The soil is added to a chemical solution during the final stage of the process, giving the metal its distinctive black finish.
  • The product then undergoes a process called buffing to smoothen the surface.

Source: TH

Bidriware FAQs

Q1: What is Bidriware?

Ans: It is a form of metal handicraft which has been made for centuries by artisans from Karnataka’s Bidar district.

Q2: Which metals are used in Bidriware?

Ans: It is made primarily from a zinc-copper alloy, while silver is used for intricate inlay work.

Kavach System

Kavach System

Kavach System Latest News

Indian Railways has approved the provision of Kavach Version 4.0 on over six hundred Route Kilometres of the Lucknow Division of North Eastern Railway.

About Kavach System

  • It is an indigenously developed Automatic Train Protection (ATP) system that provides Train Protection as well as Collision Prevention capabilities for trains.
  • It was adopted as the National ATP system in July 2020.
  • It has been developed by the Research Design and Standards Organisation (RDSO).
  • Working Principle
    • It operates through continuous real-time communication between trackside systems and locomotives using secure Ultra High Frequency (UHF) radio antenna and track-mounted Radio Frequency Identification (RFID) tags.
    • These tags provide precise train location, while wayside (stationary) units collect live data from station interlocking systems, including signal aspects, point positions, track occupancy, and route status.

Key Safety Features of Kavach

  • Detection and prevention of Signal Passing at Danger (SPAD): It automatically stops the train before the signal.
  • Cab signaling with display of movement authority, target distance, speed, and signal aspects.
  • Prevention of all types of train collisions: head-on, rear-end, and side-on.
  • Continuous real-time updates to the locomotive.
  • Automatic horn activation when approaching Level Crossing Gates.
  • Roll Back / Roll Forward protection – prevents unintended backward or forward movement of the train, especially on gradients or during halts.
  • Emergency Stop (SoS) messages in critical situations.
  • Centralized live monitoring of train movements through the Network Management System (NMS).

Source: News On Air

Kavach System FAQs

Q1: What is Kavach System?

Ans: It is an indigenously developed Automatic Train Protection (ATP) system that provides Train Protection as well as Collision Prevention capabilities for trains.

Q2: Which organisation designed the Kavach System?

Ans: It has been developed by the Research Design and Standards Organisation (RDSO).

Giant African Snail

Giant African Snail

Giant African Snail Latest News

Recently, the Kerala Agricultural University (KAU) has launched a special project to eradicate African snails (Lissachatina fulica) following a request from the Agriculture department.  

About Giant African Snail

  • It is the common name for several large African land snail species.  The most damaging of these pests is Lissachatina fulica.
  • It is one of the world’s worst invasive species.
  • It is native to East Africa but it has been widely introduced to other parts of the world through the pet trade, as a food resource, and by accidental introduction.
  • Habitat 
    • It thrives in warm tropical climates with mild temperatures all year round and high humidity.
    • It is found in agricultural areas, coastal areas and wetlands, natural and planted forests, riparian zones, scrublands and shrublands, and the urban zones.
  • Diet : Mature, adult snails generally feed on decaying organic matter, including garbage, fallen fruit and animal manure.
  • Key Features
    • It is a hermaphrodite.
    • Adult snails are very large with a long, narrow, cone-shaped shell.
    • The shell is usually light brown with darker brown vertical stripes.
  • Health Impact: The snails can carry the rat lungworm parasite (Angiostrongylus cantonensis), which can cause eosinophilic meningitis in humans.

Source: TH

Giant African Snail FAQs

Q1: Where do we find Giant African Snail?

Ans: It thrives in warm tropical climates with mild temperatures all year round and high humidity.

Q2: Which type of parasite is carried by Giant African Snail?

Ans: It can carry the rat lungworm parasite.

INS Trishul

INS Trishul

INS Trishul Latest News

Recently, Indian Navy’s INS Trishul made a port call at Alexandria, Egypt.  

About INS Trishul

  • It is a front-line Talwar-class guided missile frigate of the Indian Navy,
  • It joined the arsenal of the Indian Navy in 2003.
  • It is equipped for multi-dimensional maritime operations.

Features of  INS Trishul

  • It is a 125-metre-long vessel fitted with state of the art equipment and also incorporates stealth features.
  • Capacity: It has a carrying capacity of 3,700-tonne.
  • Speed: It has a top speed in excess of 30 knots and an endurance of 30 days at sea.
  • Armaments
    • Trishul became the second Indian warship to incorporate an eight cell KBSM 3S-14NE Vertical Launcher.
    • It was the first to upload the new Indian/Russian designed missile, the supersonic BrahMos PJ-10 AShCM (anti-sub/ship/surface cruise missile).

What is the Talwar class of frigates?

  • These have been built in Russia under an Indo-Russian joint production.
  • These missile frigates are modified Krivak III class frigates from Russia.
  • It has a displacement capacity of 4,000 tons and a speed of 30 knots and is capable of accomplishing a wide variety of naval missions, primarily, finding and eliminating enemy submarines and large surface ships.

Source: PIB

INS Trishul FAQs

Q1: What is INS Trishul?

Ans: It is a front-line Talwar-class guided missile frigate of the Indian Navy,

Q2: When was INS Trishul commissioned?

Ans: It was commissioned in 2003.

Naegleria fowleri

Naegleria fowleri

Naegleria fowleri Latest News

Scientists have figured out how Naegleria fowleri amoebae go from the nose to the brain, with N. gruberi as a proxy.

About Naegleria fowleri

  • It is commonly known as “brain-eating amoeba,” is a single-cell organism.
  • Habitat: It thrives in warm freshwater lakes, ponds and rivers. It can also survive in poorly maintained swimming pools in rare cases. 
  • Only one species of Naegleria, Naegleria fowleri, infects people.
  • It causes Primary amoebic meningoencephalitis or PAM.
  • Humans Infection Process
    • It is typically acquired through the nasal passage and mouth when a person goes swimming, diving.
    • The amoeba then migrates through the olfactory nerve to the brain, where it causes severe inflammation and destruction of brain tissue.
    • The Naegleria fowleri infection does not spread from person to person, nor does it manifest symptoms when contracted in other forms.
    • The infection is primarily associated with a warm freshwater environment, especially during hot summer months when water temperatures are higher.

Key facts about Primary Amoebic Meningoencephalitis

  • It is caused by Naegleria fowleri. 
  • It is non-communicable and people cannot get infected with Naegleria fowleri from drinking water contaminated with the amoeba.
  • Symptoms
    • It includes headache, fever, nausea and vomiting. Later on, the patient may have a stiff neck and experience confusion, seizures, hallucinations and slip into a state of coma.
    • Most people with PAM die within 1 to 18 days after symptoms begin. It usually leads to coma and death after 5 days.
  • Treatment
    • There are no effective treatments for the disease yet.
    • At present, doctors treat it with a combination of drugs, including amphotericin B, azithromycin, fluconazole, rifampin, miltefosine, and dexamethasone.

Source: TH

Naegleria fowleri FAQs

Q1: What is Naegleria fowleri?

Ans: It is commonly known as “brain-eating amoeba,” is a single-cell organism.

Q2: Where do we find Naegleria fowleri?

Ans: It thrives in warm freshwater lakes, ponds and rivers.

Geran-2

Geran-2

Geran-2 Latest News

New satellite imagery is shedding light on Russia’s expanding Geran-2 drone  production at the Alabuga Special Economic Zone in Tatarstan.

About Geran-2

  • It is a long-range one-way attack drone, often referred to as a kamikaze drone
  • It is essentially a domestically manufactured Russian version of the Iranian-designed Shahed-136. 
  • The Geran is mainly used for long-range strike, both as a primary system and as a low-cost complement to the much more sophisticated cruise and ballistic missiles.  
  • A Shahed/Geran drone costs between €25,000 and €40,000 — a tiny fraction of a ballistic missile. 
  • The Geran-2 drones are launched in swarms to maximize the probability of success against strategic infrastructures. 

Geran-2 Features

  • While the Geran-2 retains the core aerodynamic layout of the Shahed-136—featuring a delta wing, composite honeycomb structure, and a rear-mounted piston engine—it incorporates substantial upgrades. 
  • The wingspan measures approximately 2.5 meters and fuselage length approximately 3.5 meters.  
  • Powered by a 50–90 HP piston engine, the drone can reach speeds up to 180 km/h with a flight endurance of up to 12 hours.
  • Warhead weight: 50 kilograms original, can be increased up to 90 kg with reduced fuel load. 
  • Operational range: 2,500 km (1,600 mi) (reported) 
  • Launch: Rocket-assisted take-off, or from moving vehicle 
  • It features advanced navigation systems resistant to jamming and spoofing, including multi-antenna Controlled Reception Pattern Antennas (CRPA), 3G/LTE modems for real-time data links, and improved inertial navigation units.

News: TOI

Geran-2 FAQs

Q1: What is Geran-2?

Ans: Geran-2 is a long-range one-way attack drone, often referred to as a kamikaze drone.

Q2: What is the Geran-2 based on?

Ans: It is essentially a domestically manufactured Russian version of the Iranian-designed Shahed-136.

Q3: How are Geran-2 drones typically launched during attacks?

Ans: They can be launched in swarms to increase the probability of successfully striking strategic infrastructure.

Q4: What is the reported operational range of the Geran-2?

Ans: Its reported operational range is approximately 2,500 km.

Biligiri Ranganatha Swamy Temple (BRT) Tiger Reserve

Biligiri Ranganatha Swamy Temple (BRT) Tiger Reserve

Biligiri Ranganatha Swamy Temple (BRT) Tiger Reserve Latest News

Authorities of the BRT Tiger Reserve are seeking immediate action on fallow lands, warning that these neglected plots are turning into suitable habitats for big cats and increasing risks in fringe villages.

About Biligiri Ranganatha Swamy Temple (BRT) Tiger Reserve

  • It is located in the BR Hills (Biligiri Rangana Hills) in Chamarajanagar District of southeastern Karnataka. 
  • It is spread over an area of 574.82 sq.km. and lies at an elevation of 5,091 feet above sea level.
  • The reserve gets its name from Biligiri, meaning “white rocky cliff,” which is home to the ancient Rangaswamy Temple dedicated to Lord Vishnu.
  • It is also believed that the hill range gets its name due to white mist and silvery clouds which cover these lofty hills for a greater part of the year. 
  • It is considered to be the wildlife corridor that connects the Eastern Ghats to the Western Ghats, which in turn facilitates gene flow between the population species inhabiting both the mountain ranges. 
  • The reserve is home to the Soliga community — a forest-dwelling indigenous people who have lived within the BRT hills for centuries.  
    • Soligas was the first tribal community living inside a tiger reserve and getting their forest rights recognised by a court in a judgement in 2011.
  • Vegetation
    • The vegetation is predominantly dry scrub jungle to evergreen forests and high-altitude shola grassland habitat. 
    • Dry deciduous and scrub forests are found in the foothills.  
  • Flora: The major species include Anogeissus latifolia, Dalbergia paniculata, Grewia teliaefolia, Terminalia alata, Terminalia bellirica, Terminalia paniculata, etc.
  • Fauna: Animals including tiger, elephant, leopard, wild dog, bison, sambar, spotted deer, barking deer, four-horned antelope, sloth bear, wild boar, common langur, bonnet macaque, varieties of reptiles, birds, etc., are found in the Tiger Reserve.

News: TOI

Biligiri Ranganatha Swamy Temple (BRT) Tiger Reserve FAQs

Q1: Where is the Biligiri Ranganatha Swamy Temple (BRT) Tiger Reserve located?

Ans: It is located in the BR Hills (Biligiri Rangana Hills) of Chamarajanagar district in southeastern Karnataka.

Q2: Which two major mountain ranges are connected by the BRT Tiger Reserve?

Ans: It connects the Eastern Ghats and the Western Ghats.

Q3: Which indigenous tribal community lives in the BRT Tiger Reserve?

Ans: The Soliga community lives in the BRT Hills.

Q4: What type of vegetation is found in the BRT Tiger Reserve?

Ans: Vegetation ranges from dry scrub jungle to evergreen forests, along with high-altitude shola grassland habitats.

Vallur Thermal Power Project

Vallur Thermal Power Project

Vallur Thermal Power Project Latest News

The southern bench of the National Green Tribunal (NGT) recently admitted an application alleging that the Vallur Thermal Power Project is discharging hot effluent directly into the Kosasthalaiyar river and its backwaters in violation of environmental and CRZ clearances.

About Vallur Thermal Power Project

  • It is a coal-fired power project located in the Tiruvallur District of Tamil Nadu. 
  • It has a capacity of 1500 MW (3 units of 500 MW). 
  • The project was developed by NTPC Tamil Nadu Energy Company Limited (NTECL).   
    • NTECL is a 50:50 joint venture company formed between NTPC and Tamil Nadu Power Generation Corporation Ltd. (TNPGCL). 
  • It was commissioned to its full capacity and has been operating since 2015. 
  • Around 70 percent of the power from this station is supplied to Tamil Nadu, and the rest to neighboring states like Andhra Pradesh, Karnataka, Kerala, Telangana and Pondicherry. 
  • The plant consumes approximately 9 MMT of coal in a year. 
  • The coal is brought from the Mahanadi Coal Fields, Central Coal Fields, Eastern Coal Fields, etc through rail cum sea to Ennore Port
    • From there it is transported by a 4.2 km long pipe conveyor to the plant. 
    • This pipe conveyor is one of the important features of this plant for dust-free operation over the Ennore Creek to ensure environmental protection.  
  • The unique feature of this plant is that the total plant water requirement is met from sea water. 
    • Being close to the sea, this plant has a seawater desalination unit of 20 MLD capacity. This takes care of the entire water requirement. 

News: NIE

Vallur Thermal Power Project FAQs

Q1: Where is the Vallur Thermal Power Project located?

Ans: It is located in Tiruvallur district of Tamil Nadu.

Q2: What type of power project is the Vallur Thermal Power Project?

Ans: It is a coal-fired thermal power project.

Q3: What is the total installed capacity of the Vallur Thermal Power Project?

Ans: It has an installed capacity of 1,500 MW.

Q4: Which company developed the Vallur Thermal Power Project?

Ans: It was developed by NTPC Tamil Nadu Energy Company Limited (NTECL).

Climate Equity and India’s Climate Action

Climate Equity and India’s Climate Action

Climate Equity Latest News

  • At an international conference on “The Future of Environment and Climate Dynamics”, organised by the National Green Tribunal (NGT), the Indian PM highlighted the unequal distribution of global carbon emissions. 
  • Reaffirming India’s commitment to climate action, his remarks come ahead of COP31, scheduled to be held in Antalya, Türkiye.
  • India’s position centres on climate equity, historical responsibility and differentiated obligations, while emphasising that development and environmental protection must advance together.

Unequal Carbon Responsibility

  • The Indian PM questioned the narrative that places disproportionate responsibility for global emissions on developing countries.
  • India’s per capita carbon emissions are about 2.2 tonnes annually, less than half the global average of 4.7 tonnes.
  • Developed countries have per capita emissions roughly six times higher than India’s. For example, per capita emissions of the US (14.2 tonnes) and Russia (14 tonnes) are substantially higher than India’s.
  • India’s cumulative contribution to global carbon emissions during 1751–2024 is about 3.5%, compared with 23.5% for the US, 15.4% for China, 6.6% for Russia, 5.1% for Germany and 4.3% for the UK.
  • India argues that developed countries bear greater historical responsibility, having achieved development through extensive fossil-fuel consumption over the past two centuries.
  • At the same time, India maintains that it has not evaded its climate responsibilities and has implemented its commitments under the Paris Agreement.

India’s Climate Action

  • India is the only G20 country to have fulfilled all its COP21 Paris commitments ahead of schedule, particularly in areas such as non-fossil-fuel capacity, renewable energy and emissions reduction.
  • India’s climate initiatives highlighted at the conference include -
    • Solar energy capacity: Increased from around 2 GW in 2012 to 160 GW.
    • PM-KUSUM: Around 30 lakh farmers have received solar pumps.
    • One Nation One Grid: It has helped prevent an estimated 200 million tonnes of carbon emissions.
    • Expansion of wind and hydropower.
    • Promotion of rooftop and decentralised solar power.
    • Electric vehicles: Annual sales increased from around 3,000 in 2014 to 25 lakh in the previous year.
    • Metro rail: Expanded from less than 250 km across five cities before 2014 to over 1,000 km across 20 cities.
    • 100% railway electrification.
    • Expansion of inland waterways.
    • Around 3,000 km of Dedicated Freight Corridors (DFCs), reducing fuel consumption.
  • India has also promoted international initiatives such as the International Solar Alliance, Global Biofuel Alliance and International Big Cat Alliance.

Development and Environmental Protection

  • The conference emphasised that environmental protection should not be viewed as inherently opposed to economic development.
  • CJI Surya Kant observed that the judicial question is increasingly shifting from “conservation versus development” to how both can be harmonised and sustained. 
    • He also highlighted the transition from conventional environmental rights to climate-related rights, recognising the environment as central to human well-being.
  • The Union Environment Minister similarly argued that the real choice is not between development and environment, but between sustainable development and unsustainable development.
  • India’s conservation efforts also include protection of wildlife and endangered species, with emphasis on tigers, elephants, lions, the Great Indian Bustard and vultures.

India’s Position Ahead of COP31

  • India is expected to continue advocating climate action based on -
    • Equity and climate justice
    • Historical responsibility
    • Implementation of existing commitments
    • Greater attention to the needs of vulnerable developing countries
    • Balancing developmental needs with climate action
  • The issue has acquired greater significance as vulnerable countries seek support through mechanisms such as the Loss and Damage Fund (LDF) for climate-induced disasters.

Conclusion

  • India’s climate diplomacy seeks to reconcile developmental aspirations, climate justice and global environmental responsibility. 
  • Its position stresses that present-day emission obligations must be considered alongside historical emissions, per capita disparities and the developmental needs of poorer countries.
  • This position simultaneously demonstrates domestic progress in renewable energy, clean mobility, electrification and biodiversity conservation.

Source: ToI | IE

Climate Equity FAQs

Q1: What is India’s position on climate equity?

Ans: India stressed historical emissions and significant per capita emission disparities between developed and developing countries.

Q2: How has India demonstrated its commitment to climate action?

Ans: India has expanded non-fossil energy, solar and wind power, EVs, metro rail, railway electrification, etc.

Q3: Why is the principle of historical responsibility important in climate negotiations?

Ans: It creates a stronger case for greater mitigation and financial responsibilities.

Q4: How can India reconcile development with environmental protection?

Ans: India seeks sustainable development by integrating renewable energy, clean mobility, and energy efficiency.

Q5: What should be India’s priorities at COP31?

Ans: India should emphasise equity, implementation of climate commitments, climate finance, Loss and Damage support, etc.

Greenland Security Deal: US–Denmark Agreement and Its Strategic Significance

US-Greenland Deal

Greenland Security Deal Latest News

  • The United States and Denmark announced an agreement on Greenland's security. It comes more than a year after President Donald Trump, in his second term, revived talk of an American takeover of the island. 
  • The deal is expected to be signed at the UN General Assembly and will enter into force only after the required parliamentary procedures. Its full text has not yet been made public.

Greenland's Constitutional Position

  • Greenland is a self-governing territory within the Kingdom of Denmark.
  • Under the 2009 Self-Government Act, its government exercises wide legislative and executive powers.
  • Greenlanders retain the right to determine the island's future, including the path to independence.
  • Defence and foreign affairs, however, remain with Denmark.
  • This division explains why the deal was negotiated between Washington and Copenhagen (Denmark), while Nuuk's (capital of Greenland) consent remains politically essential.

Two Descriptions of the Same Deal

  • The American Version - Trump said the agreement grants the US permanent control over security, and all other needs. He added that the US could do whatever it considered necessary for Greenland's defence. Adversaries, he said, would be barred from establishing bases, maintaining a military presence, or making sensitive investments in Greenland without American approval.
  • The Danish version - PM Mette Frederiksen described the deal as strengthening security in the Arctic and the North Atlantic. She explicitly reaffirmed the sovereignty and territorial integrity of the Kingdom of Denmark, and the Greenlanders' right to self-determination.
  • Statements from both sides indicate the deal gives the US permanent security access while leaving Danish sovereignty intact.

What Actually Changes on the Ground

  • The US already enjoyed sweeping military access in Greenland. This is why "permanent control" may overstate the practical shift.
    • The 1951 US–Denmark defence agreement allowed extensive military access, including free movement between defence areas by land, sea and air, and the right to overfly and land. It remains in force.
    • These rights were not unlimited. New US defence areas or facilities required Danish agreement.
  • According to media reports, the new agreement makes US access, basing and overflight rights permanent, including if Greenland's political status changes in the future. 
  • That is the real innovation: it insulates American presence from a future Greenlandic independence.
    • The crucial ambiguity is whether new facilities will still need Danish and Greenlandic consent. If yes, the military change is limited. 
    • If Washington gains unilateral authority over new bases or investments, the shift is far more significant.

A Long History of American Interest

  • 1867: Secretary of State William Seward explored acquiring Greenland and Iceland. No formal claim followed.
  • 1941: After Nazi Germany occupied Denmark, the US signed an agreement permitting airfields and defence facilities, while recognising Danish sovereignty.
  • 1946: President Harry Truman offered Denmark $100 million for Greenland. Washington had earlier considered swapping parts of Alaska for parts of Greenland.
  • 1951 and 2004: The defence agreements that still govern the relationship.

Why Greenland Matters Strategically

  • [my_image src="https://vajiramias.sgp1.cdn.digitaloceanspaces.com/wp/current-affairs/2026/09/20091745/Significance-of-Greenland-for-US.jpg?v=1789876069" size="full" align="none" width="auto" height="539px" alt="" title="Significance of Greenland for US"]
  • Location - Greenland is the world's biggest island and sits in the North Atlantic Ocean, between North America and Europe. Most of the island is in the Arctic Circle and is covered by a permanent ice cap.
  • Military and Missile Defence - Greenland was a vital base of operations during the Cold War (1945–91). Pituffik Space Base hosts an early-warning radar used by the US and NATO to detect missile threats and monitor Arctic activity. 
    • Sitting between North America and the Arctic, the island is central to tracking Russian military movement. 
    • China and Russia have both scaled up Arctic military capabilities in recent years.
  • Critical Minerals - Greenland holds large deposits of rare earth elements and other critical minerals. These are used in mobile phones, electric vehicles, consumer electronics, and in bombs and weapons. 
    • China is currently the leading global supplier of many rare earths. 
    • Greenland's mineral wealth has therefore become part of the wider competition over critical-mineral supply chains. 
    • In 2021, Greenland banned mining of deposits containing uranium above a specified threshold, a decision that stalled the large Kvanefjeld rare-earth project.
  • Trade - Melting ice, due to climate change, means shipping routes are opening up in the waters around Greenland. The warming waters could also unlock access to minerals and fishing areas.

India's Stake

  • India is an Observer at the Arctic Council (since 2013), operates the Himadri research station at Ny-Ålesund, and released its Arctic Policy in 2022
  • Great-power militarisation of the Arctic affects the scientific commons India uses, and the rare-earth contest directly touches India's own critical-mineral security.

Source: IE | BBC

Greenland Security Deal FAQs

Q1: What is the Greenland security deal between the US and Denmark?

Ans: The Greenland security deal concerns permanent US security access while Danish sovereignty and Greenlanders' right to self-determination remain formally recognised.

Q2: Why is Greenland strategically important to the United States?

Ans: Greenland is strategically important because of its Arctic location, missile-warning facilities, military significance, critical minerals and emerging shipping routes.

Q3: Does the Greenland security deal change Danish sovereignty?

Ans: The Danish description says the Greenland security deal strengthens Arctic security while reaffirming Denmark's sovereignty and Greenlanders' right to self-determination.

Q4: What is the main practical change under the Greenland security deal?

Ans: The reported change is that American access, basing and overflight rights could become permanent, potentially insulating US presence from future Greenlandic independence.

Q5: Why does Greenland matter to India?

Ans: Greenland matters to India because Arctic militarisation affects scientific interests, while competition over Greenland's rare-earth resources has implications for India's critical-mineral security.

AI Safety Concerns: Why the AI Race Needs Stronger Safeguards

Slowing the AI Race - Safety Concerns from Within the Industry

AI Safety Concerns Latest News

  • Anthropic CEO Dario Amodei has urged artificial intelligence companies to slow the race to build ever more powerful models. He made the call in an essay published recently. The appeal drew quick backing from OpenAI CEO Sam Altman and from Elon Musk. 
  • The debate is significant because it comes from within the industry, not from outside regulators.
  • Amodei warned that without a slowdown, AI could become capable within six to twelve months of leading a "swarm" able to take over the entire internet. This is a projection, not an established capability.

What Amodei Is Asking For

  • Amodei is not asking for a halt. He wants the industry to "pace the frontier" so that safety research can catch up. 
  • His argument is simple. Gaining even another year or two before models reach critical capability levels would give researchers valuable time to strengthen safeguards and reduce the risk of catastrophic failure.

The Core Worry: Self-Improvement and Autonomy

  • Two technical trends sit at the heart of his concern.
  • Recursive Improvement - Models are increasingly able to improve themselves and help build the next generation of AI systems. They could eventually improve faster than humans can understand, monitor or control them.
  • Agentic Autonomy - AI agents can now break a broad task into smaller jobs, use software tools, and work for long stretches with little human intervention.
  • Together, these make the traditional approach — build a more capable system first, address its risks later — increasingly dangerous.

A Three-Part Proposal

  • Independent Evaluators Inside AI Companies - Frontier firms should give external safety evaluators ongoing, employee-like access. 
    • Reviewers would examine how companies test models, assess risks and implement safeguards. 
    • Outside evaluators will be provided with desks, access badges and company laptops. The aim is to replace occasional audits with continuous scrutiny.
  • Coordination on Safety Standards - Competition is the obstacle. A firm that slows down while rivals race ahead fears losing position. 
    • Governments should create mechanisms allowing firms to cooperate on safety without breaching antitrust law. 
  • International Coordination - Democratic governments should work together, while also finding ways to engage authoritarian states. 
    • If American firms slow while others race ahead, competitive dynamics would defeat the entire safety effort.

The Trigger: Anthropic's Threat Report

  • Anthropic had published a threat-intelligence report on misuse of its Claude models between December 2025 and August 2026, across seven harm areas.
  • Its central finding was not that people asked AI for dangerous answers. It was that they handed it the work.

The Autonomy Spectrum

  • Assistant (low autonomy): Used conversationally to help build malware, phishing kits and surveillance tooling. The human operates.
  • Directed execution (medium): The model runs commands against live networks and harvests credentials, but a human makes each targeting decision.
  • Orchestrator (high): Multi-agent systems run reconnaissance, exploitation and theft against several victims in parallel. One case ran thirteen collection agents on a schedule with no human in the loop.

The Seven Areas

  • Cyber operations: Operators based in Hunan, China — two of them undergraduate students — ran several AI agents at once, working round the clock. 
    • The agents scouted targets, hunted for unknown flaws in security devices, and carried out live break-ins. 
    • Around 50 organisations were targeted, from schools and hospitals to government agencies.
  • Influence Operations (Fake newsrooms, real broadcast towers): Nine cases across Russia, Iran, Turkey, the Gulf, South Asia, Africa and Europe. One network published 8,913 articles in roughly 20 languages.
  • Surveillance: Profiling of clergy, activists and diaspora groups; a national platform in Mali with reach over about 25 million SIM cards.
  • Scams and Fraud (Dating apps with nobody behind them): Over 20 dating apps populated by 4,700+ AI personas; 25,000+ users interacted with them.
  • Biological Misuse: Five cases where Anthropic judged that the help sought could support bioweapons work. The requests involved altering the chikungunya virus, and studying bird flu, orthopoxviruses and new toxins. One came disguised as a research grant application.
  • Conventional Weapons: Six cases involving drone swarms and missile software; no evidence any weapon was fielded.
  • Illicit Distillation: Distillation — training a smaller model on a larger one’s outputs — is ordinary practice. Alleged unauthorised training on Claude outputs, including a campaign peaking near three million exchanges a day.

Conclusion

  • The episode marks a rare moment of industry consensus on risk. Yet consensus is not enforcement. Voluntary pacing collapses the moment one player defects. 
  • The real test lies in binding domestic law and credible international coordination, not in essays and endorsements.

Source: IE

AI Safety Concerns FAQs

Q1: Why are AI safety concerns increasing?

Ans: AI safety concerns are increasing because advanced models are becoming more autonomous, capable of self-improvement, and able to perform complex tasks with limited human intervention.

Q2: What has Dario Amodei proposed to address AI safety concerns?

Ans: Dario Amodei proposed pacing frontier AI development, strengthening safety research, introducing independent evaluators, and improving national and international coordination.

Q3: How can AI agents create new safety risks?

Ans: AI agents can divide complex tasks, use software tools, and operate for long periods independently, increasing risks when humans cannot continuously monitor their actions.

Q4: What role can independent evaluators play in AI safety?

Ans: Independent evaluators can continuously examine AI testing, risk assessment and safeguards, replacing occasional audits with sustained scrutiny of frontier AI systems.

Q5: Why is international coordination important for AI safety?

Ans: International coordination is important because unilateral restraint could fail if competing countries or companies continue accelerating AI development without comparable safety measures.

Autonomy for Ladakh – Why Punjab and Haryana Should Pay Attention

Autonomy for Ladakh - Why Punjab and Haryana Should Pay Attention

Autonomy for Ladakh Latest News

  • The Centre has proposed a new constitutional provision, Article 371(K), and a Union Territory-level governance arrangement for Ladakh, while local leaders continue to press for stronger political representation, land safeguards and administrative accountability. 

Historical Background

  • The relationship between Ladakh and the plains has historical roots stretching back nearly two centuries.
  • In 1834, Maharaja Ranjit Singh sought to extend his empire towards Ladakh to secure the routes to Central Asia. 
  • The campaign was led by the Dogra general Zorawar Singh, who conquered Ladakh and subsequently put down a series of revolts by the Namgyal rulers. The Zorawar Fort still stands near the Leh Palace.
  • After Ranjit Singh died in 1839 and the Sikh army was defeated in the First Anglo-Sikh War, Raja Gulab Singh Dogra signed the Treaty of Amritsar with the British in 1846. 
  • The treaty formalised the transfer of territories that became the princely state of Jammu and Kashmir to Gulab Singh, including Ladakh, which had been conquered by his forces.
  • The direction of power was unmistakable; the plains had begun ruling the mountains. Nearly two centuries later, Ladakh is questioning this arrangement.

Beyond a Constitutional Question

  • The glaciers and snowfields of Ladakh sustain agriculture across the northern plains, making the region far more than a remote frontier.
  • Punjab and Haryana remain deeply dependent on Himalayan waters. What happens to snowfall, glacial melt, and hydrological rhythms in the high Himalaya travels downstream. 
  • Himachal Pradesh, whose Lahaul-Spiti region lies alongside Ladakh, is part of this larger ecological chain.

The Indus Waters Treaty

  • The Indus Waters Treaty of 1960, negotiated with the help of the World Bank, divided the Indus river system between India and Pakistan. 
  • The eastern rivers, Ravi, Beas and Sutlej, were allocated to India, while the western rivers, Indus, Jhelum and Chenab, were allocated to Pakistan, subject to specified uses by both countries.
  • The Indus itself flows through Ladakh before continuing into Pakistan. In April 2025, India announced that it was placing the treaty in abeyance following the Pahalgam terror attack.
  • This makes the demand for constitutional safeguards in Ladakh more than a question of identity and representation. 
  • For local leaders, autonomy is also about control over the pace and nature of development in a cold desert where cultivable land is scarce and water is precious.

The Land Question

  • Land has become one of the sharpest flashpoints in the ongoing talks.
  • At the centre of the dispute is Ailan No. 38, a regulation from the Dogra-Maharaja period, dating to the reign of Maharaja Hari Singh, relating to the cultivation and ownership of barren land known as nautor
  • Recent moves to place a ceiling on the land individuals can claim have drawn strong local opposition.

Rising Land Prices

  • The co-chairman of the Leh Apex Body stated that land prices in Leh town are skyrocketing because of development by outsiders, noting that one kanal now fetches ₹40 lakh. 
  • In his view, the ceiling proposal appears to be another route to making land available to outsiders.
  • The concern is not simply about changing ownership patterns. It is also about what this could mean for the social and ecological character of the region. The very landscape that attracts outsiders is among the least equipped to absorb unlimited human pressure.

The Political Demands

  • For Ladakh's political groups, the issue ultimately comes back to power, and specific demands remain unmet. The non-negotiable demands include:
    • Direct elections through separate constituencies
    • Accountability of the bureaucracy, from the chief secretary downward, to the elected body
    • A freeze on major decisions, particularly on land, until such a body exists
  • The precise powers and composition of the proposed body under Article 371(K) remain under discussion.

The Political Backdrop

  • The current negotiations take place against a difficult recent history.
  • In September 2025, four people were killed in police firing during protests over statehood and constitutional safeguards in Leh.
  • Activist Sonam Wangchuk, who was detained under the National Security Act for nearly six months after those protests and released in March, has announced a symbolic 20-km march on September 23 to press the Centre to move forward on Ladakh's demands.

Why the Plains Should Care

  • Governance in a climate-stressed Himalaya requires thinking across administrative boundaries and across decades rather than in short political cycles.
  • For decades, the political relationship ran largely in one direction: the plains decided Ladakh's political fate. The direction of consequence may now be changing; Ladakh's ecological fate could determine the future of the plains.
  • This means Punjab and Haryana have a stake in decisions about land use, construction, tourism pressure and glacial protection in Ladakh, because those decisions shape water availability downstream long after the constitutional debates are concluded.

The Core Question

  • The question before the Centre and Ladakh's political leadership is therefore more complicated than statehood or representation alone:
    • Can there be a model of governance for fragile regions that combines political representation with ecological responsibility?
  • Article 371(K) as proposed may address the first half of that question. Whether it addresses the second remains unclear, and it is the second that will determine outcomes far beyond Ladakh's boundaries.

Source: IE

Autonomy for Ladakh FAQs

Q1: What constitutional provision has the Centre proposed for Ladakh?

Ans: Article 371(K), along with a new Union Territory-level governance arrangement, with the precise powers and composition still under discussion.

Q2: What is Ailan No. 38?

Ans: A regulation from the Dogra-Maharaja period relating to the cultivation and ownership of barren land known as nautor, now at the centre of the land dispute.

Q3: Why is Ladakh ecologically significant for Punjab and Haryana?

Ans: Because its glaciers, snowfields and river systems sustain agriculture across the northern plains through downstream water flows.

Q4: What are the key demands of Ladakh's political groups?

Ans: Direct elections through separate constituencies, accountability of the bureaucracy to an elected body, and a freeze on major land decisions until such a body exists.

Q5: What happened during the September 2025 protests in Leh?

Ans: Four people were killed in police firing during protests over statehood and constitutional safeguards.

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