Astra Microwave Nears Completion of Active Antenna Array Unit (AAAU) For Virupaksha AESA Radar

Astra Microwave Products Limited is now in the final stages of completing the Active Antenna Array Unit (AAAU) for the Virupaksha AESA radar, a critical component of India’s ₹63,000 crore “Super Sukhoi” modernisation program.

The full radar system is expected to be ready for integration into the Indian Air Force’s Su-30MKI fleet by the end of 2026.

Astra Microwave has confirmed that the AAAU, which forms the technological heart of the Virupaksha radar, is nearing completion.

This unit houses approximately 2,400 Gallium Nitride (GaN) based Transmit/Receive modules, which provide superior power output, thermal efficiency, and resistance to electronic jamming compared to older technologies.

GaN modules also allow the radar to emit stronger signals while remaining lightweight, ensuring better performance during extended operations.

The Virupaksha AESA radar has been designed by DRDO’s Electronics and Radar Development Establishment (LRDE) to replace the ageing Russian N011M Bars passive radar currently fitted on the Su-30MKI.

With a detection range of 300–400 kilometres for conventional fighter aircraft and over 200 kilometres for stealth targets, the radar will significantly enhance India’s air combat capabilities. It is capable of tracking up to 100 aerial targets simultaneously, providing the Su-30MKI with a “first look, first shot” advantage when paired with long-range indigenous weapons such as the Astra Mk-III missile.

The radar’s advanced features include multi-target tracking, exceptional resistance to electronic warfare, and adaptability for deep surveillance roles. Its antenna re-positioner allows wide-angle scanning, effectively transforming the Su-30MKI into a mini-AWACS platform. This capability will be crucial for networked operations against adversaries deploying stealth aircraft such as China’s J-20 or Pakistan’s potential J-35A.

Astra Microwave, serving as the Development Cum Production Partner (DcPP), has leveraged its expertise in RF and microwave technologies to drive this project. The company already has a production capacity of 36 Uttam AESA radars annually for the TEJAS program, supported by in-house testing facilities and AS 9100D certification.

Bharat Electronics Limited (BEL) is acting as the secondary partner, ensuring avionics integration and large-scale production readiness once flight trials are complete.

The completion of the AAAU will pave the way for integration into test platforms, followed by rigorous flight trials. Once validated, mass production will begin, initially targeting 84 Su-30MKI fighters before expanding to the wider fleet. This upgrade will elevate the aircraft to a 4.5-generation standard, ensuring operational superiority in contested airspaces.

Beyond its role in national defence, Astra Microwave has also announced plans to launch proprietary products based on its own intellectual property before Diwali 2026. These will be marketed to both domestic and international buyers, reflecting the company’s strategy to balance critical DRDO contracts with independent commercial ventures. This dual approach strengthens Astra’s position as a leading force in India’s defence electronics sector.

The Virupaksha AESA radar, with its plank-based AAAU design, represents a major leap in indigenous radar technology. By simplifying manufacturing and maintenance while enhancing performance, Astra Microwave is helping India achieve greater self-reliance in advanced defence systems.

The nearing completion of the AAAU marks a decisive milestone in the Super Sukhoi upgrade program, promising to transform the Su-30MKI into a formidable platform for future air combat.

Agencies

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L&T’s Unmanned Turret To Transform India’s Future Combat Vehicles

Larsen & Toubro’s unmanned medium‑calibre turret for India’s Future Infantry Combat Vehicle represents a decisive step forward in the evolution of mechanised warfare.

Conceived as part of the effort to replace the ageing BMP‑2 fleet, the turret embodies the philosophy of maximising crew survivability by relocating soldiers into the safety of the main hull while enabling remote operation of weapons.

Developed jointly with the Defence Research and Development Organisation, this indigenous system integrates advanced firepower, protection, and digital combat technologies, aligning with India’s broader push for self‑reliance in defence manufacturing.

The turret’s primary armament consists of a rapid‑fire 30mm automatic cannon, complemented by a 7.62mm co‑axial machine gun. This combination provides versatility against both infantry and light armoured threats.

To counter heavier armour, the system incorporates launchers for next‑generation, fire‑and‑forget anti‑tank guided missiles, ensuring the ability to neutralise adversary tanks and fortified positions. Such integration of precision missile systems within a medium‑calibre turret underscores India’s intent to field platforms capable of engaging across the full spectrum of battlefield threats.

Crew protection has been prioritised through the use of composite armour, which reduces overall weight while delivering STANAG Level 4 ballistic protection. This standard ensures resilience against 14.5mm armour‑piercing rounds and artillery fragments, a critical requirement for survivability in high‑intensity combat environments. The balance between protection and mobility reflects lessons learned from modern conflicts, where agility and survivability must coexist.

Targeting capabilities are enhanced by a Third‑Generation Thermal Imaging stabilised sight paired with a Laser Rangefinder. These optics allow accurate firing while on the move, a feature essential for modern mechanised forces operating in dynamic battlefields. The stabilisation ensures precision even in rough terrain, while the thermal imaging system provides effective target acquisition under all weather and visibility conditions.

The unmanned design of the turret also delivers significant operational advantages. By freeing up internal volume within the FICV chassis, the platform can potentially transport up to 11 soldiers, expanding its role as both a fighting vehicle and a troop carrier.

This modularity allows seamless integration of AI‑powered combat systems and drone deployment, reflecting India’s ambition to embrace network‑centric warfare and autonomous technologies. The ability to combine traditional firepower with emerging digital combat tools positions the FICV as a future‑ready platform.

The FICV program itself is a multi‑billion‑dollar Make in India initiative aimed at equipping the Mechanised Infantry Regiment with modern, indigenous platforms. Larsen & Toubro’s turret is one of several competing designs from India’s private sector, each seeking to secure the large‑scale production contract.

The competition underscores the maturing capabilities of India’s defence industry, which is increasingly able to deliver complex systems once reliant on foreign suppliers.

Beyond the turret’s specifications, the program reflects a broader doctrinal shift. India’s mechanised forces are moving away from Cold War‑era doctrines towards flexible, technology‑driven combat architectures.

The integration of unmanned turrets, AI systems, and drone deployment into frontline vehicles signals a transformation in how India intends to fight future wars. The emphasis on indigenous development ensures that strategic autonomy is preserved, while the scale of procurement promises to sustain domestic industry for decades.

The collaboration between L&T and DRDO highlights the growing synergy between private industry and state research organisations. This partnership not only accelerates technological innovation but also ensures that operational requirements of the Indian Army are met with precision.

The unmanned turret, therefore, is not merely a weapon system but a symbol of India’s evolving defence ecosystem, where indigenous innovation and industrial capacity converge to deliver cutting‑edge solutions.

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India Discovers Offshore Natural Gas At Sri Vijayapuram‑3 Near Andaman Islands

India has announced a significant breakthrough in its offshore energy exploration program with the discovery of natural gas at the Sri Vijayapuram‑3 well, located about 15 kilometres off the east coast of the Andaman Islands.

The announcement was made by the Minister for Petroleum and Natural Gas, Hardeep Singh Puri, who emphasised that the find reinforces the vast energy potential of the Andaman Sea and marks another success in the ongoing exploration campaign in the basin.

The discovery was made at a water depth of 355 metres, underscoring the technical capabilities of India’s offshore exploration teams in navigating challenging subsea environments. The Andaman basin has long been considered a frontier region with untapped hydrocarbon reserves, and this latest find adds momentum to the government’s efforts to diversify energy sources and strengthen long‑term supply security.

The Sri Vijayapuram‑3 well forms part of a broader exploration initiative aimed at mapping and harnessing the hydrocarbon potential of India’s eastern offshore territories. The Andaman Sea, with its complex geological structures and relatively under‑explored basins, has been identified as a promising zone for natural gas reserves. The discovery is expected to encourage further drilling campaigns and attract investment in offshore exploration technologies.

Officials have highlighted that the find could play a role in reducing India’s dependence on imported liquefied natural gas (LNG), which currently accounts for a substantial portion of the country’s energy basket.

With India’s natural gas demand projected to rise sharply in the coming decade, domestic discoveries such as Sri Vijayapuram‑3 are critical to moderating price volatility and ensuring reliable supply for industries ranging from fertilisers to power generation.

The announcement also carries strategic significance. The Andaman and Nicobar Islands are located at the crossroads of major maritime routes, and energy discoveries in the region could bolster India’s economic and security presence in the Indo‑Pacific.

The government has already been investing in infrastructure development across the islands, including port facilities and defence installations, and the addition of energy resources strengthens the strategic value of the territory.

Exploration in the Andaman basin has historically been limited due to logistical challenges and environmental sensitivities. However, advances in deep‑water drilling technology, coupled with India’s growing energy needs, have renewed focus on the region.

The Sri Vijayapuram‑3 discovery is expected to be followed by detailed appraisal studies to assess the size and commercial viability of the reserves. If proven substantial, the gas could be integrated into India’s expanding pipeline network or processed into LNG for wider distribution.

The Petroleum Ministry has indicated that the discovery is part of a series of ongoing efforts to unlock new reserves across India’s offshore basins. Recent successes in the Krishna‑Godavari basin and now in the Andaman Sea reflect a broader strategy to strengthen domestic production and reduce exposure to global supply disruptions.

The find also aligns with India’s target of raising the share of natural gas in its energy mix from the current 6–7 per cent to 15 per cent by 2030.

This development is likely to stimulate interest among both public sector enterprises and private operators in exploring the Andaman basin further. The combination of strategic location, growing demand, and technological feasibility makes the region an attractive frontier for future investment.

The Sri Vijayapuram‑3 discovery thus represents not only a technical achievement but also a step towards reshaping India’s energy landscape in the years ahead.

Agencies

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India’s DRDO Develops Indigenous AI For Cyber Defence And Military Security

The Defence Research and Development Organisation has embarked on a significant initiative to develop an indigenous artificial intelligence system tailored for cyber defence, as reported by News18 .

This project is designed to address critical areas such as vulnerability discovery, malware analysis, and threat intelligence, with the aim of creating a defence-grade AI capability that operates entirely within secure military networks.

By doing so, India seeks to reduce its dependence on foreign AI models for sensitive national security applications, ensuring that all model weights, training data, inference logs, and operational outputs remain confined to defence-controlled infrastructure.

Officials have emphasised that the system will function in a fully air-gapped environment, thereby eliminating risks associated with external connectivity. This approach is intended to safeguard against potential backdoors, adversarial model poisoning, and reliance on overseas computing infrastructure. 

The AI platform will be capable of identifying a wide range of software vulnerabilities, including memory corruption bugs, use-after-free and double-free vulnerabilities, authentication bypasses, injection attacks, cryptographic weaknesses, and logic flaws.

Beyond detection, the system will generate proof-of-concept exploit code to validate security flaws and recommend context-aware patches, while also explaining remediation measures to analysts.

The scale of the project is ambitious, with DRDO envisioning a large language model in the 30–70 billion parameter category. This places the system in the same class as advanced global AI models currently available.

The architecture is expected to integrate Retrieval-Augmented Generation, agentic reasoning frameworks, and human-in-the-loop reinforcement mechanisms to ensure continuous improvement in performance. Once operational, the capability will be deployed across cyber laboratories, service headquarters, and designated cyber defence units, thereby strengthening India’s cyber resilience at multiple levels.

This initiative aligns with the Ministry of Defence’s declaration of 2025 as the “Year of Reforms,” which placed strong emphasis on technology-driven transformation in areas such as artificial intelligence, machine learning, and cyber capabilities.

Senior DRDO officials have repeatedly stressed that India cannot rely on foreign AI models for critical military applications, highlighting the strategic necessity of trusted indigenous systems. The project is therefore not only a technological endeavour but also a strategic safeguard against external vulnerabilities in national security infrastructure.

If realised, this platform will mark one of India’s first dedicated military-grade AI systems focused specifically on cyber defence. It represents a decisive step towards building sovereign capabilities in advanced technologies, ensuring that India’s defence establishment remains future-ready in the face of evolving cyber threats.

The integration of such a system will also complement ongoing reforms in defence modernisation, reinforcing the country’s broader push towards self-reliance in critical technologies.

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Modi’s Hazira Visit Showcases India’s Leap Toward Defence Self-Reliance

Prime Minister Narendra Modi’s visit to Larsen & Toubro’s Hazira facility on 5 June 2026 marked a decisive moment in India’s defence modernisation, showcasing a suite of indigenous systems that underline the private sector’s growing role in military production.

The display ranged from the Zorawar light tank and K9 Vajra-T artillery to futuristic directed-energy weapons and indigenous propulsion breakthroughs, signalling India’s ambition to become a self-reliant military power.

The Hazira complex in Surat, operated by L&T, has emerged as India’s largest private hub for tracked armoured vehicles. Modi’s inspection highlighted the strategic importance of the site, where engineers and military officers presented platforms transitioning from prototypes to frontline trials.

The centrepiece was the Zorawar light tank, a 25-ton platform jointly developed by DRDO and L&T Defence. Built in record time to counter Chinese light armour deployments, it features a modular architecture, amphibious capability, and a 105 mm high-elevation gun.

Two units can be airlifted by a C-17 aircraft, enabling rapid deployment in high-altitude valleys such as Ladakh and Sikkim. The tank’s adaptability, including integration with drones and anti-tank guided missiles, makes it a formidable addition to India’s mountain warfare doctrine.

Beside it stood the K9 Vajra-T, a 155 mm tracked self-propelled artillery gun manufactured in collaboration with South Korea’s Hanwha Defence. Already inducted in numbers exceeding 100, with many deployed in Ladakh, the government has cleared procurement for another 100 units. Its “shoot-and-scoot” capability ensures survivability against counter-battery fire, cementing its role as India’s frontline heavy artillery.

Equipment/Technology	Type & Origin	Key Features & Combat Specifications	Strategic Role & Purpose
Zorawar	Light Tank (DRDO/L&T)	25-ton mobile chassis; 105 mm high-elevation main gun; High power-to-weight ratio; Amphibious capability	Built for high-altitude operations in Ladakh and Sikkim to counter enemy armoured deployments in narrow mountain valleys.
K9 Vajra-T	Tracked Self-Propelled Artillery (L&T/Hanwha)	155mm/52-calibre heavy gun; Tracked armoured mobility; “Shoot-and-scoot” rapid displacement system	Provides long-range heavy firepower with high survivability; heavily deployed in eastern Ladakh along the LAC.
Trajan	Towed Artillery System (L&T/KNDS)	155 mm standard calibre gun; Long-range bombardment precision; Developed with French collaboration	Complements the Indian Army’s medium artillery modernisation program and increases volume of fire.
Upgraded L-70	Air Defence Gun Platform (L&T Upgrade)	Integrated digital fire-control radar; Automated target tracking loop; Rapid-fire anti-aircraft barrels	Upgraded to counter modern asymmetric threats like low-flying Kamikaze commercial drones, cruise missiles, and jets.
BvS-10 Sindhu	Articulated All-Terrain Vehicle (L&T/Sweden)	Dual-cabin articulated steering; High mobility tracks; Amphibious crossing capability	Enables troop transport and logistics over severe terrain extremes including marshes, riverbeds, snow, and desert dunes.
TEJASTRA	High Energy Laser System (Indigenous DEW)	Directed Energy Weapon (DEW); Non-kinetic interception; Instant lock-on tracking	Acts as a layered air-defence shield designed to blind optical sensors or physically burn down incoming hostile drones.
1,500 HP Engine	Armoured Vehicle Propulsion (Indigenous Breakthrough)	1,500-horsepower output; Matching high-torque transmission; Compact, heavy-duty build	Aims to completely eliminate reliance on foreign powerplants (like German or Russian engines) for upcoming Indian main battle tanks.
30 mm Unmanned Turret	Remote Weapon Station (FICV Program)	30 mm automatic cannon; Integrated Anti-Tank Guided Missile (ATGM); Remotely operated from within hull	Enhances firepower for mechanised infantry while keeping the vehicle crew fully protected deep inside the armoured hull.

The facility also showcased the Trajan 155 mm towed artillery system, developed with French major KNDS, which complements India’s medium artillery modernisation. In air defence, an upgraded L-70 gun platform was demonstrated, featuring digital fire-control radar and automated target tracking.

This system, proven during Operation Sindoor against drone incursions, now provides layered protection against cruise missiles, jets, and drones.

Next-generation warfare was represented by the TEJASTRA High Energy Laser System, an indigenous directed-energy weapon designed to blind sensors or burn down drones, offering non-kinetic interception capabilities.

Alongside this, L&T unveiled a breakthrough 1,500-horsepower tank engine and transmission system, aimed at replacing foreign powerplants from Germany and Russia, thereby eliminating a critical vulnerability in India’s armoured fleet.

For mechanised infantry, the company rolled out a 30 mm unmanned turret under the Future Infantry Combat Vehicle (FICV) programme. Equipped with an automatic cannon and ATGM launcher, it allows crews to engage hostile armour while remaining protected inside the hull.

The BvS-10 Sindhu articulated all-terrain vehicle, produced in collaboration with Sweden, was also displayed, capable of traversing snow, marshes, and deserts while transporting troops and supplies.

The broader significance of Modi’s visit lies in the transition from imported assemblies to indigenous intellectual property. Hazira’s ability to simultaneously manage multiple complex programs—from artillery and tanks to lasers and propulsion—demonstrates the maturity of India’s private defence sector. 

The Prime Minister’s inspection coincided with the launch of ₹22,000 crore worth of infrastructure projects across Gujarat and Daman, reinforcing the link between industrial growth and national security. Defence Minister Rajnath Singh has already declared India’s ambition to become the world’s largest arms exporter within 25–30 years, and facilities like Hazira are central to this vision.

By integrating indigenous systems such as the Zorawar tank and TEJASTRA laser with heavy engineering breakthroughs like the 1,500 HP engine, Hazira is not merely a manufacturing site but a symbol of India’s strategic autonomy.

PM Modi’s visit underscored that India’s defence ambitions are now being realised in steel, electronics, and directed energy, positioning the country on the path to becoming a military superpower.

Agencies

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Why India's Hypersonic Anti-Radiation Weapon Is A Game-Changer And A Critical Breakthrough In Indigenous Air Defence Suppression

India’s Rudram-2 hypersonic anti-radiation missile marks a decisive leap in aerial warfare, giving the Indian Air Force the ability to neutralise enemy radar networks at standoff ranges with Mach 5.5 speed and pinpoint precision.

Its successful test under extreme release conditions validates India’s indigenous missile ecosystem and strengthens the nation’s self-reliance in advanced defence technologies.

The Defence Research and Development Organisation (DRDO), in collaboration with the Indian Air Force (IAF), recently conducted a successful flight test of the Rudram-2 missile from a Su-30MKI fighter aircraft.

The trials were carried out under extreme release conditions, deliberately chosen to validate the missile’s resilience and subsystem integrity. According to the Ministry of Defence, all mission objectives were achieved, with the missile striking its designated target with pinpoint accuracy.

Defence Minister Rajnath Singh hailed the achievement as a major boost to the Atmanirbharta initiative, underscoring India’s growing maturity in indigenous defence technologies.

The Rudram-2 is an advanced hypersonic air-to-surface missile designed to neutralise hostile radar and communication systems. Developed primarily at the Research Centre Imarat (RCI), Hyderabad, with contributions from DRDL, HEMRL, ARDE, and ITR, the missile represents a collaborative effort across India’s defence ecosystem.

Agencies such as Hindustan Aeronautics Limited (HAL), the Regional Centre for Military Airworthiness (RCMA), and the Missile System Quality Assurance Agency also played key roles in its development.

Operating at hypersonic speeds of Mach 5.5, the Rudram-2 drastically reduces the reaction time available to enemy air defence networks. It has a formidable strike radius of 300–350 kilometres, enabling the IAF to engage targets deep inside adversary territory without exposing its aircraft to direct threats.

The missile carries a 200-kilogram pre-fragmented warhead, capable of destroying hardened targets such as bunkers, airbases, and fortified hangars. Its propulsion system is based on a solid-propellant dual-pulsed rocket motor, ensuring sustained thrust across varying atmospheric conditions.

A defining feature of Rudram-2 is its hybrid guidance mechanism. It combines a Passive Homing Head (PHH) with an Imaging Infrared (IIR) seeker, allowing the missile to lock onto target emissions and continue tracking even if enemy operators attempt to evade detection by shutting down their radars mid-flight.

This resilience makes it particularly effective for Suppression of Enemy Air Defences (SEAD) operations. By firing the missile from a Sukhoi-30MKI at standoff ranges, the IAF can blind enemy radar nets before pushing deep into contested airspace, thereby enhancing the survivability of strike packages.

The successful validation of Rudram-2 under extreme release conditions demonstrates the robustness of its design and the maturity of India’s indigenous missile technology. Data captured by electro-optical sensors, radar tracking networks, and telemetry stations at the Integrated Test Range (ITR), Chandipur, confirmed the missile’s precision and subsystem performance.

DRDO Chairman Dr Samir V Kamat emphasised that such achievements strengthen India’s strategic strike capabilities and contribute significantly to the nation’s self-reliant defence ecosystem.

When compared to its predecessor, Rudram-1, the Rudram-2 represents a giant leap in capability. Rudram-1 operated at supersonic speeds of Mach 2 with a range of up to 200 kilometres and carried a 55–60 kilogram warhead.

Feature	Rudram 1 (NGARM)	Rudram 2
Operational Speed	Mach 2 (Supersonic)	Mach 5.5 (Hypersonic)
Maximum Range	Up to 200 kilometres	300 to 350 kilometres
Warhead Capacity	55–60 kilograms	Approx. 200 kilograms
Seeker Technology	Passive Homing Head (PHH)	PHH combined with Imaging Infrared (IIR)

In contrast, Rudram-2 achieves hypersonic speeds of Mach 5.5, extends the range to 300–350 kilometres, and carries a warhead of approximately 200 kilograms. The seeker technology has also advanced from a simple Passive Homing Head to a dual system combining PHH with IIR, ensuring greater accuracy and resilience against countermeasures.

The Rudram series is set to expand further, with DRDO already working on Rudram-3, which will have a range of 550 kilometres. These advancements ensure that India continues to strengthen its aerial supremacy, replacing costly foreign imports with indigenous firepower that can decisively neutralise enemy air defence systems.

The Rudram-2 missile thus stands as a game-changer in modern aerial warfare, providing the Indian Air Force with a surgical tool to dismantle adversary radar networks and secure dominance in contested skies.

Agencies

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'Not About Defence,’ Says Rahul Gandhi On Great Nicobar Plan

Rahul Gandhi has intensified his criticism of the Great Nicobar Project, releasing a video of his visit to the island that shows him diving into the sea, travelling through dense forests, and interacting with tribals and locals.

In the 16‑minute video of his April trip, he accused the Modi government of misleading the public by claiming the project was about defence and a transhipment port, calling this narrative a “lie.”

He argued instead that the project was designed to benefit a major businessman, specifically naming Adani, who he alleged would use the development to build hotels and casinos on one of India’s most irreplaceable ecosystems.

Rahul Gandhi launched an online petition titled “we choose green over greed,” urging Indians to support environmental protection over corporate interests.

He appealed particularly to young Indians, asking them to reflect on whether they wanted to inherit an India where rainforests were bulldozed for casinos, coral reefs erased from maps, tribal communities displaced from their ancestral lands, and the air poisoned, or an India where natural heritage was safeguarded, tribal communities remained secure, and progress worked in harmony with nature.

He claimed that more than 1.5 crore trees, ancient coral reefs, and irreplaceable rainforests were being destroyed to profit a single businessman.

He further argued that if the government was genuinely concerned about defence on the island, it should abandon the project and instead expand INS Baaz, the naval air station located on Great Nicobar. 

According to him, the Navy had been requesting its expansion for five years, and this would serve India’s defence needs without causing ecological devastation.

Rahul Gandhi’s intervention comes at a time when the project has already triggered widespread concerns about environmental destruction and tribal displacement. His video and petition are part of a broader campaign to mobilise public opinion against the initiative, framing it as a clash between ecological preservation and corporate greed.

By naming Adani and linking the project to casinos and hotels, he has sought to sharpen the political debate, portraying the government’s defence rationale as a cover for private profit.

The controversy surrounding the Great Nicobar Project highlights the tension between strategic imperatives and environmental sustainability.

While the government insists the project is vital for India’s maritime security and economic development, opposition voices like Rahul Gandhi continue to raise alarms about its ecological and social costs.

His call to expand INS Baaz instead of pursuing large‑scale commercial development underscores his position that defence needs can be met without sacrificing India’s fragile island ecosystems.

Agencies

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UK Foreign Secretary Yvette Cooper Concludes India Visit With Maritime And Mineral Security Initiatives

UK Foreign Secretary Yvette Cooper has concluded her landmark visit to India and China, emphasising strong engagement with global powers to secure Britain’s prosperity.

Her meetings in New Delhi with Prime Minister Narendra Modi and External Affairs Minister S Jaishankar advanced Vision 2035 cooperation, focusing on maritime security, critical minerals, and resilient supply chains.

Yvette Cooper’s visit underscored the UK’s determination to remain at the centre of international dialogue. She stressed that Britain cannot isolate itself from global challenges through “cancel culture” in foreign policy, but must instead engage constructively with key interlocutors. This approach, she argued, is essential to deliver growth and security for the British people.

In New Delhi, Cooper drove forward discussions on issues vital to UK prosperity, including maritime security, economic growth, and safeguarding supply chains from global shocks.

Her talks with Prime Minister Modi and External Affairs Minister Jaishankar built upon the strategic direction set under the Vision 2035 framework, which has become the guiding roadmap for India-UK relations.

A major focus was the Strait of Hormuz, where disruptions have severely impacted international shipping. Cooper highlighted the urgent need for joint efforts to ease the consequences of its closure.

To this end, she co-launched the Regional Maritime Security Centre of Excellence (RMSCE), a new institution designed to strengthen UK-India cooperation in maritime security and enhance resilience against global economic shocks. The centre, established under the Indo-Pacific Oceans Initiative, will improve maritime domain awareness and collaborative responses to threats at sea.

Critical minerals featured prominently in her engagements. Cooper emphasised that these resources are indispensable for the UK’s prosperity, being vital components in electric vehicles, wind turbines, smartphones, and defence technologies.

During her meeting with India’s Minister for Coal and Mines, G Kishan Reddy, she launched the Critical Minerals Global Supply Chain Observatory (GSCO).

This flagship initiative under the UK-India Technology Security Initiative introduces a cutting-edge AI platform that provides real-time data on global mineral flows and identifies vulnerabilities in supply chains.

India committed €1.2 million to establish a satellite observatory campus at the Indian Institute of Technology in Dhanbad, in partnership with the University of Cambridge. This facility will strengthen India’s capabilities in supply chain intelligence and support evidence-based policymaking under the National Critical Mineral Mission.

The GSCO is expected to become a cornerstone of UK-India cooperation, ensuring diversified and resilient supply chains that reduce dependence on single sources.

Cooper’s broader trip also included engagements in China, where she met Vice President Han Zheng and Foreign Minister Wang Yi. Discussions there centred on global security, economic stability, and technology cooperation.

She pressed for reopening the Strait of Hormuz without tolls, urged China to end economic support for Russia’s war in Ukraine, and highlighted the importance of coordinated responses to crises such as the conflict in Sudan and the Ebola outbreak in the Democratic Republic of the Congo.

Her visit to Shenzhen focused on science and technology, where she met leading Chinese tech firms. The UK announced a partnership between Prudential plc and the National Innovation Centre for Ageing to establish healthy ageing hubs across China, reflecting Britain’s interest in expanding cooperation in innovation and healthcare.

The India leg of the visit reinforced the momentum of the Comprehensive Economic and Trade Agreement (CETA) and the defence industrial roadmap, while also highlighting education as a pillar of cooperation.

The University of Liverpool’s new Bangalore campus, approved during her visit, is set to begin operations next academic year, further deepening people-to-people ties.

Importantly, Cooper’s engagements in India and China demonstrated the UK’s balancing act in Asia, seeking to strengthen ties with major powers while addressing pressing global challenges. Her emphasis on purposeful engagement reflects a strategic recalibration of British foreign policy, positioning the UK as an active player in shaping international security, trade, and technological cooperation.

ANI

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Singapore Blocks China-Origin Content Targeting Indian Community

Singapore has taken decisive action against online content that specifically targeted the Indian community.

The High Commission of Singapore in India announced that the government had ordered social media platforms to block such content, which was believed to have originated from China.

The move was made under the Online Criminal Harms Act 2023, with the Singapore Police Force issuing Disabling Directions to platforms including YouTube, Facebook and X.

These directions require the platforms to take all reasonable steps to disable access by Singapore users to the inflammatory posts.

According to the statement from the Ministry of Home Affairs, the content circulating online was designed to undermine Singapore’s model of multiculturalism. The ministry explained that narratives began appearing last month in the Chinese information space, suggesting that Singapore was anxious about its cultural identity and ethnic politics.

Shortly afterwards, online posts emerged portraying Singapore as being “overrun by Indians” and questioning the country’s commitment to cultural diversity.

The statement highlighted that these narratives claimed Singapore’s multiracial policy was merely a façade intended to appeal to Western values. They further alleged that the country’s stability was not due to its multiracial framework but rather its majority Chinese demographics.

Another strand of the disinformation suggested that ethnic Indian politicians in Singapore, whose numbers were said to be increasing, would act in favour of Indian immigrants. The content also argued that Singapore’s culture was fundamentally Chinese and that the government’s approach of “decoupling” from China while ignoring the supposed threat of a growing Indian community would lead to negative consequences.

Singapore’s authorities strongly rejected these claims, stressing that the government firmly opposes nativism and xenophobia. They emphasised that any attempt to pit one community against another must be firmly rejected.

The statement underscored that such attacks, especially when originating from foreign sources, were doubly unacceptable.

The government reiterated that it takes a serious view of threats to social cohesion and racial harmony, including those posed by external actors, and will act resolutely against them.

The Ministry of Home Affairs urged Singaporeans to be discerning when consuming and sharing information online. Citizens were encouraged to reject attempts to divide society and to remain vigilant against disinformation campaigns.

This development reflects Singapore’s broader commitment to safeguarding its multicultural identity and ensuring that external actors cannot destabilise its social fabric.

ANI

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Army And Mahindra Defence Establish Forward Repair Camp To Retrofit Armado LSVs With Advanced Features

The Indian Army, in partnership with Mahindra Defence Systems, has established a Forward Repair Camp at Joshimath to retrofit Armado Light Specialist Vehicles with Brake Pad Wear Indicators, ensuring sustained combat readiness and logistical efficiency in the demanding Garhwal Sector.

This initiative strengthens tactical mobility under the Atmanirbhar Bharat framework while enhancing preventive maintenance capabilities in forward areas.

The establishment of the Forward Repair Camp at Joshimath represents a significant step in civil-military synergy, enabling preventive maintenance and upgrades to be carried out directly in forward deployment zones.

By retrofitting Armado Light Specialist Vehicles (ALSVs) with Brake Pad Wear Indicators, the Army ensures real-time detection of brake wear, reducing the risk of mechanical failures during operations and enhancing overall equipment reliability.

This capability is particularly vital in the Garhwal Sector, where terrain challenges demand high levels of vehicle performance and safety.

The Mahindra Armado, also known as the ALSV, is a fully armoured, indigenously designed platform tailored for Indian Army requirements. It is powered by a 3.2-litre turbocharged diesel engine producing 215 horsepower and 500 Nm of torque, enabling strong off-road performance and high-altitude mobility.

The vehicle features Bilstein heavy-duty independent suspension systems, heavy-duty brakes, and compatibility with NATO-standard fuels, ensuring adaptability across diverse operational environments. Its modular design allows it to be configured for roles such as troop transport, reconnaissance, command and control, and weapons carriage.

The Armado supports independent detachments equipped with Medium Machine Guns, Automatic Grenade Launchers, and Anti-tank Guided Missiles, thereby enhancing infantry firepower and flexibility.

The retro-fitment of Brake Pad Wear Indicators is a preventive maintenance upgrade that reduces downtime and ensures sustained operational readiness. By enabling crews to monitor brake health in real time, the system prevents unexpected failures and extends the service life of critical components. 

This innovation reduces the need to transport heavy tactical vehicles back to base depots for routine checks, thereby saving time and resources while maintaining combat effectiveness in forward areas.

The initiative builds upon the landmark procurement agreement worth ₹1,056 crore for 1,300 indigenous Light Specialist Vehicles, signed in 2021.

Deliveries commenced in June 2023, with the ALSV now forming a cornerstone of the Army’s tactical mobility enhancement programme. The induction of these vehicles has already been reviewed by senior leadership, including the Chief of Army Staff, who emphasised their role in boosting mobility, flexibility, and firepower capability.

The Armado has also been showcased in national events such as the Republic Day parade, underscoring its importance in India’s defence modernisation drive.

Operationally, the Forward Repair Camp at Joshimath ensures that troops deployed in the Garhwal Sector can sustain equipment reliability without logistical delays. This civil-military partnership highlights the growing role of industry in supporting frontline operations, bridging the gap between manufacturing and deployment.

It also reflects the Army’s broader push towards self-reliance under the Atmanirbhar Bharat initiative, maximising the utility of indigenous platforms while reducing dependence on foreign systems.

By combining preventive maintenance with indigenous innovation, the Indian Army and Mahindra Defence Systems are reinforcing combat readiness in one of the country’s most challenging operational theatres.

The Armado ALSV, with its advanced design and now enhanced maintenance features, stands as a symbol of India’s evolving defence ecosystem, where industry and military collaborate to deliver sustained operational capability.

Agencies

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EAM Jaishankar And His Nepali Counterpart Strengthen India-Nepal Partnership With New Agreements And Initiatives

Nepal’s Foreign Minister Shisir Khanal, who arrived in India on 5 June at the invitation of External Affairs Minister S Jaishankar, held wide-ranging bilateral talks in New Delhi on Saturday.

The discussions comprehensively reviewed the full spectrum of India-Nepal relations, covering development cooperation, connectivity, trade and transit, energy, and people-to-people ties.

Both ministers also exchanged views on regional and multilateral issues of mutual interest, underscoring the depth of the partnership.

The talks reflected satisfaction with the progress achieved across diverse sectors and welcomed new initiatives to enhance cooperation in innovation, start-ups, digital and financial technology, and training and capacity building. Both sides agreed to intensify efforts to elevate the multifaceted India-Nepal partnership to new heights, reinforcing the shared commitment to strengthening ties.

A significant outcome of the meeting was the announcement that internal processes for the entry into force of the India-Nepal Mutual Legal Assistance Agreement in Criminal Matters (MLAA) had been completed.

This agreement provides a robust institutional legal framework to improve investigation, prosecution, and judicial proceedings in relation to cross-border crimes, directly benefiting citizens of both countries.

EAM Jaishankar also handed over 72 health facilities and 12 cultural heritage projects to Nepal, completed under India’s post-2015 Earthquake Reconstruction Assistance programme. These projects highlight India’s long-standing support for Nepal’s recovery and development, while also strengthening cultural and social bonds.

The ministers jointly launched the Peer-to-Peer (P2P) linkage between India’s Unified Payments Interface (UPI) and Nepal’s National Payments Interface (NPI). This initiative will facilitate cross-border personal remittances, making financial transactions between the two countries more seamless and accessible.

Additionally, they witnessed the signing of a Memorandum of Understanding between Digital India Bhashini and Kathmandu University to co-create the National Digital Infrastructure for the “Voice First” Language Translation platform, a step towards enhancing digital cooperation and linguistic inclusivity.

The discussions were conducted in a warm, friendly, and constructive atmosphere, reflecting the unique and special ties between India and Nepal. During his visit, Foreign Minister Khanal also met India’s National Security Advisor Ajit Doval, further reinforcing the strategic dimension of the bilateral relationship.

This visit marked the first engagement at the level of Foreign Minister since the new government assumed office in Nepal in March 2026. It reaffirmed Nepal’s status as a priority partner under India’s ‘Neighbourhood First’ policy and reinforced the tradition of regular high-level exchanges.

The visit provided an opportunity to exchange views on enhancing the bilateral partnership to fulfil the aspirations of people from both countries and imparted fresh vigour to ongoing efforts to strengthen ties.

ANI

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Israel Criticises Pakistan’s Mediation Role, Warns of Gulf Security Threats

His Excellency Yaniv Revach with Madhya Pradesh Chief Minister Shri Mohan Yadav

Israel’s Consul General in Mumbai, Yaniv Revach, has voiced strong dissatisfaction with Pakistan’s mediation role in the ongoing US–Iran ceasefire talks, stressing that Israel does not trust Islamabad. He confirmed that negotiations are close to an agreement but warned that Iran’s continued missile and drone attacks in the Gulf highlight the fragility of the situation.

Revach explained that for the past two weeks, dialogue has been taking place between Washington and Tehran through Pakistani mediators. He admitted that Israel is not pleased with Pakistan’s involvement but acknowledged that this is the current reality.

He noted that the parties are close to finalising an agreement, with both the United States and Iran requesting certain changes. He added that clarity on the scope and implementation of the deal is expected within the coming week.

Earlier on Saturday, the US Central Command reported that American forces intercepted multiple Iranian ballistic missiles and drones aimed at the Strait of Hormuz and neighbouring Gulf states.

Iran fired seven ballistic missiles targeting Kuwait and Bahrain, only hours after CENTCOM shot down four Iranian one‑way attack drones that posed an immediate threat to maritime traffic. In response, US forces struck Iranian coastal surveillance radar sites in Goruk and on Qeshm Island to prevent further maritime attacks. These developments underscore the volatility of the region and the risks to global trade routes.

Revach’s remarks follow those of Israeli Ambassador to India Reuven Azar, who on 1 June expressed deep scepticism about Pakistan’s role. Azar stated bluntly that Israel does not trust Pakistan, citing its “Terrible Anti‑Semitic statements.”

He made these comments during the Greater West Asia Forum in New Delhi, where he also addressed tensions with Hezbollah, the broader West Asia conflict, and India’s crucial role in maintaining regional stability.

Azar criticised Pakistan’s rejection of the Abraham Accords, stressing that participation in the peace initiative requires a fundamental change in mindset.

He explained that the Accords, championed by President Trump, were based on the principle that Israel is a force for stability, peace, and prosperity in the region. He emphasised that Israel is not rushing into any agreements and reiterated that Pakistan’s rhetoric against Israel makes trust impossible.

The Israeli envoys’ statements highlight a consistent theme: Israel’s deep mistrust of Pakistan’s mediation role in the US–Iran conflict. While negotiations may be nearing a breakthrough, Israel remains wary of Islamabad’s intentions and continues to rely on Washington for safeguarding its security interests.

At the same time, Iran’s aggressive missile and drone launches against Gulf neighbours demonstrate that the path to stability remains fraught with danger.

ANI

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Seventy‑Three Cadets Graduate From Army Cadet College, To Join IMA In July 2026

Seventy‑three cadets of the 127th course graduated from the Army Cadet College (ACC) Wing on 6 June 2026, marking a significant milestone before they join the Indian Military Academy (IMA) in July for pre‑commissioning training.

The convocation at Chetwode Hall celebrated their academic achievements, military training, and the values that will guide them as future officers.

The ceremony was held at the historic Chetwode Hall of the IMA in Dehradun, attended by proud parents, instructors, and senior officers. The event embodied the spirit of service under the motto “Har Kaam Desh Ke Naam.”

The ACC, a feeder institution to the IMA, prepares selected soldiers from the ranks for commissioning into the Indian Army, blending rigorous academics with intensive military training to ensure holistic development.

Lieutenant General Nagendra Singh, AVSM, YSM, SM, Commandant of the IMA, conferred bachelor’s degrees from Jawaharlal Nehru University, New Delhi, on the graduating cadets. Of the 73 graduates, 32 were from the Science stream and 41 from the Humanities stream.

These cadets will now proceed to the IMA in July 2026 for their pre‑commissioning training as officer cadets, a crucial step towards becoming commissioned officers.

In his convocation address, Lt Gen Singh congratulated the cadets on crossing a major milestone in their careers. He reminded them that character, self‑discipline, courage, motivation, positive attitude, and professional competence are the pillars of a successful Army officer. His words reinforced the ethos of the Indian Army, emphasising that leadership is built on integrity and resilience.

The ceremony also recognised outstanding cadets for their achievements. Wing Cadet Captain Naveen received the Chief of Army Staff (COAS) Gold Medal, Company Cadet Captain Avnish Kumar Mishra the Silver Medal, and Wing Cadet Quarter Master Harshraj the Bronze Medal. Commandant’s Silver Medals were awarded to Company Quarter Master Sergeant Amanpreet Singh for standing first in Service Subjects, Avnish Kumar Mishra for topping the Humanities stream, and Wing Cadet Captain Naveen for excelling in the Science stream.

The Nubra Company was awarded the Commandant’s Banner as the Champion Company, having excelled across sports, academics, training, and other competitions.

This recognition highlighted the collective spirit and teamwork that underpin military excellence. Such awards not only honour individual brilliance but also celebrate the cohesion and discipline of entire units.

Lt Gen Singh also commended Brigadier Peeyush Khurana, SM, Commander of the ACC Wing, and his team of instructors for their dedication in shaping the cadets. Their role in mentoring and guiding the young men was acknowledged as vital in preparing them for the challenges of commissioned service.

The ceremony concluded with cadets, parents, and faculty sharing a moment of pride and reflection on the transformative journey. For the cadets, this graduation marked the culmination of three years of demanding academic and military training, and the beginning of their path into commissioned service. 

Their journey reflects the Indian Army’s commitment to nurturing leadership from within its ranks, ensuring that promising soldiers are groomed into capable officers.

Agencies

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US Downs Iranian Drones As Gulf And Lebanon Fronts Escalate

The United States military has intercepted and destroyed two Iranian attack drones in the Strait of Hormuz, marking a sharp escalation in hostilities across West Asia. According to US Central Command, the drones posed an immediate hazard to international maritime traffic, prompting American forces to engage and neutralise them on Saturday.

The incident highlights the fragility of the ceasefire framework, which has already been strained by repeated clashes in recent weeks.

The interception came just hours after US forces carried out targeted strikes against Iranian coastal radar installations in Goruk and on Qeshm Island. These pre-dawn operations were launched following the detection of earlier Iranian drones threatening shipping lanes.

In direct retaliation, Iran fired a barrage of missiles at US military facilities in Kuwait and Bahrain, intensifying the cycle of confrontation. Kuwaiti authorities confirmed that seven ballistic missiles crossed populated areas, causing structural damage but no casualties.

While Bahrain activated warning sirens and urged residents to take shelter. Iran’s Revolutionary Guard claimed its strikes successfully hit American installations, though US officials countered that six missiles were intercepted by regional defences and another failed to reach its target.

The exchanges underscore the precarious balance between military action and diplomacy. US Central Command reiterated that American forces remain postured to defend against Iranian aggression, while Tehran continues to frame its actions as legitimate retaliation.

The situation has drawn significant international concern, with fears of a wider regional escalation threatening global energy markets and maritime stability.

Diplomatic efforts remain active despite the intensifying clashes. Pakistan has stepped up mediation, with Interior Minister Mohsin Naqvi arriving in Tehran carrying a special message from Islamabad’s military and political leadership for Supreme Leader Mojtaba Khamenei.

However, negotiations have slowed considerably, largely due to Tehran’s insistence on access to frozen financial revenues, comprehensive sanctions relief, and leverage over shipping through the Strait of Hormuz. Iranian officials have emphasised that the release of USD 24 billion in frozen assets remains a critical prerequisite for any peace arrangement.

The crisis is not confined to the Gulf. In Lebanon, three members of the Lebanese armed forces, including two officers, were killed in an Israeli strike on a military vehicle in the south of the country. 

Israeli authorities stated they were investigating the circumstances of the incident, which has further complicated the diplomatic landscape.

Tehran has linked progress in negotiations with Washington to a formal ceasefire involving Israel and Hezbollah, while Israel has signalled its determination to continue military operations and maintain troop deployments.

Amid these developments, Lebanese Army Commander General Rudolf Haykal travelled to Pakistan at the invitation of the country’s military chief, a move that has attracted close attention from regional observers. The visit underscores Islamabad’s growing role as a mediator in the complex web of conflicts stretching from the Gulf to Lebanon.

The continuing clashes across multiple theatres highlight the immense challenges facing negotiators. With the ceasefire under severe strain and both military and diplomatic fronts expanding, the prospects of transforming the fragile truce into a durable peace agreement remain uncertain.

The latest drone interceptions and missile exchanges illustrate how quickly the situation can escalate, leaving the region on edge and the international community deeply concerned about the potential for a broader conflict.

ANI

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BRICS Delegates Conclude Varanasi Culture Meet With Spiritual Visit To Kashi Vishwanath Temple

Delegates from BRICS nations concluded the Second Culture Working Group Meeting in Varanasi with a spiritual visit to the revered Kashi Vishwanath Temple, immersing themselves in India’s cultural and civilizational heritage.

The meeting, held under India’s BRICS Chairship, focused on creative economy, heritage protection, and sustainable development, while showcasing India’s rich artistic traditions.

The Second BRICS Culture Working Group Meeting began in Varanasi on 4 June 2026, bringing together representatives from Brazil, China, Indonesia, Iran, South Africa, and the United Arab Emirates in person, while delegates from Ethiopia, Egypt, and Russia joined virtually.

The inaugural session was chaired by Culture Secretary Vivek Aggarwal, who emphasised India’s commitment to advancing cultural cooperation under the BRICS 2026 theme, “Building for Resilience, Innovation, Cooperation and Sustainability.”

The first panel discussion, moderated by Vivek Aggarwal, explored “Creative Economy and People-to-People Cooperation: Innovation, Partnerships and the Way Forward.” Delegates examined how the creative economy can drive inclusive development, foster social cohesion, expand cultural exchange, and enhance digital innovation.

The second panel, led by Dr Sachchidanand Joshi of the Indira Gandhi National Centre for the Arts, addressed “Copyright and Ethical AI in the Creative Economy.” This session highlighted the importance of copyright protection, cultural attribution, and ethical use of Artificial Intelligence, while identifying opportunities for collaboration among BRICS nations in the creative sector.

Further deliberations included institutional strategies for cultural heritage protection and the return of cultural property. Moderated by Prof. Ramesh C. Gaur, the discussion enabled member states to share best practices on preservation, protection, and repatriation of cultural assets.

Delegates stressed the collective responsibility of safeguarding heritage, underlining its role in strengthening identity, protecting community rights, and fostering intercultural understanding.

Another session chaired by Arvind Kumar examined collaborative approaches for joint nominations under UNESCO’s World Heritage Convention, Intangible Cultural Heritage, and Memory of the World Program, aiming to enhance recognition and preservation of shared traditions.

The final session, led by Additional Secretary Amrita Sarabhai, examined the role of culture as an enabler of sustainable development. Delegates highlighted the links between culture, social inclusion, environmental sustainability, economic resilience, and community welfare, while exploring ways to integrate cultural dimensions into the global development agenda beyond 2030.

The proceedings concluded with a cultural program celebrating India’s diverse heritage. A musical ensemble presented traditions from different regions, followed by “Colours of India,” a vibrant showcase of classical and folk dance forms, offering delegates a glimpse into India’s artistic plurality. 

The cultural immersion was capped by a visit to the sacred Jyotirlinga Shri Kashi Vishwanath Temple, where delegates experienced the spiritual ethos of Varanasi, one of the world’s oldest living cities.

This visit provided insights into India’s revered religious and historical landmarks, reinforcing the civilizational depth that underpins India’s cultural diplomacy.

The meeting reaffirmed BRICS nations’ commitment to deeper cultural cooperation, heritage protection, and stronger people-to-people ties. It also set the stage for upcoming cultural engagements, including the Third BRICS Culture Working Group Meeting and the BRICS Cultural Festival scheduled in Bhopal in August 2026, followed by the BRICS Theatre Festival in New Delhi in October.

ANI

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