Super Sukhoi Upgrade Ensures Su‑30MKI Stays Lethal Into 2050s

The Sukhoi‑30MKI has long been the backbone of the Indian Air Force’s fighter fleet, with around 260 aircraft in service and routinely deployed for diverse missions ranging from long‑range patrols to strike support and multinational exercises, reported TOI.

Its importance was underlined during Operation Sindoor, where the aircraft launched missiles and disabled Pakistani air force bases, playing pivotal roles in escort and strike missions.

Having served for over two decades, the latest airframes are expected to remain in service well into the 2050s, making their modernisation a strategic necessity in an era defined by electronic warfare, long‑range missiles and real‑time battlefield networking.

The ambitious ‘Super Sukhoi’ upgrade program, led by Hindustan Aeronautics Ltd and the Defence Research and Development Organisation with support from Russian OEMs, seeks to transform the Su‑30MKI into a platform capable of thriving in future network‑centric battlefields.

At the heart of this transformation is the Gallium Nitride‑based Virupaksha AESA radar, which will increase detection range by 50 per cent while offering superior resistance to jamming. This radar represents a significant leap in indigenous capability, aligning with India’s drive for self‑reliance in advanced defence technologies.

Complementing the radar upgrade is a new advanced electronic warfare suite designed to enhance survivability. Indigenous systems such as the Dhruti next‑generation radar warning receiver and an external Airborne Self Protection Jammer will provide robust protection against hostile threats.

The cockpit will also undergo a major transformation, with a new mission computer, digital displays and sensor fusion capability, ensuring pilots have enhanced situational awareness and streamlined control over complex systems.

The aircraft will be integrated with secured data links, enabling seamless real‑time data sharing with AWACS and ground radars. This will allow the Su‑30MKI to operate as part of a larger networked ecosystem, a critical requirement in modern aerial warfare.

In addition, the upgrade will expand the fighter’s weapons portfolio, incorporating a wide range of indigenous standoff weapons and long‑range missiles. These include upgraded versions of the Astra air‑to‑air missile and the supersonic BrahMos missile, significantly boosting the aircraft’s strike capabilities.

The first phase of the program will cover around 84 aircraft, with plans to eventually upgrade 200 more. In total, approximately 51 systems are slated for modernisation, reflecting the scale and ambition of the effort.

This mirrors a global trend where major air forces continue to invest in heavily upgraded fourth‑generation fighters despite the rise of fifth‑generation stealth aircraft. The United States Air Force, for instance, is inducting and upgrading the F‑15EX Eagle-II in large numbers, underscoring the enduring relevance of advanced fourth‑generation platforms.

The importance of the Su‑30MKI fleet was once again proven during Operation Sindoor, and with the planned upgrades, these aircraft will remain a key part of the IAF’s combat fleet well into the 2050s.

As drones and loyal wingmen become integral to network‑centric warfare, the Su‑30MKI is expected to evolve beyond its traditional role as a fighter aircraft, transforming into a versatile platform capable of operating within a larger future warfare ecosystem.

This evolution ensures that the aircraft will continue to serve as a cornerstone of India’s air power projection strategy for decades to come.

TOI

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Jaguar Strike Aircraft Enhanced With Rampage Supersonic Missiles For Precision Deep-Strike Capability

The Indian Air Force has taken a significant step in enhancing the combat effectiveness of its veteran SEPECAT Jaguar deep penetration strike aircraft by integrating the Israeli Rampage air-to-surface missile.

This pairing represents a fusion of a proven strike platform with a modern, high-precision weapon system, thereby extending the operational relevance of the Jaguar fleet in contemporary contested environments.

The Rampage missile, designed for pinpoint accuracy against high-value targets such as radars and command centres, provides the Jaguars with a formidable stand-off strike capability, allowing them to engage critical infrastructure without entering dense enemy air defence zones.

The Jaguar, long regarded as a reliable deep penetration strike aircraft, gains a new lease of life through this integration. The Rampage missile itself is supersonic, long-range, and hardened against GPS jamming, ensuring resilience in electronic warfare environments.

With a 150 kg warhead optimised for deep structural penetration or blast-fragmentation, it is tailored to neutralise hardened fortifications, terror headquarters, and reinforced bunkers. Its operational range of 150 to 250 kilometres allows the aircraft to release the weapon from a safe distance, while its steep terminal dive at supersonic speeds makes interception by modern air defence systems extremely difficult.

The Rampage acts as a low-cost alternative to cruise missiles, bridging the operational gap between heavy, high-end cruise missiles and shorter-range precision-guided munitions:

Weapon System	Range	Target Profile	Speed Class	Key Distinction Vs Rampage
Rampage	150 – 250 km	Fixed infrastructure, radars, bunkers	Supersonic (Mach 1.0–1.6)	Affordable air-launched ballistic trajectory; multi-platform fit (Jaguar/Su-30/MiG-29).
BrahMos-A	~290 – 450+ km	High-value strategic targets, warship denial	Supersonic / Hypersonic (Mach 2.8+)	Massive, highly destructive, but significantly heavier; restricted primarily to modified Su-30 MKIs.
SCALP EG/Storm Shadow	~250 – 500+ km	Hardened deep-bunkers, strategic infrastructure	Subsonic (Low-observable stealth)	Highly sophisticated stealth cruise missile; vastly more expensive and exclusive to the Rafale fleet.
Crystal Maze (Popeye)	~70 – 80 km	High-value command complexes, buildings	Subsonic (Man-in-the-loop TV/IR)	Shorter range; requires continuous pilot data-link guidance up to impact.
Spice 2000/1000	~60 – 70 km	Hardened buildings, underground shelters	Subsonic (Autonomous Glide Kit)	Purely a glide bomb; lacks propulsion, meaning range depends entirely on high-altitude/high-speed launch.

During Operation Sindoor, the Israeli-made Rampage air-to-surface missile demonstrated high effectiveness for the Indian Air Force (IAF), utilizing its Mach 1.6 speed and sub-10 meter CEP to destroy terror infrastructure and suppress air defences.

The weapon, deployed by Su-30MKI and SEPECAT Jaguar aircraft, showed high electronic immunity and successfully penetrated reinforced targets using a 150 kg warhead, leading the IAF to move toward large-scale acquisition.

The optimised target sets for the Jaguar-Rampage combination include airfield infrastructure such as control towers and reinforced facilities, air defence networks including stationary radar installations and SAM batteries, strategic logistics hubs like weapons storage and fuel infrastructure, and hardened fortifications.

This versatility ensures that the IAF can employ the system across a wide spectrum of missions, from suppression of enemy air defences to precision strikes against strategic assets. The missile’s launch envelope, ranging from altitudes of 3,000 to 40,000 feet at aircraft speeds of Mach 0.7 to 0.95, provides flexibility in operational deployment, while its terminal velocity of Mach 1.0 to 1.6 maximises penetration effectiveness.

The significance of this upgrade lies in the IAF’s broader strategy of modernising legacy platforms with advanced weapon systems rather than retiring them prematurely. By equipping the Jaguar with Rampage missiles, the IAF ensures that the aircraft remains a potent strike asset capable of contributing meaningfully to future conflicts.

This approach also reflects a cost-effective strategy, leveraging existing airframes while integrating cutting-edge munitions to maintain combat relevance. The Rampage’s ability to deliver precision strikes against critical enemy infrastructure without exposing the aircraft to high-threat zones underscores its value as a force multiplier.

Globally, the integration of glide and stand-off precision weapons with legacy aircraft has become a trend, as seen with systems like the American JDAM-ER, Russian UMPK kits, Israeli SPICE, and Chinese LS-6 series. India’s adoption of the Rampage missile for its Jaguars places the IAF firmly within this modern warfare paradigm, ensuring that its strike capabilities remain competitive against regional adversaries.

The Jaguar-Rampage combination is particularly relevant in scenarios involving Pakistan and China, where the need for high-volume precision strikes, suppression of air defences, and deep strike capability is paramount. In such contexts, the Rampage-equipped Jaguars could serve as reliable workhorses, complementing more expensive systems like BrahMos and SCALP which are reserved for high-value targets.

This integration also highlights the adaptability of the Jaguar platform, which has already seen upgrades in avionics, sensors, and weapon systems over the years. By incorporating the Rampage missile, the aircraft’s role as a deep penetration strike asset is reinforced, ensuring its continued relevance in the IAF’s order of battle.

The combination of proven airframe and advanced missile technology exemplifies the IAF’s pragmatic approach to force modernisation, balancing cost-effectiveness with operational capability. It demonstrates a clear intent to maximise the utility of existing assets while progressively integrating advanced systems to meet evolving threats.

Agencies

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Why Great Nicobar Island Project Strengthens India’s Strategic And Economic Role In The Indo‑Pacific

India’s ₹90,000‑crore Great Nicobar Island Project is being positioned as one of the most ambitious maritime and economic undertakings in recent decades, combining strategic military imperatives with long‑term commercial benefits.

Spread across 166 square kilometres in the Andaman and Nicobar Islands, the initiative encompasses the development of a major transhipment port, an international airport, and supporting logistics and urban infrastructure. Its location near the Strait of Malacca, one of the busiest maritime trade corridors in the world, makes it central to India’s Indo‑Pacific strategy.

The transhipment port is planned with an eventual handling capacity of 16 million containers annually, with the first phase expected to be commissioned by 2028 at a cost of ₹18,000 crore.

This initial stage is projected to handle more than 4 million containers per year, reducing India’s reliance on foreign hubs such as Colombo, Singapore and Dubai. By strengthening supply chain resilience and cutting logistical inefficiencies, the port will enhance India’s role in global shipping networks and trade flows.

The strategic importance of the project is closely tied to the Malacca Strait’s role in global energy and trade. According to the US Energy Information Administration, the strait is the world’s largest oil transit chokepoint by volume, with around 23.2 million barrels per day passing through in the first half of 2025, accounting for nearly 29% of global maritime oil flows.

Crude oil makes up more than 70% of shipments, with China alone accounting for 48% of import volumes. India’s proximity to this chokepoint provides a critical vantage point for monitoring maritime trade and naval movements, reinforcing its ability to safeguard national interests.

Defence veterans have strongly backed the project, emphasising its dual military and economic significance. Former Air Chief Marshal RKS Bhadauria described Great Nicobar as vital for national security, economic growth and military presence, noting that nearly 80% of China’s oil imports and a large share of its cargo pass through the Malacca Strait.

He compared its importance to the Strait of Hormuz, highlighting the need for India to establish a strong base in the region. Major General (Retd.) GS Rawat echoed this view, stressing the operational and strategic positioning of the island, while Lt Gen (Retd.) Rajeev Chaudhry warned that delays caused by environmental opposition or international pressure could benefit China.

He pointed to Beijing’s “String of Pearls” strategy, involving ports such as Gwadar, Hambantota and Kyaukpyu, and argued that a strong hub at Campbell Bay and Galathea Bay would counterbalance these efforts.

Economically, the project represents a decisive shift in India’s maritime strategy, which has historically underutilised island territories while focusing on continental security. By creating a self‑reliant transshipment hub, India aims to reduce dependence on foreign ports, strengthen its trade infrastructure, and reinforce its position as a strategic bridge between South Asia and Southeast Asia.

The integration of advanced logistics systems, AI‑driven supply chains, smart port infrastructure and sustainable energy solutions is expected to modernise India’s maritime capabilities and enhance connectivity across the Indo‑Pacific.

At the same time, the initiative has sparked concerns over environmental sustainability and the impact on indigenous communities. Great Nicobar is home to ecologically sensitive habitats and rich biodiversity, raising questions about balancing infrastructure development with conservation.

Experts have stressed the importance of transparent environmental assessments, mitigation measures and meaningful engagement with local communities to ensure sustainable planning and the preservation of tribal heritage.

The project’s success will depend heavily on execution, governance and cost management. While proponents argue that delays in strengthening India’s maritime infrastructure could carry strategic consequences in a rapidly changing global order, critics highlight the risks of rising costs and environmental damage.

If implemented effectively, however, the Great Nicobar Project could emerge as a symbol of India’s maritime expansion, reinforcing its strategic role in the Indo‑Pacific and providing both military leverage and economic resilience.

Agencies

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Defence Minister And CM Chandrababu Naidu Launch ₹15,803 Crore AMCA Defence Project In Andhra Pradesh

Defence Minister Rajnath Singh and Andhra Pradesh Chief Minister N. Chandrababu Naidu today laid the foundation stone for the ₹15,803 crore Advanced Medium Combat Aircraft (AMCA) infrastructure project in Puttaparthi, Sri Sathya Sai district.

This landmark initiative will generate around 7,500 jobs and firmly position Andhra Pradesh as a hub for indigenous defence and aerospace manufacturing.

The ceremony was described as a historic chapter in India’s defence history, with Rajnath Singh emphasising that the project marks the beginning of a new era for both Andhra Pradesh and the nation’s defence ecosystem.

He underlined that the current global security environment demands India strengthen its domestic defence capabilities rather than depend heavily on foreign suppliers, asserting that self-reliance is the key to powerful defence.

The AMCA program, spearheaded by the Aeronautical Development Agency under the Defence Research and Development Organisation, aims to deliver India’s first indigenous fifth-generation stealth fighter aircraft.

The infrastructure project will include an aircraft integration and advanced flight-testing centre, a highly specialised facility possessed by only a handful of countries worldwide. Spread across nearly 650 acres in Puttaparthi, this centre will accelerate aircraft integration, testing, validation, and certification, thereby expediting the AMCA’s development timeline.

Chief Minister Chandrababu Naidu highlighted Andhra Pradesh’s ambition to become the “defence shield of the country” by attracting next-generation defence and aerospace investments. He linked the AMCA initiative to the broader Atmanirbhar Bharat vision, stressing that the project demonstrates India’s growing technological capability in indigenous combat aircraft manufacturing. He also referenced Operation Sindoor as an example of India’s increasing self-reliance in defence technology.

Alongside the AMCA facility, Singh and Naidu also inaugurated several other defence manufacturing initiatives. These included the foundation stone for a Naval Systems Manufacturing Facility of Bharat Dynamics Limited at T Sirasapalli village in Anakapalli district, designed to meet the growing requirements of advanced underwater weapon systems and naval combat systems.

Grounding ceremonies were also held for a Defence Energetics Facility of Agneyastra Energetics Limited and an Ammunition and Electric Fuses Plant of HFCL Limited at Madakasira in Sri Sathya Sai district. These projects collectively reinforce Andhra Pradesh’s role in India’s strategic defence ecosystem.

A major highlight was the launch of a dedicated Drone City project in Kurnool, where eight drone companies are expected to establish operations. Rajnath Singh described drone technology as a game changer in modern warfare, noting its growing importance not only in defence but also in agriculture and the economy. The Drone City initiative is expected to transform Kurnool into a hub for drone innovation and manufacturing.

Following the foundation ceremonies, the leaders toured a defence exhibition showcasing indigenous systems including missiles, hand grenades, advanced firearms, drone technologies, and a fighter jet prototype. This exhibition underscored India’s expanding defence capabilities and the emphasis on high-end indigenous production.

Officials confirmed that the AMCA project will generate approximately 7,500 jobs, creating opportunities for local youth and fostering ancillary industries in advanced materials, avionics, and robotics.

Rajnath Singh noted that local academic institutions such as engineering colleges and ITIs will become integral to the initiative, ensuring that supply chains are strengthened and small-scale industries flourish.

The total outlay for the AMCA program is estimated at ₹15,803 crore, with the Core Integration and Flight Testing Centre alone costing around ₹2,000 crore.

Strategically, the AMCA is designed to compete with advanced stealth fighters such as the US F-35, China’s J-20, and Russia’s Su-57, thereby enhancing India’s airpower in the Indo-Pacific.

This project represents a decisive step in India’s aerospace self-reliance, combining public and private sector expertise. It is expected to transform Andhra Pradesh into a major hub for defence innovation, while simultaneously strengthening India’s national security and technological edge.

Agencies

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China-Pakistan Hybrid Tactics Target India’s Defence Chief Amid Shifting Global Security Landscape

Modern warfare increasingly begins not with missiles or tanks but with digital intimidation, disinformation, and cyber intrusions, according to a report by Michael Arizanti of The Times of Israel.

The recent Doxxing of India’s newly appointed Chief of Defence Staff, Lt. Gen. N.S. Raja Subramani, highlights how China and Pakistan are adopting hybrid tactics that blend psychological pressure with information warfare.

His personal contact and location details were circulated online through accounts linked to coordinated Chinese and Pakistani influence networks, illustrating how individuals at the highest levels of military leadership are now being directly targeted.

Analysts such as Ruchi Wali have noted that this intimidation coincides with India’s hardening posture against China, making the timing significant.

The incident mirrors patterns long visible in the Middle East, where Israel has faced Iranian-linked cyber operations, propaganda campaigns, and covert intelligence actions alongside drone warfare and sabotage.

These hybrid methods blur the line between war and coercion, destabilising institutions without requiring open military confrontation. India’s experience now reflects this globalisation of hybrid warfare, where psychological exhaustion and strategic uncertainty are as important as battlefield victories.

China and Pakistan’s cooperation has steadily expanded beyond conventional military coordination into cyber capabilities and influence ecosystems. Indian agencies have repeatedly warned of coordinated operations targeting institutions during periods of heightened tension.

At the same time, India’s growing importance in the Indo-Pacific and Middle East balance has made it a prime target. New Delhi has deepened defence ties with Israel, the United States, and Europe, while maintaining communication with Gulf states and Iran. This balancing act has elevated India’s global role but also increased its vulnerability to hostile campaigns.

The significance of Lt. Gen. Raja Subramani’s appointment lies in both his office and his career. The Chief of Defence Staff position was created to integrate the Army, Navy, and Air Force and prepare India for interconnected threats across cyber, intelligence, space, and conventional domains.

Raja Subramani, commissioned into the Garhwal Rifles in the mid-1980s, has served in Kashmir, the northeast, and sectors facing China. His career spans nearly four decades, with senior roles involving both China and Pakistan.

He represents a generation of leadership shaped by battlefield experience and exposure to integrated warfare doctrines, reflecting India’s push to modernise its defence architecture for an era defined by cyber and technological competition. Targeting him digitally carries symbolic weight far beyond domestic politics.

The lessons from the Middle East and Ukraine are clear. Conflicts now unfold across multiple layers simultaneously: cyber sabotage, covert intelligence, drone warfare, propaganda, infrastructure disruption, and psychological operations.

The objective is often not immediate military victory but the erosion of public trust, pressure on leadership, and destabilisation of institutions. The Doxxing of India’s defence chief is therefore not an isolated incident but part of a broader transformation in global security.

Democracies must now defend not only borders but also institutions, information systems, and public resilience. In modern conflict, the first battlefield is digital.

The article also shifts to a related geopolitical development involving Maria Maalouf, a Lebanese journalist and political analyst living in exile in the United States. She recently met President Donald Trump at Mar-a-Lago, describing the encounter as a strategic conversation rather than a ceremonial photo opportunity.

According to her account, Washington is moving away from managing crises in the Middle East toward forcing decisions. Trump’s statements, including his warning that the era of being “nice” is over, are seen as calibrated signals designed to shape geopolitical behaviour and market expectations.

On Lebanon, Trump expressed appreciation for the goodwill of the Lebanese people but tied it to conditions. He believes peace between Lebanon and Israel is achievable within his tenure, under the principle of one state, one army, one decision. Hezbollah is now treated as the central test of Lebanon’s sovereignty, with expectations of measurable change rather than gradualism.

On Iran, timelines have been compressed, with the message being to move quickly toward agreement or face escalating pressure. Diplomatic signals are deliberately timed to influence markets, reflecting diplomacy as leverage rather than conversation. On Iraq, Washington is retiring strategic ambiguity, focusing instead on reducing militia influence, restoring institutional credibility, and tying economic engagement to sovereignty.

Across Lebanon, Iran, and Iraq, the emerging pattern is binary choices: state or non-state, alignment or isolation, decision or consequence. Critics warn this clarity risks escalation, but proponents argue ambiguity has already produced instability.

Maria Maalouf’s account suggests the Middle East is entering a moment of decision, with shrinking margins for delay. This reflects a broader shift in U.S. policy from managing drift to ending it.

Together, these developments underscore the transformation of modern conflict. India’s experience with hybrid warfare and Washington’s recalibrated Middle East strategy both highlight how psychological pressure, digital intimidation, and binary geopolitical choices are reshaping the global security environment. The battlefield is no longer confined to territory; it is digital, psychological, and strategic.

Times of Israel

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Drones Emerge As ‘Claws In The Sky’, Says IAF Chief A P Singh

Air Chief Marshal A P Singh has declared that drones are no longer passive surveillance tools but lethal “claws in the sky,” stressing that unmanned aerial systems (UAS) now represent a decisive extension of air power.

He emphasised the need for complete domain awareness, seamless tri‑service coordination, and rapid innovation in counter‑UAS technologies to meet evolving aerial threats.

Air Chief Marshal Singh, speaking at a defence seminar co‑hosted by the Centre for Aerospace Power and Strategic Studies and the Indian Military Review, underlined that drones and UAS are not a futuristic concept but a present reality.

He warned that without domain awareness, fratricide incidents could occur, citing the loss of three US F‑15E Strike Eagles over Kuwait in March due to friendly fire. He insisted that India must avoid such lapses by ensuring total coordination among the Army, Navy, and Air Force, particularly as all three operate in overlapping airspace.

He explained that the battlefield has shifted from concentrated air power to decentralised and autonomous operations. UAS must be treated as an extension of air power, governed by the same principles.

In recent conflicts and during India’s Operation Sindoor, drones demonstrated their offensive potential, no longer just “eyes in the sky” but “claws in the sky.” Singh described counter‑UAS warfare as a perpetual cat‑and‑mouse game, where defensive technologies must evolve in tandem with offensive systems to prevent adversaries from gaining an advantage.

Reflecting on Operation Sindoor, Singh credited the Integrated Air Command and Control System (IACCS) for enabling effective coordination. He noted that none of the adversary’s drones or weapons reached their targets because of India’s integrated approach. Swarms of drones launched in multiple waves were neutralised, showcasing the effectiveness of India’s air defence structures.

On cost asymmetry, Singh acknowledged the challenge of using million‑dollar missiles to intercept drones worth only thousands of dollars. He argued that counter‑UAS systems must be scaled affordably, but cautioned that the true cost lies in the value of the target under threat. Sometimes, high‑cost defensive measures are justified if the potential damage is severe.

He admitted that India employed expensive options during Operation Sindoor but stressed the need for a rethink to balance affordability with effectiveness.

Singh also highlighted the importance of manned‑unmanned teaming, asserting that humans cannot be removed entirely from the operational loop. He envisaged a future where manned aircraft and drones operate together, with humans “on the loop” rather than “out of the loop.”

He warned that survivability of UAS remains a concern, as many platforms capable of delivering payloads or ISR are vulnerable, as seen in recent wars where the US lost significant numbers of drones.

He urged accelerated innovation, stating that research and development must proceed “at the speed of relevance.” Systems must be fielded with 85–90 percent capability in time, rather than delayed in pursuit of perfection, which risks irrelevance.

Air Chief Marshal emphasised that India must simultaneously build today’s systems while researching tomorrow’s technologies to stay ahead in the evolving domain of aerial warfare.

PTI

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Paras Defence Develops Integrated Manpack Drone Detector With Handheld Jammer For Counter‑UAS Operations

Paras Defence has unveiled a new integrated Manpack Drone Detector combined with a Handheld Drone Jammer, offering India’s security forces a portable, indigenous solution to detect and neutralise hostile drones in real time.

This system strengthens India’s counter‑UAS ecosystem, aligning with the Atmanirbhar Bharat vision and addressing the growing threat of UAV incursions across borders and critical infrastructure.

The integrated Manpack Drone Detector with Handheld Drone Jammer has been developed by Mumbai‑based Paras Defence and Space Technologies Limited, through its subsidiary Paras Anti‑Drone Technologies Pvt. Ltd.

The system represents a significant advancement in portable counter‑UAS technology, combining detection and jamming capabilities in a single, man‑portable package. It is designed to provide frontline personnel with a last‑mile defence against drones used for surveillance, smuggling, or attacks.

The Manpack Drone Detector employs radio frequency analysis to identify and classify drones operating within its detection envelope. By monitoring wide frequency ranges, typically from 400 MHz to 6 GHz, the system can detect commercial quadcopters, FPV drones, and even more sophisticated UAVs.

Once detected, the operator can immediately deploy the Handheld Drone Jammer, which disrupts the drone’s communication links and navigation signals, forcing it to either lose control or return to its base. This integrated approach ensures rapid response in high‑risk environments.

Portability is a defining feature of the system. The detector is lightweight and can be carried by personnel on patrol or during VIP protection duties, while the jammer is compact enough to be activated instantly.

This makes the system particularly effective in border regions such as Punjab and Jammu, where drones have been increasingly used to drop weapons, narcotics, and surveillance devices across the frontier. It is equally valuable in urban operations, critical infrastructure protection, and during national events where airspace security is paramount.

The operational scope of the integrated system extends to airports, power plants, government facilities, and military bases. It complements larger counter‑drone systems already deployed at airbases and national events, providing a flexible, last‑line defence solution for ground forces.

Its indigenous design ensures that India reduces dependence on foreign suppliers, while also enabling scalability and customisation for diverse operational requirements.

Paras Defence’s development of this integrated system comes in the wake of multiple Ministry of Defence contracts. The company recently secured a ₹35.68 crore order for Portable Counter‑Drone Systems and a ₹3.95 crore order for RF Jammers, underscoring the government’s confidence in its ability to deliver high‑performance indigenous technologies.

These contracts highlight Paras Defence’s growing role in India’s defence modernisation and its contribution to the Atmanirbhar Bharat initiative.

The broader context of this development is India’s recognition of drones as central to future warfare and security challenges. With adversaries increasingly deploying UAVs for reconnaissance and asymmetric operations, India’s armed forces require layered counter‑UAS solutions.

The integrated Manpack Drone Detector with Handheld Drone Jammer provides precisely that capability, offering a portable, cost‑effective, and indigenous solution that can be deployed rapidly across diverse mission profiles.

Agencies

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Dhruva Space Secures ₹105 Crore Grant For Project Garud To Drive Indigenous Satellite Mass Production

Hyderabad-based space-tech start-up Dhruva Space has secured a grant of ₹105 crore under the Government of India’s Research, Development & Innovation Fund (RDIF) to advance its ambitious Project Garud.

The announcement was made in May 2026, with the formalisation of the grant taking place on 13 May in New Delhi in the presence of Union Minister for Science and Technology Dr. Jitendra Singh.

This funding marks a significant milestone in India’s drive to strengthen private sector participation in deep technologies and to build a self-reliant space ecosystem under the Atmanirbhar Bharat vision.

The grant comes from the ₹1 Lakh Crore RDI Scheme launched in 2025, which was designed to encourage private sector involvement in cutting-edge research and innovation. Dhruva Space was among the first batch of companies to benefit from this initiative, highlighting its growing stature in India’s new space economy.

Project Garud is centred on the development of a standardised, modular, flat-pack satellite platform in the 500 kg-class, specifically engineered for mass production. This platform is intended to bridge the gap between small satellites and traditional large systems, offering scalability and versatility for both commercial and strategic applications.

The manufacturing capacity envisioned under Project Garud is particularly noteworthy. Dhruva Space aims to achieve high-volume production of up to two satellites per day, translating into an annual capacity of 500–600 satellites.

This level of throughput would represent a transformative leap in India’s satellite manufacturing capabilities, positioning the country to support constellation-scale deployments across multiple domains. Such industrial-scale production is expected to reduce costs, accelerate deployment timelines, and enhance India’s competitiveness in the global space market.

The applications of the Garud platform are wide-ranging. It is designed to serve Earth observation missions, telecommunications networks, and national security requirements. By combining modularity with mass production, the platform will enable rapid deployment of satellite constellations for disaster management, agricultural monitoring, infrastructure surveillance, and defence-related imaging.

The emphasis on dual-use capability underscores the strategic importance of the project, ensuring that India can meet both civilian and military demands without reliance on foreign platforms.

The significance of this initiative extends beyond Dhruva Space itself. Project Garud represents a broader shift in India’s space sector, where private companies are increasingly taking on roles traditionally dominated by government agencies such as ISRO.

The RDIF scheme is intended to catalyse this transition, fostering innovation, industrial capacity, and indigenous technology development. By supporting projects like Garud, the government is laying the foundation for a robust ecosystem where start-ups and established firms can collaborate to deliver advanced space solutions.

Dhruva Space’s achievement also reflects the maturation of India’s private space industry, which has seen rapid growth in recent years. With over 400 start-ups now active in the sector and investment levels crossing USD 600 million by early 2026, the ecosystem is evolving into a dynamic contributor to India’s strategic and commercial ambitions.

The Garud project, with its focus on scalable production and constellation deployment, is emblematic of this new phase, where Indian companies are not only innovating but also building capacity at a global scale.

The presence of Dr. Jitendra Singh at the grant formalisation ceremony underscores the government’s commitment to nurturing private innovation in space. His support signals recognition of the role that companies like Dhruva Space will play in advancing India’s technological frontiers and in reducing dependence on foreign suppliers.

The project is expected to create synergies with other national initiatives, including defence modernisation programmes and digital infrastructure expansion, thereby reinforcing India’s strategic autonomy.

In essence, Project Garud is more than a satellite platform; it is a symbol of India’s determination to build a self-reliant, globally competitive space industry. By combining government support with private sector innovation, the initiative is poised to redefine India’s role in the international space economy. 

Dhruva Space’s success in securing this grant positions it as a key player in this transformation, with the potential to deliver both commercial value and strategic capability in the years ahead.

IDN (With Agency Inputs)

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China Harnesses AI‑Driven 'Dark Factories' Run 24/7 To Mass‑Produce J‑20 Stealth Fighters Amid Rising Pacific Tensions

China is reportedly harnessing artificial intelligence to transform its defence industrial base, with so‑called “dark factories” now being used to mass‑produce J‑20 stealth fighters almost continuously, reported Hindustan Times in a Video report. 

These facilities, operating with minimal human oversight, rely on automated production lines, robotic assembly systems and autonomous logistics networks to accelerate the output of fifth‑generation aircraft.

The concept of the dark factory, where machines and AI systems run production around the clock, is being applied to one of Beijing’s most prized military assets, fuelling concerns of a dramatic shift in the balance of Pacific air power.

Analysts note that the integration of AI into manufacturing allows China to scale its J‑20 fleet at a pace that would have been unthinkable under traditional production methods. By reducing reliance on human labour and maximising efficiency, these factories can maintain near‑constant output, ensuring that the People’s Liberation Army Air Force receives a steady stream of advanced fighters.

The approach also enhances quality control, as AI systems can monitor tolerances and detect flaws in real time, thereby reducing delays and wastage.

Open‑source estimates now suggest that China could field close to 1,000 J‑20s by 2030, a figure that would dwarf the current inventories of stealth fighters held by other nations. Such a fleet would not only consolidate China’s position as a major air power but also provide it with the numerical advantage to enforce its anti‑access and area‑denial strategies across the Western Pacific.

The sheer scale of production underscores Beijing’s determination to close the technological gap with the United States and its allies, particularly in the realm of fifth‑generation combat aircraft.

At the same time, China is pressing ahead with sixth‑generation programmes, including the J‑36 and J‑50 projects. These platforms are expected to incorporate advanced networking, AI‑driven combat management, and integration with unmanned systems, reflecting a broader doctrine of intelligentised warfare.

If successful, they could provide China with a leap in capability that rivals or even surpasses Western sixth‑generation initiatives such as America’s Next Generation Air Dominance programme.

The developments come against the backdrop of rising tensions over Taiwan, where Beijing’s military posture has grown increasingly assertive. The rapid expansion of the J‑20 fleet, combined with the prospect of future sixth‑generation aircraft, raises the stakes for Washington and its regional partners. 

Concerns are mounting that China’s industrial and technological advances are narrowing the qualitative edge long enjoyed by the United States, potentially reshaping the dynamics of future air warfare in the Indo‑Pacific.

The use of AI‑driven dark factories for stealth fighter production represents more than just an industrial innovation; it signals a strategic intent to achieve mass and speed in military modernisation. By marrying automation with advanced aerospace engineering, China is positioning itself to sustain a long‑term arms race in the skies, one that could redefine the balance of power in Asia and beyond.

Agencies

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UAE’s F‑16 Jets Escort PM Modi As Strategic Energy Pacts Signed In Abu Dhabi

Prime Minister Narendra Modi’s arrival in Abu Dhabi was marked by a striking gesture from the United Arab Emirates, which deployed its F‑16 Block 60 ‘Desert Falcon’ fighter jets to escort his aircraft.

The video footage captured the UAE Air Force jets flying alongside the custom‑modified Boeing 777‑300ER, designated ‘Air India One’ when carrying the Prime Minister. This ceremonial escort underscored the depth of the bilateral relationship and the respect accorded to the Indian leader by the Gulf nation.

The visit came at a time of heightened global energy uncertainty due to the ongoing war in the Middle East, which has disrupted supply chains and driven up fuel prices worldwide. Against this backdrop, 

Modi’s one‑day trip to the oil‑rich UAE carried significant strategic weight, particularly as India grapples with rising fuel costs at home.

Upon landing, he was warmly received by UAE President Sheikh Mohamed bin Zayed Al Nahyan, who welcomed him with a guard of honour. Modi expressed gratitude to his “brother” Mohamed bin Zayed for the special gesture, highlighting the personal warmth that has become a hallmark of their relationship.

During the talks, both leaders focused on strengthening cooperation in critical areas such as trade, investment, energy security, and people‑to‑people ties. The discussions culminated in the signing of memorandums of understanding in the fields of Liquefied Petroleum Gas (LPG) and Strategic Petroleum Reserves.

These agreements are expected to bolster India’s energy resilience by ensuring reliable supplies and storage capacity, while also deepening economic engagement with Abu Dhabi, a key partner in the Gulf.

The UAE’s role as India’s third‑largest trading partner and seventh‑largest source of cumulative investment over the past quarter century was emphasised during the visit. The new pacts add to an already robust framework of cooperation, spanning hydrocarbons, infrastructure, technology, and diaspora linkages.

Modi’s trip, though brief, yielded tangible returns by reinforcing India’s energy security strategy and cementing ties with a nation that sits at the crossroads of global commerce and energy flows.

The symbolism of the F‑16 escort, combined with the substantive agreements signed, reflects the UAE’s intent to project solidarity with India at a time of regional turbulence. For New Delhi, the visit reaffirmed its commitment to diversifying energy partnerships and securing long‑term arrangements in the Gulf, while also showcasing the strength of its diplomatic outreach in the wider West Asian theatre.

Agencies

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Rajnath Singh Urges Defence Forces, Industry And Labs To Act As One For Future Readiness

Defence Minister Rajnath Singh has once again underlined the urgency of transforming India’s defence ecosystem into a seamless, integrated whole, where the armed forces, laboratories, and industries act in unison to meet the demands of modern warfare.

Speaking on Wednesday, 13 May 2026, at the third edition of Kalam & Kavach, a defence conclave held at the Manekshaw Centre in New Delhi, Singh emphasised that India’s future military strength will be determined by how effectively these pillars of national security collaborate.

He stressed that self-reliance and jointness are not optional but essential for safeguarding strategic autonomy in an increasingly unpredictable global environment.

Delivering his address via video, the Defence Minister stated that modern security challenges require faster integration between innovation, production, and operational deployment. He warned that nations which fail to reduce the time between an idea, prototype development, and deployment will be left behind on future battlefields.

Singh pointed to current geopolitical tensions, cyber threats, supply-chain disruptions, and hybrid warfare as evidence that outdated assumptions can no longer underpin national security. He declared that preparedness, resilience, innovation, and strategic confidence must form the bedrock of India’s defence posture.

The conclave, themed ‘Taking JAI Forward With I²’, brought together policymakers, military leaders, diplomats, defence industry stakeholders, scientists, start-ups, academia, and strategic experts to deliberate on India’s evolving defence and security landscape.

Singh’s remarks highlighted the changing character of warfare, where speed, adaptability, and technological superiority will define success. He cautioned that dependence on foreign suppliers for critical defence capabilities is a vulnerability, particularly during crises, and insisted that India must design, develop, produce, maintain, and upgrade key systems within its own national ecosystem.

Singh further stressed the importance of jointness among the armed forces, noting that modern warfare does not recognise silos. Success, he said, will depend on seamless integration across land, sea, air, cyber, and space domains.

He reiterated that strategic autonomy can only be secured through indigenous innovation and the strengthening of national capabilities. Minister of State for Defence Sanjay Seth, in his inaugural address, described Kalam & Kavach as a platform combining knowledge, innovation, resilience, and national security objectives, reinforcing the government’s commitment to fostering collaboration across sectors.

Chief of Integrated Defence Staff Air Marshal Ashutosh Dixit echoed these sentiments, emphasising the need for indigenous innovation and cutting-edge technologies to strengthen India’s strategic future.

The conclave featured discussions on AI-enabled warfare, autonomous systems, hypersonic technologies, quantum-enabled C4ISR, aerospace advancements, and defence manufacturing. An exhibition showcased innovations by Indian private industry, MSMEs, and start-ups, reflecting the growing role of domestic enterprises in shaping India’s defence preparedness.

Singh’s call to action reflects a broader shift in India’s defence policy, where speed of innovation and deployment is seen as decisive in future conflicts. His remarks align with recent government initiatives to accelerate defence indigenisation, encourage private sector participation, and expand collaboration between academia and industry.

The emphasis on reducing dependence on foreign suppliers underscores India’s determination to secure its strategic autonomy in an era of rapid technological transformation and complex geopolitical challenges.

Agencies

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Eight Pakistani Soldiers Killed As TTP Rebels Storm Bajaur Border Outpost

Rebels stormed a Pakistani security outpost in Bajaur district, along the rugged border with Afghanistan, late on Thursday night, killing at least eight troops and injuring thirty‑five others. 

According to two security officials, the attackers rammed a vehicle packed with explosives into the camp before engaging in a fierce gun battle.

The assault marked one of the deadliest incidents in recent weeks, following a string of militant operations that have already claimed nearly thirty lives and heightened tensions with Afghanistan, which Pakistan accuses of sheltering insurgent groups. Kabul has consistently rejected these allegations.

Images from the devastated outpost revealed that much of the structure had been reduced to rubble, with the remaining sections charred and blackened. One official explained that the rebels first deployed a quadcopter to target the camp, before detonating the explosive‑laden car that caused a massive blast. 

Armed fighters then stormed the compound and opened indiscriminate fire on the personnel inside. The official emphasised that the outpost was a critical installation for countering cross‑border attacks in the volatile region.

Security forces responded swiftly, surrounding the area and killing all the rebels involved in the assault. However, Pakistan’s military has yet to issue an official statement. A Reuters correspondent in Bajaur town reported that the explosion was so powerful it was felt in markets more than twenty kilometres away. Roads were closed and the military cordoned off the area in the aftermath of the attack.

The Tehreek‑e‑Taliban Pakistan (TTP) claimed responsibility in a statement circulated to journalists. The group has intensified its campaign in recent months, with two attacks near Bannu since Saturday killing twenty‑five people, while a separate clash in Balochistan left five soldiers dead.

Islamabad maintains that the TTP’s leadership and many of its fighters are based in Afghanistan, alongside armed insurgents seeking independence for Balochistan. Kabul has repeatedly denied allowing rebels to use Afghan territory to launch operations against Pakistan.

The incident comes against the backdrop of worsening relations between Islamabad and Kabul. In February, Pakistan launched airstrikes on Afghan territory, claiming to target militant strongholds.

These strikes triggered the most serious fighting between the two countries in years, underscoring the fragile security situation along their shared frontier. The Bajaur attack is likely to further inflame tensions, as Pakistan grapples with the resurgence of militant violence across its northwest and southwest regions.

Reuters

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Tarapur Unit-2 Restart Cleared By Atomic Energy Regulatory Board, Strengthening India’s Nuclear Roadmap

India’s Atomic Energy Regulatory Board has formally approved the restart of Unit 2 at the Tarapur Atomic Power Station in Maharashtra’s Palghar district, granting it operational clearance for another decade.

This decision follows a multi-tiered safety review and technical assessment after extensive refurbishment and upgrades carried out by the Nuclear Power Corporation of India Limited.

The regulator will continue to maintain oversight and monitor the safety performance of both Units 1 and 2 at the site, ensuring compliance with prescribed standards.

Tarapur’s Units 1 and 2 are 160 MWe boiling water reactors commissioned in 1969, marking Asia’s first nuclear power plants. Unit 1 underwent similar refurbishment for a ten-year operating extension and was successfully restarted in December 2025.

The refurbishment program included the replacement of reactor coolant recirculation piping with advanced corrosion-resistant forged stainless-steel components, a measure designed to enhance long-term reliability and reduce maintenance challenges.

Safety enhancements were also introduced, notably the commissioning of the Reactor Containment Filtered Venting System and the Alternate Cooling Water System, both of which strengthen emergency readiness.

Inspections of reactor pressure vessel welds confirmed the unit’s fitness for continued safe operation under normal maintenance regimes, providing assurance of structural integrity and operational resilience.

The life extension of Tarapur underscores the strategic role of legacy reactors in maintaining baseload, low-carbon electricity while India simultaneously develops advanced nuclear technologies.

This decision aligns with India’s long-term target of achieving 100 GW of nuclear capacity by 2047, a goal being pursued through parallel efforts in small modular reactors and greater private sector participation in the nuclear domain.

Tarapur also hosts two additional units, Units 3 and 4, which are 540 MWe Pressurised Heavy Water Reactors commissioned in 2005 and 2006. The site is slated for further evolution, with India proposing Tarapur as the rollout location for its first two domestic light water small modular reactors.

These include the Bharat Small Modular Reactor (BSMR-200), a 200 MWe commercial-scale reactor, and the SMR-55, a 55 MWe installation engineered for niche, targeted utility roles. Together, these developments position Tarapur as both a legacy stronghold and a future testbed for India’s nuclear innovation.

The restart of Unit 2 not only reinforces India’s commitment to reliable, clean, and self-reliant energy but also highlights the balance between sustaining older reactors and advancing new-generation nuclear technologies.

It reflects a pragmatic approach to energy security, combining refurbishment of proven assets with the introduction of cutting-edge designs that will shape the country’s nuclear future.

Nuclear Engineering

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Is Pakistan Reviving Its 'Old Fantasy' of A Islamic NATO Block With Saudi Arabia, Turkey And Qatar?

Pakistan’s renewed push for an “Islamic NATO” involving Saudi Arabia, Turkey, and Qatar reflects both ambition and fragility. While the idea is framed as a collective defence pact to reduce reliance on external powers after the Iran war, deep rivalries and divergent interests among the proposed members make its viability highly uncertain.

For India, however, the prospect of a nuclear‑armed Pakistan anchoring such a bloc alongside Gulf financial muscle and Turkish defence technology is strategically significant.

Pakistan’s Defence Minister Khawaja Asif has publicly signalled that the Strategic Mutual Defence Agreement signed with Saudi Arabia in September 2025 could expand into a four‑state military bloc. 

He emphasised that Qatar and Turkey are in advanced discussions to join, suggesting that what was once a speculative concept is now moving into concrete planning. The Saudi‑Pakistan pact already contains a NATO‑style collective defence clause, meaning aggression against one signatory would trigger obligations for all. This clause mirrors NATO’s Article 5 and elevates bilateral cooperation into treaty‑based deterrence.

The timing of Pakistan’s announcement is crucial. The US–Iran war earlier this year destabilised the Gulf, disrupted shipping through the Strait of Hormuz, and exposed the absence of a coordinated Muslim‑majority defence mechanism.

Israel’s missile strike on Qatar in September 2025 had already highlighted vulnerabilities, prompting Saudi Arabia, Pakistan, and Turkey to explore a joint framework. The expanded alliance now seeks to combine Pakistan’s nuclear deterrent and missile capabilities, Saudi and Qatari financial leverage, and Turkey’s defence‑industrial base, potentially creating a multi‑domain bloc with reach from the Gulf to the Eastern Mediterranean.

Yet the proposal faces formidable obstacles. Saudi Arabia and Turkey have long competed for Sunni leadership in the Middle East, with their rivalry sharpened by the Qatar crisis of 2017. Qatar itself has historically clashed with Riyadh over regional influence, while Ankara’s ambitions often diverge from Gulf priorities.

Reconciling these differences under a single military structure would require unprecedented political compromise. Moreover, Iran’s hostility towards such a bloc would likely intensify, raising the risk of escalation rather than stability.

For India, the implications are complex. A functioning Islamic NATO could embolden Pakistan by embedding its nuclear deterrent within a wider Sunni security architecture, complicating New Delhi’s strategic calculus.

It could also alter Gulf energy security dynamics, with collective defence commitments potentially affecting freedom of navigation in the Strait of Hormuz. India’s reliance on Gulf energy flows and its deepening partnerships with Saudi Arabia and the UAE mean that any shift in regional defence alignments must be closely monitored. At the same time, the inherent fragility of the bloc may limit its effectiveness, offering India space to strengthen bilateral ties with Gulf states wary of over‑dependence on Pakistan.

Ultimately, Pakistan’s revival of the Islamic NATO idea deserves attention but also scepticism. While the rhetoric suggests momentum, the structural contradictions among Saudi Arabia, Turkey, and Qatar make it more likely to remain an aspirational concept than a fully operational alliance.

For India, vigilance and proactive diplomacy will be essential to navigate the uncertainties this proposal introduces into West Asian geopolitics.

Firstpost

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West Asia War: Iranian Seizure of Ship Off UAE As Trump And Xi Push To Keep Strait of Hormuz Open

A ship was reported seized by Iranian personnel off the coast of the United Arab Emirates on Thursday and was being steered towards Iranian waters.

The incident coincided with discussions between U.S. President Donald Trump and Chinese President Xi Jinping, during which both leaders agreed on the importance of keeping the Strait of Hormuz open to international shipping.

China, as Iran’s closest major partner and its largest oil buyer, has a vested interest in the strait, which has largely been closed to foreign vessels since the U.S.-Israeli war on Iran began on 28 February, triggering the most severe disruption to global energy supplies in history.

The United States paused its direct attacks on Iran last month but imposed a blockade on Iranian ports, further straining maritime trade. In the latest escalation, an Indian cargo vessel transporting livestock from Africa to the United Arab Emirates was sunk on Wednesday in waters off Oman.

India condemned the attack, confirming that all 14 crew members were rescued by the Omani coast guard. According to British maritime security firm Vanguard, the vessel was likely struck by a missile or drone, causing a devastating explosion.

Separately, the UK Maritime Trade Operations agency reported that unauthorised personnel boarded a ship anchored off Fujairah in the UAE and redirected it towards Iran. Vanguard later confirmed that Iranian personnel had seized the vessel while it was at anchor.

Following Trump’s talks with Xi, the White House stated that both leaders agreed the strait must remain open. Xi emphasised China’s opposition to militarisation of the waterway and to any attempt to impose tolls for passage.

He also expressed interest in purchasing more American oil to reduce China’s reliance on the strait. Both leaders reaffirmed that Iran must never acquire nuclear weapons, a claim Tehran continues to deny. Trump is keen to secure Chinese support to end the war, which has become a political liability ahead of U.S. midterm elections in November.

However, analysts remain sceptical that Xi will pressure Iran, given its strategic value as a counterweight to U.S. influence.

Diplomatic efforts remain stalled after both Washington and Tehran rejected each other’s latest proposals last week. Fujairah, the UAE’s sole oil port located just outside the Strait of Hormuz, has become increasingly significant as it allows shipments to bypass the chokepoint. Iran recently expanded its maritime claims to include this area, heightening tensions.

Despite its hardline stance, Iran has begun striking deals with certain countries to allow passage through the strait under its terms. A Japanese tanker crossed after Tokyo’s prime minister sought assistance from Iran’s president, while a massive Chinese tanker also passed following an agreement reported by Iran’s Fars news agency.

Iran’s Revolutionary Guards claimed that 30 vessels had crossed since Wednesday evening, a notable increase compared to the five to seven ships that had been passing daily in recent weeks, though still far below the pre-war average of 140.

Iran’s Judiciary Spokesperson Asghar Jahangir defended the seizures of U.S. tankers, stating they were conducted under both domestic and international law. Meanwhile, the human toll of the conflict continues to mount, with thousands of Iranians killed in U.S. and Israeli airstrikes during the early weeks of the war and thousands more casualties reported in Lebanon as fighting reignited between Israel and Hezbollah. Talks between Lebanese and Israeli officials in Washington were described as productive and are set to continue, offering a rare glimmer of progress amid the broader deadlock.

Trump has repeatedly stated that his objectives in launching the war were to dismantle Iran’s nuclear programme, eliminate its capacity to attack neighbouring states, and create conditions for Iranians to overthrow their government.

A senior U.S. admiral, Brad Cooper, told the Senate that Iran’s ability to threaten regional partners and U.S. interests had been “significantly degraded” across all domains. However, he declined to directly address reports that Iran retains substantial missile and drone capabilities.

Despite internal unrest earlier in the year, Iran’s rulers have faced no organised opposition since the war began, and their control of the strait has provided them with leverage in negotiations.

Washington continues to demand that Tehran surrender enriched uranium and halt further enrichment, while Iran insists on the lifting of sanctions, reparations for war damage, and recognition of its authority over the strait.

Agencies

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