Major Breakthrough In Hypersonic Missile Development: DRDO Conducts Extensive Long-Duration 1,200-Second Test of Actively Cooled Full Scale Scramjet Combustor

India has marked a major breakthrough in hypersonic missile development with the Defence Research & Development Laboratory of DRDO successfully conducting an extensive long-duration test of its Actively Cooled Full Scale Scramjet Combustor, announced PIB.

The test was carried out at the Scramjet Connect Pipe Test Facility in Hyderabad on 9 May 2026, achieving a remarkable run-time of over 1,200 seconds.

This builds upon the earlier milestone achieved in January this year when a similar combustor test ran for over 700 seconds, demonstrating progressive advances in India’s hypersonic propulsion program.

The combustor has been designed and developed by DRDL and realised through close collaboration with industry partners. This achievement places India at the forefront of advanced aerospace capabilities and emerging warfighting technologies.

The scramjet engine tested is a supersonic air-breathing system that utilises indigenously developed liquid hydrocarbon endothermic fuel, high-temperature thermal barrier coatings, and advanced manufacturing processes.

The validation of the actively cooled scramjet combustor design, alongside the capabilities of the state-of-the-art SCPT facility, underscores India’s growing technological maturity in hypersonic propulsion.

The successful ground test has been hailed as a solid foundation for India’s hypersonic cruise missile development program. Defence Minister Rajnath Singh congratulated DRDO, industry partners, and academia, describing the achievement as a landmark step in strengthening the nation’s strategic deterrence and future missile capabilities.

Secretary of Defence R&D and DRDO Chairman Dr Samir V. Kamat also lauded the teams involved, emphasising the importance of this milestone in advancing India’s long-term hypersonic ambitions.

This test is significant because hypersonic cruise missiles require sustained powered flight at speeds exceeding Mach 5, and scramjet propulsion is the critical technology enabling such performance. The actively cooled combustor ensures thermal stability during prolonged operation, a challenge that has limited many global programs.

India’s ability to achieve over 1,200 seconds of continuous scramjet operation demonstrates readiness for integration into full-scale flight systems. It also builds upon earlier hypersonic technology demonstration milestones, including the Hypersonic Technology Demonstrator Vehicle test in 2020 and subsequent long-range glide vehicle trials.

Globally, only a handful of nations have achieved comparable scramjet endurance tests. Russia and China have operational hypersonic systems, while the United States continues to face delays in fielding fully deployable platforms.

India’s progress, therefore, represents a significant leap in narrowing the technological gap and establishing indigenous capability in one of the most complex areas of aerospace engineering.

The combination of advanced fuels, thermal management systems, and precision manufacturing has enabled this success, and it is expected to accelerate the timeline for India’s hypersonic cruise missile induction.

The achievement also highlights the growing role of Indian industry and academia in defence R&D. By realising critical components and supporting advanced test facilities, domestic partners are contributing to a self-reliant ecosystem in strategic technologies. This aligns with the broader vision of Atmanirbhar Bharat in defence, ensuring that future missile systems are designed, developed, and produced indigenously.

With this milestone, India has demonstrated that it is entering a decisive phase in hypersonic missile development.

The ability to sustain scramjet combustion for long durations is a prerequisite for operational deployment, and the successful validation of the actively cooled full-scale combustor marks a turning point in the nation’s strategic weapons program. It signals that India is well on course to field hypersonic cruise missiles capable of redefining deterrence and power projection in the Indo-Pacific region.

PIB

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India Officially Confirms Two MIRV-Capable Missile Systems; Agni-Prime And Advanced Agni

India has now officially confirmed possession of two MIRV-capable missile systems: the Agni Prime in the 2000 km category with around three re-entry vehicles, and the Advanced Agni in the 5000 km+ category capable of carrying six to eight re-entry vehicles.

This marks a decisive leap in India’s nuclear deterrence posture, placing the country firmly among the select group of nations with operational MIRV technology.

India’s announcement comes on the heels of the successful flight-trial of the Advanced Agni missile equipped with Multiple Independently Targeted Re-Entry Vehicle (MIRV) technology from Dr APJ Abdul Kalam Island, Odisha.

The missile was tested with multiple payloads, each directed towards different targets spread across the Indian Ocean Region. Telemetry and tracking were carried out by a network of ground and ship-based stations, which monitored the missile’s trajectory from lift-off until the impact of all payloads.

Flight data confirmed that all mission objectives were achieved, validating the robustness of the MIRV system and the precision of India’s missile guidance technologies.

The Agni-Prime, a newer addition to the Agni family, is a cannisterised, road-mobile, two-stage solid-propellant missile with a range of approximately 2000 kilometres. It has now been confirmed to possess MIRV capability, able to carry around three re-entry vehicles.

This makes it a highly versatile system for regional deterrence, providing India with the ability to strike multiple targets within shorter ranges while maintaining survivability against missile defence systems. Its compact design and mobility also enhance operational flexibility, ensuring rapid deployment and concealment.

The Advanced Agni, with a range exceeding 5000 kilometres, represents India’s entry into the intercontinental category of ballistic missiles. With the ability to carry six to eight re-entry vehicles, it significantly enhances India’s nuclear strike capability.

A single missile can now engage multiple strategic targets spread across vast distances, complicating adversary defence planning and strengthening India’s second-strike credibility. This capability is particularly vital in the context of evolving threat perceptions in the Indo-Pacific region, where India faces challenges from both China and Pakistan’s expanding missile arsenals.

Globally, MIRV technology is held by only a handful of nations, including the United States, Russia, China, France, and the United Kingdom. India’s confirmation of two MIRV-capable systems firmly places it within this exclusive league.

The strategic implications are profound: MIRV systems make missile interception far more difficult, increase destructive potential, and reduce the number of missiles required for wider strike coverage. This not only enhances deterrence but also ensures survivability of India’s nuclear arsenal against pre-emptive strikes.

The Defence Research and Development Organisation (DRDO), with support from Indian industry, has spearheaded the development of these systems. The trials were witnessed by senior DRDO scientists and Indian Army officials, underscoring the collaborative effort between scientific institutions and the armed forces.

Defence Minister Rajnath Singh congratulated DRDO, the Army, and industry partners, stating that these achievements add incredible capability to India’s defence preparedness amid growing regional and global uncertainties.

The confirmation of MIRV capability in both the Agni-Prime and Advanced Agni systems signals the maturation of India’s missile ecosystem. It demonstrates not only technological sophistication but also strategic foresight in ensuring credible minimum deterrence.

With parallel developments in hypersonic weapons, long-range anti-ship missiles, and the forthcoming Agni-6 program, India is steadily reshaping its strategic posture to meet future challenges.

Agencies

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Virupaksha AESA Radar Testing Marks Crucial Milestone In Super Sukhoi Upgrade

The long‑anticipated “Super Sukhoi” upgrade program has now entered one of its most critical phases, with fabrication and testing activities beginning to take shape, reported Alpha Defense on its X handle.

At the heart of this transformation lies the Virupaksha Active Electronically Scanned Array radar, a system that promises to redefine the combat capabilities of the Su‑30MKI fleet.

Before this advanced radar can take to the skies, scientists and engineers must ensure that the aircraft’s nose cone, or Radome, does not interfere with or distort the radar beam. This is a crucial step, as any weakness or distortion could compromise the radar’s performance and undermine the effectiveness of the upgrade.

To address this challenge, the Defence Research and Development Organisation is constructing a specialised X‑Band Radome Test Jig. This ground‑based setup is designed to replicate the conditions under which the radar will operate once installed inside the aircraft.

By simulating the interaction between the radar and the Radome, the test jig allows engineers to evaluate beam integrity, signal strength and overall system reliability. Only after these ground trials confirm that the radar can function optimally within the aircraft’s nose cone will the system be cleared for airborne testing.

Once the ground validation is complete, the Virupaksha radar will be mounted on a flying test bed. This stage will be decisive in proving the radar’s operational performance under real flight conditions.

While there is speculation about whether the radar will first be tested on a dedicated flying platform or directly on a Su‑30MKI, many observers believe that the latter would be the most logical choice.

The Su‑30MKI, being the intended operational platform, offers the most realistic environment for evaluating the radar’s integration, aerodynamic compatibility and combat functionality. Such a decision would also accelerate the path to full fleet deployment.

The Virupaksha radar itself represents a significant leap in indigenous capability. Designed to operate in the X‑Band, it is expected to deliver enhanced detection ranges, superior tracking accuracy and improved resistance to electronic countermeasures.

Its AESA architecture allows for rapid beam steering, multi‑target engagement and high reliability compared to legacy mechanically scanned radars. For the Su‑30MKI, which has long been the backbone of the Indian Air Force, this upgrade will dramatically expand situational awareness and combat effectiveness, particularly in contested airspace against advanced adversary systems.

The testing of the Radome and radar combination is not merely a technical exercise but a strategic milestone.

It demonstrates India’s ability to indigenously develop and integrate cutting‑edge avionics into frontline combat aircraft, reducing reliance on foreign suppliers and strengthening self‑reliance in defence technology.

The success of this phase will pave the way for the broader “Super Sukhoi” upgrade package, which includes advanced avionics, electronic warfare systems, and enhanced weapons integration. Together, these upgrades will ensure that the Su‑30MKI remains a formidable platform well into the future.

Agencies

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Godrej Aerospace Installs High‑Temperature Vacuum Brazing Furnace To Manufacture Turbine Rotor Blades For Indigenous Aero‑Engines

Illustrative      

Godrej Aerospace has established itself as the only private Indian company capable of manufacturing all modules of an aero-engine, with its latest achievement being the installation of a high‑temperature vacuum brazing furnace for producing turbine rotor blades.

This development strengthens India’s indigenous aero‑engine ecosystem and positions Godrej as a critical partner in advanced propulsion technology.

The introduction of the high‑temperature vacuum brazing furnace marks a significant leap in India’s aerospace manufacturing capabilities. Turbine rotor blades are among the most complex and critical components of an aero‑engine, requiring extreme precision, advanced metallurgy, and specialised thermal processes.

The vacuum brazing technique ensures that blades can withstand the high stresses and temperatures encountered in jet engines, while maintaining structural integrity and performance efficiency. By mastering this process, Godrej Aerospace is able to deliver components that meet stringent global standards.

Godrej Aerospace’s ability to manufacture all modules of an aero‑engine is unique in the Indian private sector. This includes compressors, combustors, turbines, and other critical subsystems. The company has invested heavily in advanced facilities, including precision machining centres, forging and casting units, and specialised heat treatment systems.

The addition of the vacuum brazing furnace complements these capabilities, enabling end‑to‑end production of aero‑engine modules under one roof. This positions Godrej as a strategic partner not only for domestic programs but also for international collaborations.

The company has a long history of contributing to India’s aerospace and defence sector. It has supplied components for the indigenous Kaveri engine program, collaborated with Hindustan Aeronautics Limited (HAL), and supported ISRO’s rocket engine initiatives.

Godrej Aerospace has also been a trusted supplier to global OEMs such as Rolls‑Royce, GE, and Snecma, manufacturing precision components for civil and military aero‑engines. Its ability to meet international quality benchmarks has made it a reliable player in the global supply chain.

The vacuum brazing furnace is particularly important for turbine rotor blade production because these blades operate in the hottest section of the engine. They must endure temperatures exceeding 1,500°C while rotating at high speeds.

The brazing process allows for the joining of dissimilar metals and the creation of complex geometries that conventional welding cannot achieve. This ensures blades have the required strength, durability, and resistance to thermal fatigue.

By indigenising this capability, India reduces dependence on foreign suppliers and strengthens its self‑reliance in critical propulsion technologies.

Godrej Aerospace’s achievement aligns with India’s broader vision of building a robust aerospace ecosystem under the “Atmanirbhar Bharat” initiative. The ability to manufacture complete aero‑engine modules domestically will accelerate programs such as the Advanced Medium Combat Aircraft (AMCA) and the Ghatak UCAV, both of which require indigenous propulsion solutions.

It also opens opportunities for India to become a global hub for aero‑engine component manufacturing, attracting partnerships and investments from international players.

The development is expected to generate significant downstream benefits. It will stimulate innovation in metallurgy, precision engineering, and thermal processing, while creating employment opportunities for highly skilled engineers and technicians. Moreover, it enhances India’s credibility as a nation capable of mastering one of the most challenging domains in aerospace engineering—jet engine technology.

In conclusion, Godrej Aerospace’s installation of a high‑temperature vacuum brazing furnace for turbine rotor blades represents a milestone in India’s aerospace journey. It underscores the company’s unique position as the only private Indian firm capable of manufacturing all modules of an aero‑engine, and it strengthens India’s path towards technological sovereignty in advanced propulsion systems.

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India Could Face Coordinated Attacks Involving Over 2000 Drones Per Day In A Future Multi-Front Tri-Service Conflict: Claws Brief

The rapid proliferation of unmanned aerial systems is fundamentally altering the nature of warfare, and for India this represents both a qualitative and quantitative challenge of unprecedented scale, according to an extensive CLAWS brief.

China and Pakistan have invested heavily in expanding their drone arsenals across the spectrum of ISTAR platforms, unmanned combat aerial vehicles, swarm drones, first-person-view systems, and loitering munitions.

The possibility of collusive employment of these assets in a future multi-front tri-Service war cannot be discounted, and the operational doctrines of both adversaries increasingly emphasise autonomous strike technologies and persistent aerial surveillance. This creates a scenario where India must prepare for simultaneous drone threats across multiple theatres, stretching its air defence and command networks.

The study highlights that future drone warfare is likely to unfold in two distinct phases. The first will be characterised by persistent grey-zone activity, with adversaries employing drones for surveillance, probing, and harassment operations designed to wear down defences and create operational fatigue.

The second phase will involve large-scale swarm and drone attacks intended to overwhelm India’s air defence systems and disrupt command-and-control networks. Based on open-source assessments, India could face coordinated drone attacks of 1,500 to 2,000 or more platforms per day during a high-intensity conflict.

Such saturation strikes would not only challenge radar coverage and interception capacity but also threaten logistics, communications, and frontline troop deployments.

China’s advances in swarm drone technology, exemplified by systems like the Atlas swarm capable of launching nearly a hundred drones in minutes, reflect its doctrine of “intelligentised warfare” where AI-driven, networked, and autonomous operations dominate.

Pakistan, meanwhile, has demonstrated innovative mass drone tactics, including the use of harmless drones to trigger defensive fire before unleashing attack drones, as seen in Operation Sindoor. Both adversaries are likely to employ hardened drones with advanced navigation, electro-optical homing devices, and swarm collaboration algorithms, making them resistant to traditional countermeasures.

The collusive employment of such systems would multiply the threat manifold, forcing India to fight on multiple fronts against coordinated drone incursions.

India’s current anti-drone capabilities, while steadily improving, remain insufficient to counter the scale of the threat envisaged. The induction of indigenous systems such as IG Drones’ T-Shul Pulse reflects progress under the Make in India and Aatmanirbhar Bharat initiatives, enhancing preparedness against asymmetric threats including surveillance, disruption, and cross-border infiltration.

However, the proliferation of these systems across all critical points remains limited. Directed-energy weapons, microwave guns, and interceptor drones are under development, but require accelerated scaling and deployment.

The Indian Army has already begun transforming its force structure by raising specialised drone units under its “Decade of Transformation” vision, including Ashni platoons, Divyastra batteries, and Shaktibaan regiments, but the pace of integration must match the rapid evolution of adversary capabilities.

The study argues for an integrated Counter-UAS framework that combines advanced detection systems, kinetic and non-kinetic kill mechanisms, and a dedicated Battle Management Command and Control architecture.

Such a framework must be supported by accelerated indigenisation and capacity building to ensure sustainability in prolonged conflicts. Detection systems must evolve to identify low-RCS drones, swarm formations, and FPV systems operating at low altitudes.

Kinetic kill mechanisms, including interceptor drones and precision-guided munitions, must be complemented by non-kinetic options such as electronic warfare, jamming, and directed-energy weapons. The Battle Management Command and Control (BMC2) architecture must enable real-time coordination across the tri-Services, integrating sensors, shooters, and decision-makers into a unified network capable of responding to massed drone attacks.

The quantitative dimension of the threat underscores the urgency of capacity building. Facing 1,500 to 2,000 drones per day in a high-intensity conflict would require India to possess layered defences capable of sustained operations.

This includes not only frontline counter-drone systems but also strategic reserves, redundancy in command networks, and resilient logistics. The qualitative dimension, meanwhile, demands innovation in AI-enabled detection, autonomous interception, and adaptive electronic warfare.

India’s defence industry must accelerate the development of indigenous swarm algorithms for unified command, control, and autonomy of multi-drone operations, ensuring that its own drone forces can match adversary capabilities while providing credible deterrence.

In conclusion, the drone threat to India from its potential adversaries is both immediate and escalating. The combination of China’s advanced swarm systems and Pakistan’s asymmetric tactics presents a scenario where India could face unprecedented aerial saturation.

The study makes clear that only an integrated Counter-UAS framework, backed by rapid indigenisation and capacity building, can provide the resilience required to withstand such threats. India’s armed forces must therefore prioritise the proliferation of anti-drone systems, the acceleration of indigenous drone programmes, and the establishment of a robust BMC2 architecture to ensure that the nation is not outpaced in this critical domain of future warfare.

CLAWS Brief

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Zulu Defence Systems Launches Indigenous Canister Air Defence System

Zulu Defence Systems has unveiled its new Canister Launcher Air Defence Systems (CLAD), a modular and indigenous solution designed to provide rapid-response protection against aerial threats including drones, loitering munitions, and low-flying aircraft.

This marks a significant step in India’s private sector contribution to layered air defence architecture.

Zulu Defence Systems, headquartered in Bangalore, has introduced CLAD as part of its expanding portfolio of advanced air defence technologies. The system is built around a cannisterised launcher configuration, enabling quick deployment and reload cycles.

By adopting a modular design, CLAD can integrate different types of interceptors, ranging from short-range missiles to loitering interceptors, thereby offering flexibility against diverse aerial threats. The canister-based approach ensures sealed storage, longer shelf life, and reduced maintenance requirements compared to legacy open-launch systems.

The CLAD system is intended to counter the growing menace of unmanned aerial vehicles, precision-guided munitions, and saturation attacks. Its design philosophy emphasises rapid reaction time, networked sensor integration, and compatibility with existing command-and-control frameworks.

The system can be mounted on mobile platforms, allowing mechanised forces to carry layered air defence protection into forward areas. This mobility is critical in high-altitude and contested terrains, where static defences are vulnerable to bypass or suppression.

Zulu Defence Systems has positioned CLAD as a cost-effective yet technologically advanced solution. The company has already demonstrated expertise in loitering munitions, tactical drones, and anti-drone systems, and CLAD represents a natural extension of this ecosystem.

It is expected to complement India’s broader air defence shield, which includes systems such as Akash, Barak-8, and the upcoming Jwala short-range missile system from IG Defence.

By offering a private-sector developed canister launcher, Zulu Defence Systems is contributing to the diversification of India’s defence industrial base.

The unveiling of CLAD also reflects the Ministry of Defence’s emphasis on indigenous innovation under the “Make in India” and “Atmanirbhar Bharat” initiatives. With increasing reliance on private-sector firms to deliver cutting-edge solutions, CLAD could serve as a benchmark for future collaborations.

Its modularity allows integration with radar and electro-optical sensors, ensuring real-time threat detection and engagement. The system is also expected to be compatible with electronic warfare suites, enhancing survivability against jamming and spoofing attempts.

Operationally, CLAD is designed to deliver rapid salvos against multiple incoming threats. The cannisterised format allows for pre-loaded interceptors that can be fired in quick succession, reducing the time between detection and neutralisation.

This feature is particularly relevant in scenarios involving swarm drone attacks, where sheer volume can overwhelm traditional gun-based defences.

By combining speed, precision, and modularity, CLAD aims to fill a critical gap in India’s evolving air defence doctrine.

Zulu Defence Systems has not only unveiled CLAD but also signalled its intent to become a major player in the defence technology sector. The company’s portfolio already includes loitering munitions, tactical reconnaissance drones, and anti-drone systems, and CLAD adds a new dimension to its offerings.

As India continues to modernise its armed forces, systems like CLAD will be vital in ensuring that the country remains prepared for the challenges of modern aerial warfare.

Agencies

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Paras Defence Unveils Paras-SK50 Tactical Combat Drone At North Tech Symposium 2026

Paras Defence has unveiled the Paras-SK50, a new indigenous tactical drone designed for surveillance and combat roles, equipped with advanced sensors and a weaponised payload. The system was showcased at the North Tech Symposium 2026 in Prayagraj, signalling India’s growing emphasis on autonomous battlefield technologies.

Paras Defence and Space Technologies Limited, headquartered in Navi Mumbai, has introduced the Paras-SK50 drone as part of its expanding portfolio of indigenous defence solutions.

The unveiling took place at the North Tech Symposium 2026, jointly organised by the Northern and Central Commands of the Indian Army in collaboration with the Society of Indian Defence Manufacturers.

The event highlighted India’s push towards unmanned warfare, with the Paras-SK50 standing out as a versatile tactical platform engineered for modern battlefields.

The Paras-SK50 is not merely a surveillance drone but a combat-capable system. It is fitted with a 7.62 mm weapon system, supported by a 50-round magazine and an effective range exceeding 600 metres. 

This enables the drone to engage hostile targets directly, offering a unique blend of reconnaissance and offensive capability. Its smart sensor suite can detect and classify humans, vehicles, and even other drones, providing real-time situational awareness and precision targeting. This dual-role functionality makes the Paras-SK50 a force multiplier in contested environments.

The drone has been designed with adaptability in mind. It can operate in complex terrains and contested zones, ensuring mission readiness under diverse conditions. Its electro-optical systems, avionics, and intelligent tracking algorithms allow it to autonomously follow and monitor targets once detected.

The operator retains final control over engagement, ensuring safety protocols are maintained while enabling decisive action when required. This balance of autonomy and human oversight reflects the evolving doctrine of man-machine teaming in India’s defence strategy.

The Paras-SK50’s development underscores Paras Defence’s growing role in India’s indigenous defence ecosystem. The company has already established expertise in optics, optronics, and defence electronics, and the addition of this tactical drone strengthens its position as a key contributor to the Atmanirbhar Bharat vision.

By integrating advanced electro-optical payloads with weaponised capability, Paras Defence has created a platform that bridges surveillance and combat, aligning with global trends in unmanned aerial warfare.

The broader context of the Paras-SK50’s unveiling is significant. At the same symposium, other innovations such as hydrogen-powered drones, high-speed UAVs capable of 860 kmph, and laser-based anti-drone systems were showcased. India’s defence industry is clearly moving towards a future defined by speed, autonomy, and precision.

The Paras-SK50 fits into this trajectory by offering a cost-effective, indigenous solution that can be deployed rapidly across diverse mission profiles. Its ability to combine ISR (Intelligence, Surveillance, Reconnaissance) with direct engagement makes it particularly relevant in counter-insurgency, border security, and conventional battlefield scenarios.

The introduction of the Paras-SK50 also reflects India’s recognition of drones as central to future warfare. With adversaries increasingly relying on UAVs and loitering munitions, India’s armed forces require platforms that can both monitor and neutralise threats.

The Paras-SK50, with its indigenous design and manufacturing, provides a strategic edge by reducing dependence on foreign suppliers and ensuring operational sovereignty.

Agencies

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Jammu’s Indigenous Surveillance And Strike UAV 'Baaz' Set To Transform India’s Battlefield Capabilities

Jammu-based Parabolic Systems is advancing the development of Baaz, a surveillance-cum-strike UAV that represents a significant leap in India’s indigenous drone capabilities. Designed for both intelligence gathering and precision strike roles, Baaz is being positioned as a versatile platform for the Indian Army, with production and deployment timelines already being shaped by recent transfer of technology agreements.

Baaz is not a conventional quadcopter but a purpose-built unmanned aerial system conceived from battlefield realities. Its origins trace back to operational gaps identified during counter-insurgency operations in Jammu and Kashmir, where imported drones proved fragile, costly, and inadequate for extended missions.

The Baaz project was initiated to address these shortcomings by combining endurance, payload capacity, and affordability into a single indigenous solution. Early prototypes demonstrated remarkable performance, including a 14-hour continuous flight over Leh while carrying a 12 kg payload, underscoring its suitability for high-altitude operations.

The UAV is being developed with a dual role in mind: surveillance and strike. Equipped with advanced electro-optical sensors, AI-driven threat detection, and encrypted communication systems, Baaz provides real-time intelligence across contested environments.

Its strike capability is enabled through modular payload integration, allowing precision-guided munitions or loitering strike packages to be deployed depending on mission requirements. This flexibility ensures that Baaz can serve as both a persistent eye in the sky and a lethal asset when required.

Parabolic Systems, headquartered in Jammu, has emerged as a deep-tech startup specialising in drone and VTOL design. The company emphasises battlefield utility, describing its mission as bringing “organised chaos” to adversaries through disruptive aerial technologies.

Baaz exemplifies this philosophy, combining rugged design with operational versatility. The firm’s engineering approach leverages lightweight composite materials, AI-based flight control systems, and modular architecture to ensure scalability across different mission sets.

The Indian Army has already formalised transfer of technology agreements for Baaz, with production lines being established through partnerships with EndureAir Systems and a Coimbatore-based composites manufacturer.

The first 120 units are scheduled for delivery by September 2026, with dedicated Baaz platoons planned for deployment across Northern, Eastern, and Central Commands.

Each platoon will consist of six drones, two ground stations, and a mobile launch and recovery team, ensuring rapid deployment and sustained operations along the Line of Actual Control and Line of Control.

Baaz’s operational doctrine is shaped by lessons from past engagements where imported drones failed to deliver. Unlike fragile mini-UAVs, Baaz is engineered to withstand mountain gusts, deliver long endurance patrols, and operate at a fraction of the cost of foreign systems. Its indigenous design also aligns with the Atmanirbhar Bharat vision, reducing dependency on imports while fostering domestic innovation in defence technology.

The UAV’s role extends beyond conventional surveillance and strike missions. With its modular payload capacity, Baaz can be adapted for electronic warfare, communications relay, and disaster management operations. This multi-role adaptability positions it as a cornerstone of India’s evolving drone warfare doctrine, where indigenous platforms are expected to dominate future battlefields.

In essence, Baaz represents a fusion of soldier-driven innovation and cutting-edge engineering. It is a product born from operational necessity, refined through indigenous expertise, and now poised to become a critical asset in India’s aerial warfare arsenal. Its deployment will not only enhance tactical surveillance and strike capabilities but also symbolise India’s growing confidence in homegrown defence technologies.

Agecies

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Bangladesh And Pakistan Seal Landmark Intelligence-Sharing Pact Under Anti-Narcotics Framework

Bangladesh and Pakistan have signed a landmark Memorandum of Understanding that goes far beyond routine anti-narcotics cooperation, establishing a framework for intelligence-sharing, joint operations, and confidential exchanges.

This marks a significant recalibration in Dhaka–Islamabad relations following Bangladesh’s political transition in 2024.

The agreement, signed in Dhaka by Bangladesh’s Home Minister Salahuddin Ahmed and Pakistan’s Interior Minister Syed Mohsin Raza Naqvi, is officially described as an anti-narcotics and anti-trafficking pact.

However, its scope is considerably wider, encompassing intelligence-sharing, confidential information exchange, operational coordination, secure communication mechanisms, and joint investigations. The Department of Narcotics Control in Bangladesh and Pakistan’s Anti-Narcotics Force will act as focal points for this cooperation.

The MoU covers trafficking networks, smuggling routes, organised crime syndicates, and operational methods, with provisions for controlled delivery operations, technical cooperation, training coordination, and confidential exchange mechanisms. Both sides will share intelligence on suspected individuals, emerging smuggling techniques, and international criminal organisations.

The pact also includes capacity-building initiatives, training of personnel, and exchange of best practices, alongside the use of modern technology such as detection equipment and sniffer dogs.

The agreement is valid for ten years, with the possibility of extension by mutual consent. It also establishes a secretary-level joint working group between the interior ministries of both countries to oversee implementation and ensure regular coordination. Importantly, all exchanged information will remain confidential and not be shared with third parties, underscoring the sensitive nature of the cooperation.

This development represents a major shift in Dhaka–Islamabad relations. Since the removal of Sheikh Hasina in August 2024, widely seen as a Washington-backed regime change operation, Bangladesh has undergone a political transition that has opened space for new alignments.

The MoU signals Dhaka’s willingness to engage Islamabad in areas previously avoided, particularly intelligence cooperation. The agreement also reflects Pakistan’s intent to expand its regional partnerships beyond traditional allies, using narcotics control as a platform for broader security collaboration.

Beyond narcotics, discussions between the two sides touched upon counterterrorism, cybercrime, organised crime, and financial fraud, indicating that the MoU could serve as a foundation for wider security cooperation.

Pakistan offered support for Bangladesh’s Safe City Project, and both countries expressed interest in expanding collaboration in internal security, training of civil armed forces, and measures against human smuggling. These elements suggest that the pact may evolve into a broader intelligence and security framework.

The timing of this agreement is significant. Bangladesh’s new government is seeking to diversify its foreign partnerships, while Pakistan is keen to demonstrate regional relevance amid its own domestic challenges. The MoU thus reflects both strategic necessity and political recalibration.

For Dhaka, cooperation with Islamabad provides an additional lever in managing regional security dynamics, while for Pakistan, it offers a chance to strengthen ties with a neighbour that has historically been cautious in its engagement.

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Pakistan Commissions First Hangor-Class Submarine In China, Deepening Naval Axis With Beijing

Pakistan’s commissioning of the first Hangor-class submarine in China marks a watershed in its naval modernisation, signalling a deepening of the China–Pakistan military axis and raising serious challenges for India’s maritime security posture in the Arabian Sea.

The development underscores both the scale of Chinese defence proliferation and the urgency for India to accelerate its own submarine programmes.

The commissioning of PNS Hangor on 30 April 2026 at Sanya, China, attended by President Asif Ali Zardari and Admiral Naveed Ashraf, was described as a historic milestone in Pakistan’s naval modernisation.

Commissioning differs from induction: it is akin to the submarine’s “birth,” enabling Pakistan to take delivery directly from China and sail home a fully operational vessel.

This arrangement highlights the closeness of bilateral ties and the strategic convenience of commissioning abroad. The ceremony also carried symbolic weight, with senior officials from both navies present, reinforcing the time-tested friendship between the two nations.

The Hangor-class program, valued at around $5 billion, involves eight advanced diesel-electric submarines based on China’s Type-039A Yuan-class design. Four are being built in China and four at Karachi Shipyard under technology transfer. Equipped with air-independent propulsion systems, these submarines can remain submerged for extended periods, enhancing stealth and survivability.

The fleet will be armed with the nuclear-capable Babur-3 submarine-launched cruise missile, with a range of 450 km, giving Pakistan a credible deep-strike capability and potentially a second-strike nuclear deterrent.

The delivery schedule is ambitious. With PNS Hangor already commissioned, three more are under construction in China, while four are being assembled in Karachi. By 2028, Pakistan expects to operate all eight Hangor-class boats. Combined with its existing fleet of five Agosta-class and three Cosmos-class midget submarines, Pakistan will field a formidable force of 16 submarines.

This represents a dramatic expansion of its sea-denial capability in the Arabian Sea, complicating India’s anti-submarine warfare environment.

India, by contrast, currently operates six Kalvari-class Scorpene submarines, seven Sindhughosh-class Kilos, four Shishumar-class boats, and two to three Arihant-class nuclear submarines. While numerically comparable, India’s fleet suffers from delays in modernisation and lacks operational AIP capability.

The Defence Research and Development Organisation’s indigenous fuel-cell AIP system is expected to be ready for retrofit by 2028, with INS Khanderi slated as the first recipient. Meanwhile, Project 75I, involving six advanced submarines to be built with Germany’s ThyssenKrupp Marine Systems, remains pending Cabinet approval. Even if cleared soon, the first delivery is unlikely before 2032, with the remainder arriving by 2035.

The asymmetry is not merely about numbers. India’s coastline stretches over 11,000 km compared to Pakistan’s 1,000 km, demanding far greater coverage and dispersal of assets. Yet Pakistan’s concentrated submarine fleet, backed by Chinese technology and operational support, poses a serious challenge in the Arabian Sea.

The revelation that Chinese personnel were directly involved in overseeing J-10 fighter operations against India during Operation Sindoor further underscores the depth of collusion and the risks of Chinese military presence in Pakistan.

The commissioning of PNS Hangor thus represents more than a platform induction. It signals the advent of a “Chinese era” in Pakistan’s naval development, embedding Beijing’s strategic footprint in the Indian Ocean Region.

For India, the development highlights the urgency of expediting submarine modernisation, strengthening anti-submarine warfare capabilities, and reinforcing its blue-water posture to counterbalance the expanding China–Pakistan axis.

Agencies

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Who Is Lieutenant General N S Raja Subramani Appointed As India’s Next Chief of Defence Staff

Lieutenant General NS Raja Subramani has been appointed as India’s next Chief of Defence Staff (CDS), succeeding General Anil Chauhan on 30 May 2026.

A highly decorated officer with over four decades of distinguished service, he will also serve as Secretary to the Government of India in the Department of Military Affairs, bringing extensive operational, staff, and instructional experience to the role.

Lieutenant General Subramani was commissioned into the 8th Battalion of the Garhwal Rifles on 14 December 1985. Over the course of his career, he has commanded formations across diverse operational theatres.

He led the 16 Garhwal Rifles during counter-insurgency operations in Assam under Operation Rhino, commanded the 168 Infantry Brigade in Jammu & Kashmir, and later the 17 Mountain Division in the Central Sector facing China.

His career reached a pinnacle when he commanded II Corps, the Indian Army’s premier strike formation on the Western Front, underscoring his strategic acumen and operational expertise.

Beyond his command roles, he has held several key staff and instructional appointments. These include serving as Defence Attaché in Kazakhstan, Assistant Military Secretary in the Military Secretary’s Branch, Deputy Director General of Military Intelligence at Army Headquarters, Chief Instructor (Army) at the Defence Services Staff College in Wellington, and Chief of Staff at Northern Command. 

His tenure as Vice Chief of the Army Staff between July 2024 and July 2025, and as General Officer Commanding-in-Chief of Central Command from March 2023 to June 2024, further demonstrated his leadership in both operational and administrative capacities. Since September 2025, he has been serving as Military Adviser at the National Security Council Secretariat.

Academically, Lieutenant General Subramani is an alumnus of the National Defence Academy and the Indian Military Academy. He pursued advanced military education at the Joint Services Command and Staff College in Bracknell, United Kingdom, and the National Defence College in New Delhi.

He holds a Master of Arts degree from King’s College London and an MPhil in Defence Studies from Madras University, qualifications that have equipped him with a deep understanding of defence strategy and international military affairs.

Born on 21 July 1965 in Tamil Nadu, he is widely regarded as an expert on Pakistan and China, having gained extensive operational insight into both the western and northern borders.

His career reflects adaptability across terrains and conflict environments, with a reputation for balancing tactical precision with strategic foresight. He has also served as a Divisional Officer at the National Defence Academy, mentoring future generations of officers.

For his distinguished service, Lieutenant General Subramani has been awarded the Param Vishisht Seva Medal, Ati Vishisht Seva Medal, Sena Medal, and Vishisht Seva Medal. His appointment comes at a crucial juncture as India continues to advance theatre command integration, tri-service modernisation, and joint operational doctrines. His leadership is expected to play a pivotal role in driving institutional reforms while ensuring operational readiness across the armed forces.

The transition from General Anil Chauhan to Lieutenant General Subramani marks the third appointment to the CDS post since its creation, following General Bipin Rawat and General Chauhan. It signals continuity in India’s higher defence organisation while reinforcing the emphasis on jointness and integration among the Army, Navy, and Air Force.

Agencies

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Putin Signals Ukraine War Nearing End Amid Diplomatic Overtures

Russian President Vladimir Putin has declared that he believes the war in Ukraine is “coming to an end,” signalling a possible shift towards diplomacy after more than four years of devastating conflict. 

His remarks coincided with a scaled-back Victory Day parade in Moscow and growing international speculation about renewed peace talks.

Putin’s statement was delivered on Saturday in the Kremlin, just hours after he had vowed victory in Ukraine during the annual May 9 Victory Day commemorations. This year’s parade was notably subdued, with Russia opting to display videos of military hardware on giant screens rather than showcasing intercontinental ballistic missiles, tanks, and missile systems across Red Square.

The event, which traditionally honours the 27 million Soviet citizens who perished in the Second World War, reflected the strain of a war that has lasted longer than the Soviet Union’s fight in the Great Patriotic War of 1941–45.

The Russian leader told reporters, “I think that the matter is coming to an end,” referring to the Ukraine war, which has become Europe’s deadliest conflict since the Second World War. He added that he was open to negotiating new security arrangements for Europe, identifying former German Chancellor Gerhard Schroeder as his preferred interlocutor. This choice underscores Putin’s desire to engage with figures he considers sympathetic to Moscow’s perspective.

Russia’s 2022 invasion of Ukraine triggered the gravest crisis in relations between Russia and the West since the Cuban Missile Crisis of 1962, when fears of nuclear confrontation were widespread. The Kremlin has maintained that peace talks brokered by U.S. President Donald Trump’s administration remain paused, though recent developments suggest diplomatic momentum may be building.

Reports indicate that European Union leaders are preparing for potential discussions, while Russia insists that European governments must make the first move, given that they severed contact with Moscow at the outset of the war.

Putin also reiterated his long-standing narrative that Western “globalist” leaders had betrayed promises made after the fall of the Berlin Wall in 1989 by expanding NATO eastward and attempting to draw Ukraine into the European Union’s orbit. He framed these actions as the root causes of the conflict, portraying Russia’s “special military operation” as a defensive measure against Western encroachment.

The war has exacted a staggering toll. Hundreds of thousands of people have been killed, vast areas of Ukraine reduced to rubble, and Russia’s $3 trillion economy severely strained. Moscow’s relations with Europe are now at their lowest point since the Cold War, with sanctions and isolation deepening Russia’s economic and political challenges.

Despite controlling nearly one-fifth of Ukrainian territory, Russian forces have struggled to secure the entire Donbas region, where Ukrainian troops remain entrenched in fortress cities. Advances have slowed considerably in recent months, fuelling speculation that Moscow may be seeking an exit strategy.

The timing of Putin’s remarks has drawn global attention, particularly as Russia and Ukraine recently agreed to a U.S.-backed three-day ceasefire and a prisoner exchange involving 1,000 detainees each. Analysts suggest that these developments, combined with Putin’s comments, point to a possible diplomatic breakthrough, though scepticism remains about Moscow’s true intentions.

Reuters

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Top Lashkar Commander Ismail Ahmad Killed In PoK Amid Wave of Targeted Assassinations

Senior Lashkar-e-Taiba commander Ismail Ahmad, a close associate of Hafiz Saeed, has been found dead under mysterious circumstances in Pakistan-occupied Kashmir on the anniversary of Operation Sindoor.

His killing adds to the wave of targeted assassinations of LeT leaders in 2026, further destabilising the group’s command structure.

Ismail Ahmad, originally from Khyber Pakhtunkhwa, was a member of LeT’s core committee and played a direct role in plotting attacks against India, particularly in Jammu and Kashmir.

His death comes at a symbolic moment, coinciding with the first anniversary of Operation Sindoor, India’s decisive military strike in May 2025 that destroyed nine major terror launchpads in Pakistan and PoK in retaliation for the Pahalgam massacre. Ahmad’s elimination underscores the continuing attrition of LeT’s leadership cadre.

Pakistani authorities have not issued an official statement, but unconfirmed reports indicate Ahmad was discovered with gunshot wounds in a remote area, echoing the modus operandi of recent hits carried out by motorcycle-borne gunmen.

The precision of the attack suggests detailed intelligence and professional execution, consistent with earlier eliminations of senior LeT figures.

This incident fits into a broader pattern of targeted killings that has gripped LeT since early 2026. In April, Sheikh Yousuf Afridi, a key figure in logistics and youth radicalisation, was ambushed and shot multiple times in Khyber Pakhtunkhwa. Afridi had been instrumental in maintaining LeT’s recruitment pipeline and supply chains for attacks against Indian targets.

Just weeks earlier, Amir Hamza, a Soviet-Afghan War veteran and US-designated global terrorist linked to the 2005 IISc Bengaluru attack, was gunned down outside a Lahore news channel office.

In March, Bilal Arif Sarafi, LeT’s long-time fundraiser for its “Kashmir Jihad” since 2005, was stabbed and shot inside the group’s Markaz Taiba headquarters in Muridke immediately after Eid prayers, in what appeared to be an insider-driven revenge killing.

These successive strikes have dealt a severe blow to LeT’s command and control. Sources estimate that over a dozen senior figures have been eliminated or incapacitated in 2026 alone, many in major urban centres such as Lahore and Muridke.

The attacks typically involve “unknown gunmen” on motorcycles, executing hits with military precision and vanishing without trace, leaving Pakistani law enforcement struggling to identify perpetrators.

The phenomenon is not new. Since 2023, more than 30 terrorists affiliated with LeT, Jaish-e-Mohammed, and Hizbul Mujahideen have been eliminated in similar fashion. Analysts point to possible internal rivalries within Pakistan’s terror ecosystem, revenge killings, or foreign intelligence involvement.

The tactical sophistication and consistency of these operations suggest more than random vendettas, raising questions about whether elements within Pakistan’s own security apparatus are complicit or deliberately turning a blind eye.

India has long accused LeT of orchestrating cross-border terrorism, most infamously the 2008 Mumbai attacks under Hafiz Saeed’s direction. New Delhi continues to press Islamabad to dismantle the group, but Pakistan maintains these killings are isolated incidents unrelated to state actors.

For Indian security agencies, however, the steady attrition of LeT’s leadership is being closely monitored as a potential indicator of shifting dynamics within Pakistan’s militant networks.

While the elimination of commanders like Ismail Ahmad may disrupt operations temporarily, the resilience of successor networks and the enduring ideological drive of jihadist outfits mean the threat is far from extinguished.

Agencies

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Suicide Bomber And Gunmen Kill Three Police Officers In Massive Attack In Bannu, KPK

A suicide bomber and several gunmen mounted a deadly assault on a security post in northwest Pakistan late on Saturday, detonating an explosives‑laden vehicle and sparking a fierce firefight that left at least three police officers dead.

The incident occurred in Bannu district of Khyber Pakhtunkhwa province, which borders Afghanistan, according to police official Zahid Khan. He confirmed that multiple explosions followed the initial blast, causing the collapse of the security post and several nearby houses.

The destruction left some officers wounded and trapped under the rubble, though the precise number of casualties has not yet been disclosed.

The attack was marked by the use of a vehicle‑borne improvised explosive device, a tactic frequently employed by militant groups to maximise damage against fortified positions. The subsequent exchange of fire between attackers and police underscored the intensity of the assault, which continued into the night. Authorities have not yet released further details, as clearance operations were still underway at the site.

No organisation immediately claimed responsibility for the attack. However, suspicion is likely to fall on Tehrik‑e‑Taliban Pakistan (TTP) and allied militant factions, which have carried out similar operations in the past.

The TTP, though distinct from the Afghan Taliban, maintains close ties with them and has intensified its campaign of violence since the Taliban’s seizure of power in Afghanistan in 2021. The porous frontier and shared ideological goals have enabled cross‑border cooperation, complicating Pakistan’s counter‑insurgency efforts.

The assault in Bannu reflects a broader surge in militant violence across Pakistan in recent years. Security forces and police posts have been repeatedly targeted in Khyber Pakhtunkhwa, a province that has long been a stronghold for insurgent groups.

The collapse of infrastructure in the blast highlights the vulnerability of local communities, who often bear the brunt of collateral damage in such attacks. Civilian homes destroyed in the explosion add to the humanitarian toll, displacing families and deepening insecurity in the region.

Pakistan has struggled to contain the resurgence of militancy, with attacks ranging from suicide bombings to ambushes on convoys and assaults on police stations. The Bannu incident is emblematic of this trend, demonstrating the militants’ ability to strike at will despite intensified security operations. 

Analysts note that the TTP’s tactics increasingly mirror those of insurgent groups in Afghanistan, combining suicide bombers with coordinated gun assaults to overwhelm defensive positions.

The deaths of the three police officers underscore the human cost of the ongoing conflict and the risks faced daily by security personnel stationed in volatile districts. The attack is expected to prompt further military and police operations in Bannu, as authorities seek to restore control and prevent additional strikes.

Yet the persistence of such violence suggests that Pakistan’s struggle against militancy remains far from resolved, with insurgent networks continuing to exploit instability along the Afghan border.

AP

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U.S. F‑47 NGAD Challenges China’s Expanding J‑20 Fleet In Pacific Airpower Race

The unveiling of the U.S. F‑47 Next Generation Air Dominance (NGAD) marks a decisive leap into sixth‑generation air combat, directly countering China’s expanding J‑20 fleet of over 300 aircraft.

This rivalry signals a sustained arms race in the Pacific, with both nations preparing for a future defined by AI‑drone integration, stealth breakthroughs, and long‑range strike capabilities.

The announcement in March 2025 of the F‑47 NGAD contract with Boeing, valued at $20 billion, represents the most ambitious U.S. fighter programme since the F‑22 Raptor. With at least 185 aircraft planned, each priced at $300 million, the NGAD is designed to replace the F‑22 and ensure American air dominance well into the mid‑21st century.

Its specifications include “Stealth++” technology, Mach 2+ speeds, a combat radius exceeding 1,000 nautical miles, and the ability to command up to eight AI‑powered Collaborative Combat Aircraft drones.

This integration of manned and unmanned systems reflects a doctrinal shift towards distributed, networked warfare, where a single crewed fighter can orchestrate a swarm of autonomous assets to overwhelm adversaries.

China’s Chengdu J‑20, operational since 2017, has matured into a formidable force with more than 300 aircraft by 2025. This makes China the only nation besides the United States to field a large fifth‑generation stealth fleet.

The J‑20 is central to Beijing’s anti‑access/area denial strategy, designed to deter U.S. forces from operating near Taiwan and the South China Sea. Its role as an interceptor targeting high‑value American assets such as tankers and AWACS platforms underscores its strategic purpose: to deny U.S. penetration into contested zones and tilt the balance of power regionally.

The doctrinal contrast between the two platforms is stark. The F‑47 embodies America’s global power projection ethos, combining long reach, adaptive engines, and AI‑enabled sensor fusion to dominate across theatres.

In contrast, the J‑20 is optimised for regional denial, focusing on preventing U.S. forces from entering China’s near abroad. This divergence highlights the broader strategic competition: Washington seeks to maintain freedom of manoeuvre worldwide, while Beijing aims to consolidate control over its immediate periphery.

Looking ahead, the Pacific airpower race is poised to intensify. One scenario foresees the U.S. fielding the F‑47 in significant numbers by the early 2030s, leveraging AI‑drone swarms to offset China’s numerical advantage.

Alternatively, China may unveil its own sixth‑generation “system of systems” fighter, potentially narrowing the qualitative gap and complicating U.S. operational planning. Both trajectories point to an enduring technological competition, with profound implications for deterrence, escalation management, and economic resources.

Recent imagery and analysis suggest the F‑47 NGAD incorporates a tailless blended wing‑body design with small canards, enhancing agility and broadband stealth. Its XA‑103 adaptive cycle engine promises efficiency across multiple flight regimes, while its enlarged Radome houses advanced AESA radar for long‑range detection.

These features, combined with a 360‑degree sensor suite and AI‑driven computing core, are intended to decisively outmatch the J‑20 in both beyond‑visual‑range engagements and close‑in manoeuvres. 

Notably, the inclusion of a cannon for dogfighting restores a capability absent in the J‑20, underscoring the U.S. intent to dominate across all combat scenarios.

The strategic shift in Pacific airpower is therefore not merely about numbers but about doctrine, integration, and technological edge. The F‑47 NGAD represents America’s bid to leapfrog China’s fifth‑generation achievements, while the J‑20’s expansion signals Beijing’s determination to contest U.S. air superiority.

The coming decade will likely witness parallel advances towards sixth‑generation systems, ensuring that the Pacific remains the epicentre of global air combat innovation.

Curated By IDN

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