Thursday, November 12, 2026

Bharat Forge Subsidiary KSSL Unveils Indigenous 120mm Rapid Attack Mortar System For Mobile Forces


Engineering major Bharat Forge’s defence subsidiary, Kalyani Strategic Systems Limited (KSSL), has unveiled the 120mm Rapid Attack Mortar System (RAMS), a new indigenous weapon platform designed to provide rapid-response mortar fire support for highly mobile forces, Economic Times reported.

The system is integrated onto an agile 4x4 vehicle and has been developed to meet the demands of modern warfare, where armed forces require faster response times, enhanced mobility and greater protection for troops operating in contested environments.

According to the company, RAMS is capable of firing directly from the vehicle itself, eliminating the need for crews to dismount and deploy the mortar before engagement. This significantly reduces crew exposure to hostile fire, shortens the sensor-to-shooter cycle and helps keep personnel protected throughout combat operations.

KSSL stated that the vehicle-mounted mortar system enables operators to move quickly from transit mode to firing mode and then reposition rapidly after engagement. This "shoot-and-scoot" capability is intended to improve survivability on battlefields increasingly characterised by persistent surveillance and fast target acquisition.

The company said the system has been engineered to maintain mobility and combat effectiveness in challenging operational environments. RAMS is designed to operate in high-altitude regions as well as extreme weather conditions, including severe cold, intense heat and monsoon conditions.

According to Bharat Forge, the mortar system provides speed, mobility and shoot-and-scoot agility, enabling forces to operate more effectively in contested areas while addressing evolving threat scenarios.

The platform is intended to deliver 120mm firepower across a wide range of terrains, including mountain passes, deserts and plains, where conventional towed mortar systems can be slower to deploy and more demanding to sustain.

Commenting on the unveiling, Amit Kalyani, Vice Chairman and Joint Managing Director of Bharat Forge, said: “RAMS is designed to give our armed forces credible, responsive capability at high altitude and in the most challenging conditions, while keeping our soldiers protected.”

Designed and developed in India, the system supports the country's broader push towards indigenous defence manufacturing and aligns with the Aatmanirbhar Bharat initiative. KSSL is also positioning the platform for potential international customers as India continues to expand its role as an exporter of advanced defence systems.

KSSL serves the land, marine and unmanned defence sectors and has built a portfolio spanning artillery systems, armoured and protected vehicles, small arms, ammunition, marine platforms and unmanned systems.

The unveiling of RAMS marks another step in Bharat Forge's efforts to strengthen indigenous military capabilities by delivering highly mobile, protected and rapidly deployable fire-support solutions tailored for modern battlefield requirements.

Agencies


India Set To Test New Indigenous Lightweight Supersonic Cruise Missile For IAF's Fighter Jet Fleet


India is preparing to begin testing a new indigenous ramjet-powered supersonic cruise missile being developed by the Defence Research and Development Laboratory (DRDL), marking another significant step in the country's push to strengthen its home-grown long-range strike capabilities.

The upcoming missile is distinct from both the BrahMos supersonic cruise missile and the ASTRA MK-3 missile. While ASTRA MK-3 is based on Solid Fuel Ducted Ramjet (SFDR) propulsion, the new cruise missile is understood to utilise Liquid Fuel Ramjet (LFRJ) technology derived from the Supersonic TARget (STAR) program.

Developed under the Defence Research and Development Organisation (DRDO), the missile is being designed as a lighter alternative to the BrahMos, which currently weighs around 2.5 tons in its air-launched configuration.

The new weapon is intended for integration with the Indian Air Force's Sukhoi Su-30MKI multi-role fighter aircraft. Its significantly lower weight could allow a single aircraft to carry multiple missiles during a sortie, substantially enhancing strike flexibility and increasing the volume of precision attacks that can be delivered in a single mission.

Available information indicates that the missile is based on DRDL's liquid-fuel ramjet technology, which combines a booster for initial acceleration with a ramjet engine for sustained supersonic flight. Such propulsion systems are designed to maintain high speeds throughout their flight profile while providing greater efficiency than conventional rocket-powered systems.

Recent developments suggest the project has moved beyond the conceptual stage, with structural test articles reportedly being prepared for integration and carriage assessments.

These activities are generally regarded as an important milestone, demonstrating progress towards future flight testing and platform qualification.

The missile's development forms part of a broader effort by DRDO to expand India's indigenous supersonic cruise missile portfolio. In recent years, DRDL has been advancing liquid-fuel ramjet technologies as a means of supporting future long-range air-launched and surface-launched precision-strike weapons.

For the Indian Air Force, the emergence of a lighter indigenous supersonic cruise missile could complement existing stand-off strike systems by providing a weapon that offers high-speed engagement capability without the payload penalties associated with heavier missiles.

This would enable Su-30MKI aircraft to undertake a wider range of missions while carrying a larger weapons load.

Although the missile is currently being developed with the Su-30MKI in mind, the project could also have significant implications for the Light Combat Aircraft TEJAS fleet in the future.

The missile's reduced size and weight compared with BrahMos make it a far more practical candidate for integration on the TEJAS MK-1A and the upcoming TEJAS MK-2.

Such a capability would provide the indigenous fighter with a potent stand-off strike weapon capable of engaging high-value targets at supersonic speeds while preserving aircraft performance and payload flexibility.

Future integration would further strengthen the TEJAS program's emphasis on indigenous weapons, complementing the aircraft's growing inventory of home-grown air-to-air and air-to-surface systems, while enhancing the Indian Air Force's ability to conduct precision strike missions using entirely indigenous technologies.

The program reflects India's continuing emphasis on indigenous propulsion technologies and reduced dependence on foreign systems.

If testing proceeds successfully, the missile could become an important addition to the country's next generation of precision-guided strike weapons while further strengthening the operational capabilities of the Su-30MKI fleet.

Agencies


Indian Army Begins Pokhran Trials For ₹2,000 Crore Jet-Based Kamikaze Drone Program


The Indian Army has commenced field trials in Pokhran, Rajasthan, for its Jet Based Kamikaze Drone System (JBKDS), a significant procurement initiative aimed at rapidly enhancing the Army’s precision strike and loitering munition capabilities.

Estimated to be worth around ₹2,000 crore, the fast-track acquisition project seeks the procurement of 540 jet-powered kamikaze drones. The requirement reflects the growing importance of expendable precision-strike systems in modern warfare, particularly in light of recent conflicts where loitering munitions have demonstrated their ability to engage high-value targets with speed and accuracy.

Unlike conventional propeller-driven loitering munitions, which typically operate at speeds of around 150-200 km/h, the JBKDS has been designed to achieve speeds of approximately 450 km/h. The substantially higher speed is expected to enable faster target engagement while also reducing the likelihood of interception by enemy air-defence systems.

The project received a major boost when the Defence Acquisition Council (DAC), chaired by Defence Minister Rajnath Singh, granted Acceptance of Necessity (AoN) for the system on 26 October 2026. The approval paved the way for accelerated procurement under the Fast Track Procurement (FTP) mechanism, which is intended to shorten acquisition timelines for operationally critical equipment.

Industry participation in the competition has been extensive. Following the issuance of a Request for Information in July 2026, approximately 60 responses were received from interested firms. From that pool, 18 companies went on to submit formal bids for the requirement.

After the evaluation and qualification process, 10 companies successfully cleared the initial stage and remain in contention for the contract.

The shortlisted contenders include:

1. Bharat Forge
2. VEDA Aeronautics
3. NIBE
4. Adani Defence
5. SMPP
6. NRT
7. Tonbo
8. Munitions India Limited (MIL)
9. Apollo Micro Systems
10. Zen Technologies

The ongoing trials in Pokharan are expected to play a crucial role in assessing the operational effectiveness, performance and mission suitability of the competing systems before the Army proceeds towards the next stage of the procurement process.

The JBKDS effort highlights the Indian military’s increasing focus on indigenous unmanned combat technologies and high-speed loitering munitions capable of delivering rapid precision strikes in contested battlefield environments.

With the procurement envisaging hundreds of systems, the program is poised to become one of the most significant loitering munition acquisition initiatives currently underway in India.

Agencies


India Accelerates Indigenous Underwater Robotics And Autonomous Maritime Systems Development

Stingray Robotix has developed the Hull Crawler underwater robot

India is rapidly expanding its indigenous underwater robotics ecosystem, with a combination of private-sector innovation, scientific research and military development programs driving the country towards greater self-reliance in subsea technologies.

A growing number of Indian organisations are developing remotely operated and autonomous underwater systems designed for applications ranging from commercial inspection and maintenance to deep-sea exploration and naval operations.

Among the emerging players is Delhi-based Start-Up Stingray Robotix, founded in 2024, which has developed the Hull Crawler, a magnetically attached remotely operated vehicle designed to clean and inspect ship hulls at depths of up to 200 metres.

The system uses high-pressure cavitation water jets rather than traditional abrasive brushes, allowing marine growth and biofouling to be removed without damaging protective hull coatings. By operating directly on vessels while they remain in service, the platform has the potential to reduce fuel consumption, lower operating costs and minimise the need for dry-docking.

The company is positioning the technology as a safer alternative to diver-based inspection and maintenance operations while also supporting underwater inspections and real-time hull-condition monitoring.

India’s underwater robotics sector is also being strengthened by Kochi-based deep-tech Start-Up EyeROV, which has gained recognition for its indigenous full-stack underwater robotic systems.

Its military-grade EyeROV TROUT platform provides advanced subsea inspection, surveillance and reconnaissance capabilities for dams, bridges, pipelines, ports and naval infrastructure.

The Indian Navy has already inducted TROUT systems, making them among the first domestically developed military-grade underwater robotic platforms to enter naval service. The remotely operated vehicles are designed for demanding underwater missions including inspection, search-and-recovery operations, target identification and maritime security tasks in challenging subsea environments.

On the scientific front, the National Institute of Oceanography is significantly enhancing India's deep-sea exploration capabilities.

The institute is expanding from underwater robotic systems capable of operating at depths of around 500 metres to platforms reaching 2,000 metres. Researchers are also pursuing the development of indigenous autonomous underwater robots capable of descending to depths of 6,000 metres.

Such capability would place India among a relatively small group of nations with access to advanced deep-ocean autonomous exploration systems, supporting seabed mapping, scientific research, resource assessment and strategic maritime studies.

The Indian Navy continues to play a major role in advancing autonomous underwater technologies through its innovation and indigenisation initiatives.

At the fifth edition of the Swavlamban seminar in New Delhi, the Navy highlighted a broad range of indigenous autonomous systems, including autonomous underwater vehicles, AI-enabled micro remotely operated vehicles, mine countermeasure drones and research efforts related to Extra-Large Uncrewed Underwater Vehicles.

These technologies are increasingly viewed as critical force multipliers for future naval operations, offering capabilities such as seabed surveillance, underwater reconnaissance, mine detection and infrastructure monitoring while reducing risks to personnel.

Simultaneously, the Defence Research and Development Organisation's Naval Science and Technological Laboratory is developing the Flatfish autonomous underwater vehicle.

The wide-profile platform is intended for specialised undersea missions and forms part of broader efforts to strengthen India's indigenous underwater warfare, surveillance and ocean-monitoring capabilities.

The rapid emergence of home-grown underwater robots, autonomous subsea vehicles and advanced maritime autonomy programmes reflects a wider national push towards self-reliance in strategic technologies.

With support from the Indian Navy, research institutions, DRDO laboratories and innovative private-sector Start-Ups, India is steadily building an indigenous underwater robotics ecosystem capable of serving both commercial industries and future maritime security requirements.

The convergence of artificial intelligence, autonomy, advanced sensors and deep-ocean engineering is expected to make underwater robotics an increasingly important pillar of India's maritime and technological ambitions in the coming years.

Agencies


DRDO Opens Indigenous Germanium Crystal Technology To Indian Industry For Critical IR Optics Production


In a significant step towards strengthening India's self-reliance in advanced defence and space technologies, the Solid State Physics Laboratory (SSPL), a premier laboratory under the Defence Research and Development Organisation (DRDO), has issued an Expression of Interest (EoI) inviting Indian industry to acquire the Transfer of Technology (ToT) for indigenous Germanium single crystal growth used in infrared optics.

The initiative is aimed at creating a domestic manufacturing ecosystem for optical-grade Germanium blanks, a strategically important material that is currently imported at considerable cost. By transferring this technology to industry, DRDO seeks to reduce dependence on foreign suppliers while ensuring a reliable local source for critical electro-optical systems.

SSPL has successfully developed a complete indigenous process covering both the growth of optical-quality Germanium single crystals and the fabrication of blanks used in infrared optical components. 

These blanks serve as the raw material for lenses, prisms and optical windows employed in a wide range of military and space-based sensor systems.

Germanium is regarded as one of the most important materials for infrared applications because of its high refractive index, excellent infrared transmission characteristics and favourable machinability. These properties make it particularly suitable for high-performance infrared imaging and sensing systems operating across the 2-12 micrometre wavelength range.

The technology has already undergone extensive validation. Germanium blanks produced through the SSPL process have been used by multiple DRDO laboratories as well as external production agencies for manufacturing infrared optical components. Testing has demonstrated that the performance of the indigenous material is on par with imported equivalents, confirming its suitability for operational deployment.

The development assumes added significance as demand for infrared detectors and electro-optical payloads continues to increase across India's defence and space sectors. Such systems are integral to thermal imagers, night-vision equipment, missile seekers, surveillance platforms, electro-optical targeting pods, border monitoring systems and space-based infrared sensors.

According to technology transfer information available through the National Research Development Corporation, the indigenously grown Germanium crystals achieve a diameter of at least 100 mm. The crystals exhibit electrical resistivity in the range of 5 to 30 Ω·cm and deliver infrared transmission of 45 per cent or higher across the 2-12 micrometre spectrum.

These characteristics place the material within the performance range required for sophisticated infrared optical assemblies that are increasingly being integrated into modern military platforms, guided weapons and aerospace systems.

The move also aligns with broader national efforts to expand indigenous capabilities in advanced materials, semiconductor-related technologies and high-end defence manufacturing under the government's drive for technological self-reliance.

Indian companies interested in acquiring the technology can access the licensing framework and submission procedures through DRDO's industry interface and technology management mechanisms. 

The ToT program is expected to offer domestic manufacturers an opportunity to enter a niche but strategically vital segment of the defence and space supply chain while supporting local production of critical infrared optical components.

Agencies


Kalashnikov Expands India Partnership With MP-155 Shotgun Production Deal For Counter-Drone Role


Russia’s Kalashnikov Concern has announced a licensing agreement to manufacture its MP-155 shotgun in India, marking a new phase in its cooperation with Indian industry and extending beyond assault rifles into systems being marketed for close-range drone defence, RNA News reported.

The announcement was made by Kalashnikov Concern chief Alan Lushnikov during an interaction with journalists at Patriot Park near Moscow. According to his remarks, production of the MP-155 in India will be carried out with support from the Russian company, although neither the Indian manufacturing partner nor the value and timeline of the project have been disclosed.

Lushnikov described the MP-155 as a civilian hunting weapon that has demonstrated utility in counter-drone applications. However, he did not identify any Indian military customer, nor did he indicate that the Indian armed forces have placed an order for the weapon.

Unlike the AK-series rifles for which Kalashnikov is globally recognised, the MP-155 is a gas-operated, semi-automatic smoothbore shotgun developed primarily for hunting. The weapon is offered in multiple configurations and is capable of firing a range of ammunition loads, giving operators flexibility for different roles.

Kalashnikov has previously promoted a specialised anti-drone variant of the shotgun, claiming it can engage low-flying unmanned aerial systems at distances of roughly 50 to 100 metres. The company presents the weapon as part of the final layer of a wider counter-drone architecture, complementing surveillance sensors, interceptor drones, automated gun systems and missile-based air-defence assets.

The latest announcement does not clarify which version of the MP-155 will be produced in India. It also remains unclear whether specialised anti-drone ammunition is included in the arrangement. Details concerning production volumes, manufacturing location and the level of localisation have not been revealed.

The agreement follows Kalashnikov’s efforts to broaden its presence in India’s security and defence market. During the India Homeland Security Expo earlier this year, the company showcased shotguns, anti-drone ammunition and unmanned aerial systems, while outlining plans to supply anti-drone shotguns, cartridges and pistols to Indian partners before the end of the year.

In a separate initiative announced in June, Kalashnikov signed a contract to supply civilian Karakurt multirotor drones to an Indian customer, with deliveries scheduled by the end of 2026. The company also discussed the possibility of licensed drone production in India, though that effort is distinct from the newly announced MP-155 manufacturing agreement.

As a result, the shotgun project adds a local production component to Kalashnikov’s growing Indian portfolio. At present, however, available information does not establish whether the MP-155 deal involves the same partner associated with the company’s earlier agreements.

Kalashnikov already has a significant industrial presence in India through Indo-Russian Rifles Private Limited, the joint venture producing AK-203 assault rifles at Korwa in Uttar Pradesh’s Amethi district. The venture brings together Kalashnikov Concern and Rosoboronexport on the Russian side with Advanced Weapons and Equipment India Limited and Munitions India Limited on the Indian side.

India’s Ministry of Defence previously contracted for 601,427 AK-203 rifles in December 2021. However, Kalashnikov has not identified the AK-203 joint venture as the manufacturing partner for the MP-155, meaning the two initiatives cannot currently be regarded as part of the same production arrangement.

The development also comes as India places increasing emphasis on indigenous drone and counter-drone capabilities. Defence Minister Rajnath Singh has repeatedly highlighted the need for a domestic unmanned systems ecosystem, including critical technologies such as software, propulsion systems, batteries and other key components, reflecting the growing significance of drones in modern warfare.

The emergence of low-cost first-person-view drones and loitering munitions in recent conflicts has renewed interest globally in simple and inexpensive counter-drone solutions.

Shotguns have attracted attention as a last-resort defensive option against small drones operating at very short ranges, particularly where electronic warfare or missile-based systems may be impractical or uneconomical.

For now, the MP-155 announcement confirms Kalashnikov’s intention to establish licensed production in India. Key questions concerning the identity of the Indian manufacturer, the production schedule, localisation levels and any eventual military or civil customers remain unanswered.

As Lushnikov stated, the MP-155 is a “civilian hunting weapon” that has proven suitable for counter-drone tasks, but the ultimate scale and operational role of the Indian production effort have yet to become clear.

Agencies


DRDL's STAR-Derived Supersonic Missile Could Multiply Su-30MKI Strike Capacity


A new ramjet-powered, air-launched supersonic missile under development by the Defence Research and Development Laboratory (DRDL) could significantly enhance the strike capacity of the Indian Air Force's Su-30MKI fleet.

Unlike the BrahMos-A, which weighs around 2.5 tons and is typically carried as a single weapon by the aircraft, the new missile is understood to be considerably lighter, potentially allowing multiple weapons to be carried on a single sortie.

The programme has now progressed beyond the design phase and entered the hardware development stage. Steel test articles are currently being manufactured to validate the missile's physical integration and carriage characteristics on both an aircraft launcher and the aircraft itself.

Available indications suggest that the weapon is based on, or heavily influenced by, DRDL's STAR (Supersonic TARget) system. Originally developed as a high-speed target missile, STAR was designed around an indigenous liquid-fuel ramjet engine and has served as a technology demonstrator for advanced supersonic flight.

The Su-30MKI is understood to be the intended launch platform. If successfully developed into an operational strike weapon, the missile could provide the aircraft with a complementary capability alongside BrahMos-A, enabling a greater number of precision strikes during a mission while reducing dependence on heavier stand-off weapons.

STAR was initially conceived as a realistic supersonic target drone and dummy missile capable of replicating hostile anti-ship and cruise missile threats. The system was created to support the testing and validation of Indian air-defence networks, including Akash, QRSAM, MR-SAM and Kusha.

Its indigenous liquid-fuel ramjet propulsion allows the target to reproduce the speed, flight profiles and engagement challenges associated with modern supersonic threats. The system was specifically developed to provide a more realistic testing environment for radars, missile interceptors and tracking systems.

Recent progress in the STAR effort has included flight testing, avionics qualification, launcher validation and successful demonstrations of ramjet operation. These developments have further strengthened confidence in India's indigenous ramjet technology base and opened the possibility of adapting the underlying design into operational combat systems.

The emergence of a lighter STAR-derived strike missile reflects a broader effort to expand India's portfolio of indigenous supersonic weapons.

Such a capability could complement heavier missiles like BrahMos by providing a more affordable and numerically larger strike option for saturation attacks, maritime missions and stand-off engagements.

If the project advances as expected, it could give the Su-30MKI a meaningful increase in offensive flexibility, allowing the fighter to carry several supersonic weapons rather than relying on a single heavy missile, thereby enhancing sortie effectiveness and overall combat persistence.

Agencies


Pakistan Army’s War On Terror: Lessons Unlearned


by Nilesh Kunwar

Weak Narrative

Projecting itself as a peace-loving nation with “zero tolerance” for terrorism, Pakistan claims to be a hapless victim of foreign-sponsored terrorism. To support this claim it cites statistical data of terrorism related incidents and the inordinately high number of fatalities/ injuries suffered by its citizens-both security force personnel as well as civilians.

The levels of terrorism and secessionist activities in Pakistan are definitely alarming and allegations of foreign support to such groups though exaggerated may also be true. However, this excuse doesn’t mitigate the Pakistan army’s abysmal failure to bring the situation under control especially since it has no restrictions whatsoever on the use of force for this purpose.

There’s no smoke without a fire. So, blaming foreign involvement for the crisis is futile as it is rampant institutional apathy and brutal use of military force against civilians that is stoking public anger. Such a hostile attitude generates a sense of victimisation amongst locals and subconsciously makes them empathise with the cause espoused by terrorists and freedom fighters.

Unrealistic Expectations

Despite decades of experience in counter-terrorism operations, Rawalpindi has failed to learn from past mistakes and instead continues to pursue its self-defeating stratagems. While over-optimism abounds aplenty amongst lovers and dreamers, military minds work on the ‘worst case scenario’. However, a peek into history proves that in the case of the Pakistan army the reverse seems true, and this is its biggest handicap.

In 1947, despite having reached within an earshot of Srinagar during its military campaign (Operation Gulmarg) disguised as a tribal invasion to annex Kashmir, Pakistan army commanders and tribals inexplicably stopped their unopposed advance for three days just to pillage Baramulla, probably in the belief that Srinagar was now in their pocket. A military mind would have never allowed any unnecessary halts until the objective was secured, but the Pakistan army’s over-optimism did it in.

In 1965, the Pakistan army made yet another attempt to seize Kashmir (Operation Gibraltar). Its plan envisaged infiltrating armed regulars disguised as Razakars (Civilian Volunteers) who would incite a local uprising. Here again the Pakistan army leadership fell prey to unfounded optimism by presuming that locals of Kashmir Valley would rise up against New Delhi as well as the belief that India would restrict its reaction to J&K.

The Kargil War of 1999 once again proved the enduring nature of Pakistan army’s delusional mindset- otherwise, which rational military leadership would ever assume that its intrusions into a neighbour’s territory would not be contested? Yet, Pakistan army chief Gen Pervez Musharraf went ahead with his bird-brained plan that came to naught, precipitating a shameful withdrawal and its shameful abandonment of the mortal remains of its soldiers killed in combat.

The Afghan people are known to be a fiercely independent race that has defied subjugation for centuries. Yet, the Pakistan army hosted the Afghan Taliban leadership for a decade expecting that once they came to power, Afghanistan would serve as Pakistan’s satellite and provide it with “strategic depth.”

‘Pruning’ Strategy

The Pakistan army maintains that it’s going after terrorists of “all hue and colour.” The reality however is that instead of evolving a comprehensive counter-terrorism strategy aimed at weeding out terrorism, Rawalpindi is following the expedient policy of ‘pruning’ terrorism and is content with keeping the threat at a manageable level rather than eradicating it.

This assessment is proven by the fact that since its much touted post 9/11 War on Terror, Pakistan has signed at least seven major peace accords and numerous informal truce agreements with various terrorist groups. Though not even one of these has endured, the Pakistan army continued pandering to terrorist groups by making unreasonable concessions.

The Pakistan army’s dealing with Tehreek-e-Taliban Pakistan (TTP) is the most revealing example of Rawalpindi’s terrorism ‘pruning’ strategy. Readers would recall that during the period 2021 and 2025, the Pakistan army entered into ceasefire agreements with TTP six times and despite TTP calling off ceasefire every time and attacking security forces, Rawalpindi readily accepted its renewal.

Not only this, the Pakistan army also unconditionally released more than 100 TTP prisoners held in its custody who had been found guilty of killing security force members as well as civilians. Rawalpindi’s claim that its negotiations with TTP was at the behest of the government is belied by former Senate chairman and PPP leader Mian Raza Rabbani statement to Dawn in December 2022 that “No permission was sought by the military from parliament for holding parleys with the TTP.”

Besides releasing TTP fighters, the Pakistan army is guilty of allowing TTP to re-establish itself in Khyber Pakhtunkhwa (KP). In August 2022, when locals took to the streets protesting against TTP presence in KP, Pakistan army’s media wing Inter Services Public Relations (ISPR) misled the nation by out rightly denying this claim by stating “misperception about alleged presence of (a) large number of proscribed organisation TTP’s armed members in Swat Valley has been created on social media.”

Since TTP presence in Swat was visible, ISPR played down this menacing development by adding that “small number of armed men on (a) few mountain-tops between Swat and Dir has been observed, located far away from population.” And true to its pruning approach towards terrorism, ISPR waxed eloquent by saying that “Presence of militants anywhere will not be tolerated and they will be dealt with full use of force, if required.”

Military Solution

That terrorism and secessionist activities cannot be eradicated through military means alone is an established fact. The Field Marshal also reiterated this reality by asking Pakistan’s Parliamentary Committee on National Security as to "How long will we continue to fill the governance gaps with the blood of the armed forces of Pakistan and the martyrs?"

So, one had expected that as head of Pakistan’s “hybrid” government, the field marshal would take a holistic view of this menace and concentrate on addressing its causative issues. However, instead of doing this, Pakistan’s CDF has instead displayed a retributive mindset and intensified the level of brutality by security forces to the extent that not even civilians are being spared.

Field Marshal Munir may justify his Balochistan pogrom by claiming that freedom fighters in Balochistan are India’s proxies. However, the fact is that Baloch people have been forced to pick up arms due to highhandedness of security forces and government apathy. Didn’t Munir’s predecessor Gen Qamar Javed Bajwa admit that “Balochistan, unfortunately, had been neglected in the past for a host of reasons”?

Consequently, Balochistan and KP are today witnessing an unprecedented surge in violence and extreme repression with enforced disappearances and extra judicial killings by security forces/intelligence agencies becoming the new normal. Use of heavy weapons, drones and even fighter jets is causing significant civilian casualties and this is promoting anti-army feelings amongst locals.

Opinions may vary as regards Field Marshal Munir’s military-centric approach in KP and Balochistan. However, there can be no two views that it’s his inept handling of protests in Pakistan occupied Jammu and Kashmir (PoK) that has created unprecedented unrest in this disputed territory.

The peaceful protest led by Joint Awami Action Committee (JAAC) in PoK has no political or ideological agenda and has been triggered by abject apathy towards governance and economic issues. Yet, instead of using the negotiation route for settlement, the field marshal opted for military action and the indiscriminate use of force has led to several deaths and serious injuries.

Prognosis

The weak-kneed government has obediently fulfilled Field Marshal Munir’s demand for turning Pakistan into a “hard state,” and this is the main reason for the country’s current chaos ranging from political instability to widespread public dissent and the horrific cycle of bloodletting. The situation is precarious and requires to be handled rationally and this is only possible by jettisoning obdurate thinking.

This in turn demands empathy, acceptance of mistakes and making compromises, something that one is not very sure if Field Marshal Munir would be willing to do. However, since he knows that he can create an illusion of normalcy by sustained application of brute force, the field marshal will continue with his “hit them hard” and “beat the hell” strategy in KP and Balochistan and demonising JAAC in PoJK as a proxy of India.

The problem with this approach is that while things in Pakistan will go from bad to worse, public anger against poor governance and military failures is bound to swell. This would tempt the beleaguered field marshal to divert public attention by orchestrating acts of terrorism not only in J&K but all over India as this stratagem has never failed Rawalpindi.

Nilesh Kunwar is a retired Indian Army Officer who has served in Jammu & Kashmir, Assam, Nagaland and Manipur. He is a keen ‘Kashmir-Watcher,’ and after retirement is pursuing his favourite hobby of writing for newspapers, journals and think-tanks. Views expressed above are the author's own


Redon Systems ACHUK Loitering Munition Exceeds Theoretical Expectations In Ladakh High-Altitude Trials


In June this year, Indian defence technology firm Redon Systems Pvt Ltd successfully tested its fixed-wing loitering munition, the ACHUK series, in Nyoma, Ladakh, utilising propulsion motors developed by Vector Technics.

According to Ajit Kumar Pillai, Vice President of Strategy and Sales at Redon Systems, the team conducted week-long flight trials in the extreme high-altitude environment of Nyoma. Pillai noted that "the motor performance was superb" during the rigorous flight campaign.

To validate the propulsion system under rarefied atmospheric conditions, Redon Systems also transported its dedicated motor test bench directly to Ladakh to evaluate the Vector Technics units on-site. Pillai revealed that "surprisingly, the performance exceeded the theoretical values," underscoring the efficiency of the indigenous hardware.

The Hyderabad-based Redon Systems designs and manufactures the ACHUK series entirely in-house without foreign technology transfer. Equipped with electric propulsion, folding wings, and AI-driven optical homing, variants like the ACHUK-150 offer an endurance of up to 45 minutes and an operational range of 30 kilometres, capable of operating in temperatures as low as -30°C.

Vector Technics, also headquartered in Hyderabad, builds complete indigenous drone propulsion stacks—including brushless direct current motors, electronic speed controllers, and carbon-fibre propellers—entirely free of Chinese components.

This successful validation in Ladakh highlights a growing synergy among Indian defence Start-Ups, proving that domestically engineered unmanned aerial systems and propulsion components can outperform benchmarks in the world's most demanding mountain warfare theatres.

Agencies


Japan Orders Indian-Made Advanced & Sophisticated Train Propulsion Systems In Major Railway Export Milestone


Japan, a country widely recognised for its cutting-edge railway technology and world-leading high-speed train network, has placed its first order for electronic train propulsion systems manufactured in India.

The development marks a significant milestone for India's railway engineering industry and highlights the country's growing ambitions to emerge as a major exporter of advanced railway technology.

Train propulsion systems are among the most critical and technologically advanced and sophisticated elements of modern rolling stock.

Accounting for nearly 40 per cent of a train's total value, their export represents a major achievement for India's manufacturing sector and a strong endorsement of indigenous engineering capabilities.

The order is expected to reinforce confidence in India's ability to produce high-value railway technologies while creating fresh opportunities for companies throughout the railway supply chain, from component manufacturers to systems integrators.

India has steadily expanded its footprint in international railway markets over recent years. Railway components produced in the country have already been exported to Germany, France, Switzerland and the United States, demonstrating growing acceptance of Indian railway technology in advanced global markets.

Manufacturing facilities in India have also supplied thousands of railway systems and components to countries across Europe and beyond. In addition, Indian-made coaches have been exported to Australia and Canada, while locomotives have reached destinations such as Mozambique, Senegal and Sri Lanka.

The latest order is particularly noteworthy because it comes from Japan, a nation regarded as one of the global leaders in rail transport technology. Securing business from such a demanding and technologically advanced market is likely to strengthen India's credentials as a reliable supplier of sophisticated railway equipment.

The agreement also supports India's broader strategy of moving beyond the export of individual components towards supplying higher-value systems and, eventually, complete trainsets.

Railway Minister Ashwini Vaishnaw has previously outlined an ambitious target of exporting fully Indian-made Vande Bharat trains by 2029-30. The propulsion system order is viewed as an important step towards that objective, demonstrating India's growing competence in designing and manufacturing complex railway technologies for international customers.

The achievement reflects the wider transformation of India's railway manufacturing ecosystem, which is increasingly positioning itself as a competitive player in the global railway industry while expanding the reach of domestically developed technologies.

Agencies


Autonomous Aerostat Completes Three-Day Continuous Trial, Marking Major Milestone for IISc-Incubated Start-Up


An IISc-incubated deep-tech Start-Up in Bangalore has achieved a significant milestone after successfully completing a continuous three-day test of its autonomous tethered aerostat system, demonstrating a level of automation rarely seen in this class of aerial platform.

Developed by Thinking Balloon, the aerostat is designed to operate with minimal human involvement, carrying out critical functions entirely on its own. During testing, the system autonomously launched, maintained its position in the air, recovered itself, docked with its ground station and replenished its lift gas without requiring human intervention.

The achievement represents an important step towards persistent aerial platforms capable of remaining deployed for extended periods while reducing manpower requirements.

The company has been developing the technology as part of its vision to create automated aerial infrastructure for surveillance, communications and monitoring missions.

Incubated at the Indian Institute of Science in Bangalore, the Start-Up has also received support from the Bangalore City Police during the development and testing process. The project highlights growing collaboration between academic research institutions, industry and public-sector stakeholders in advancing indigenous aerospace technologies.

The aerostat forms part of an integrated system consisting of the airborne platform, a ground station responsible for launch and recovery operations, and software that manages the entire operating cycle. According to the company, the platform can repeatedly carry out launch, hold, work, recover, dock and service functions autonomously.

Thinking Balloon has already conducted more than 100 autonomous launch-and-recovery cycles during demonstrator testing, validating the concept under real-world conditions. The company is targeting applications that require long-duration aerial presence, an area where aerostats offer advantages over conventional drones because they do not consume energy merely to remain airborne.

The platform has been conceived for a wide range of missions, including persistent aerial surveillance, communications relay, industrial and infrastructure monitoring, border security operations and tactical air-defence roles. Future configurations are expected to support sensors such as cameras, radars and communications equipment, enabling continuous observation over large areas.

The system can launch, hold position, dock and refill lift gas autonomously, with larger versions planned to carry hundreds of kg above 1 km.

Looking ahead, the company plans to develop substantially larger variants capable of carrying payloads weighing hundreds of kilograms while operating at altitudes exceeding one kilometre. The longer-term roadmap includes a 5 km-class demonstrator as well as specialised early-warning systems intended to detect drones and missile threats.

By combining autonomous operations with prolonged aerial endurance, the Bangalore-based Start-Up aims to create a new category of persistent airborne infrastructure that could serve defence, security, industrial and communications requirements across India.

Agencies


Kulgam CRPF Attack: ₹15 Lakh Reward Announced For Suspected Lashkar Operative Mohammad Latief Bhat


Security agencies have identified Lashkar-e-Taiba operative Mohammad Latief Bhat as a key suspect in the recent attack on CRPF personnel in Kulgam, Jammu and Kashmir.

Investigators believe Bhat was involved in the assault, which left security personnel injured and has triggered a renewed counter-terror operation across south Kashmir.

Authorities suspect that the attack followed a "shoot-and-scoot" pattern, a tactic in which militants open fire and quickly flee before security forces can respond effectively.

Bhat is also under suspicion for his alleged role in two terror attacks reported in July. Security officials have linked him to the killing of a police officer in Anantnag and an attack on migrant workers in Kulgam earlier this year.

As the search intensifies, Jammu and Kashmir Police and central security agencies have announced a cash reward of ₹15 lakh for information leading to his capture. Wanted posters carrying his photograph have been circulated at prominent locations to encourage public assistance.

According to investigators, Bhat is a resident of Kulgam district and is believed to have been active in south Kashmir for several months. He reportedly escaped a major security operation in Shopian earlier this year and has remained a high-priority target ever since.

Security agencies also believe he has links to The Resistance Front (TRF), a Lashkar-e-Taiba proxy outfit that has been associated with a number of targeted attacks in the region.

Following the latest strike on CRPF personnel, security forces have expanded search operations and intelligence gathering efforts across south Kashmir. Officials are working to dismantle support networks believed to be assisting militants and helping them evade capture.

The investigation into the Kulgam attack remains ongoing, with authorities pursuing multiple leads as they seek to track down Bhat and other individuals possibly connected to the assault.

Agencies


Indian Army’s Robotic Mules Strengthen Border Surveillance Along J&K Frontiers


The Indian Army has opened a new chapter in border surveillance across Jammu & Kashmir by deploying four\-legged robotic systems alongside soldiers and military dogs to maintain constant vigilance in some of the region’s most challenging forward areas, Times of India reported.

The move forms part of a broader modernisation effort along the Line of Control (LoC), where the Army has integrated artificial intelligence, advanced sensors, smart fencing, satellite\-enabled monitoring and enhanced multi\-agency intelligence coordination to strengthen border security.

Additional technological upgrades include laser\-based counter\-drone systems and laser intrusion\-detection components deployed across sections of the border in Jammu & Kashmir, improving the ability to detect and respond to emerging threats.

At the centre of this transformation are the four\-legged robotic units known as MULEs, or Multi\-Utility Legged Equipment. The Army received its first batch of 100 robotic mules in June 2024 and has since expanded their deployment to sensitive sectors including Akhnoor and Rajouri.

The robotic systems recently drew widespread attention after videos showing them patrolling in the Akhnoor sector circulated online, highlighting the Army’s growing reliance on autonomous and semi\-autonomous technologies for frontier surveillance.

According to defence sources, “Hundreds of such robotic mules have already been deployed along the LoC and border in Jammu to strengthen surveillance systems. These machines have not only provided a new edge to border security with advanced technology and real\-time intelligence in high\-security sectors but also helped in providing logistics in rugged and difficult terrains in forward areas.”

Beyond surveillance duties, the robotic platforms are increasingly being used to support ambush operations during encounters with infiltrators and terrorists. They also assist troops by monitoring and tracking suspicious enemy movements in difficult terrain.

One of the key advantages of the four\-legged robotic chassis is its ability to traverse locations that conventional wheeled or tracked vehicles find difficult or impossible to access. The machines can climb steep mountain slopes, move across 45\-degree inclines, operate in snow\-covered regions, cross rivers and function effectively in desert environments.

The robotic mules have been engineered for extreme operating conditions, remaining functional in temperatures ranging from approximately \-40°C to \+55°C. This makes them suitable for year\-round deployment across diverse terrains and climatic conditions encountered by the Indian Army.

The platforms also reduce the physical burden on frontline troops by carrying tactical payloads of between 12 kg and 15 kg, including ammunition, rations and fuel. This capability enhances operational endurance in remote forward posts where logistics support can be demanding.

Equipped with 360\-degree cameras, electro\-optical systems, thermal and infrared sensors, and radar\-based technologies, the robotic units provide real\-time threat detection, object recognition and situational awareness. These capabilities allow soldiers to gather intelligence more effectively while reducing exposure to potential risks in hostile environments.

The deployment reflects a wider global trend among modern armed forces towards the use of unmanned ground systems for reconnaissance, surveillance, logistics support and force protection.

For the Indian Army, the expanding use of robotic mules represents another step towards integrating advanced technologies into frontline operations while enhancing both operational efficiency and soldier safety along one of the world's most heavily monitored borders.

Agencies


NIA Launches Probe Into Online Radicalisation of Indian Youths By Pakistan-Based Gangster


The National Investigation Agency (NIA) has registered a fresh case to investigate the alleged online radicalisation of Indian youths by Pakistan-based gangster Shahzad Bhatti and other operatives linked to Pakistan's Inter-Services Intelligence (ISI), amid concerns that such activities were aimed at facilitating terrorist attacks within India.

The investigation originates from a case initially registered by the Uttar Pradesh Anti-Terrorist Squad (ATS) in April this year. According to officials, the probe focuses on efforts to recruit, radicalise and influence Indian youths through online platforms, with investigators examining links between extremist networks, social media outreach and cross-border handlers.

The FIR names eight accused, including Shahzad Bhatti, who Indian authorities identify as an ISI-linked operative based in Pakistan.

The case also names Md Hamad Barkati, Abid Jatt, Major Hamid, Major Iqbal and Major Anwar, all alleged to have played roles in the broader network operating from Pakistan.

The central government's concerns regarding Bhatti's activities intensified earlier this year, leading to the designation of the Pakistan-based Shahzad Bhatti Network (SBN) as a terrorist organisation under the Unlawful Activities (Prevention) Act in September. Authorities stated at the time that the organisation was believed to be involved in terrorism and had participated in various acts of terrorism in India.

Among those named in the case are Tushar Chauhan, also known as Hijbullah Ali Khan, a resident of Uttar Pradesh, and Sameer, a resident of Delhi. Both individuals were arrested by the Uttar Pradesh ATS in April during its investigation into suspected Pakistani sleeper-cell activities.

Investigators allege that the two accused were in direct contact with Pakistani operatives and were involved in discussions concerning a "major disruptive act". The Uttar Pradesh ATS had been examining attempts to establish and manage sleeper cells through social media platforms, a tactic increasingly viewed by security agencies as a means of recruitment and coordination.

According to findings cited during the investigation, Pakistani gangster Shahzad Bhatti, Abid Jatt and several radical Pakistani YouTubers were allegedly operating under ISI direction to target Indian youths online. Authorities believe these individuals sought to exploit digital platforms to spread extremist narratives, recruit supporters and create networks capable of carrying out activities aimed at disturbing internal peace and communal harmony.

Investigators further allege that financial inducements were offered to vulnerable recruits in an effort to encourage participation in unlawful activities. Security agencies are now examining the extent of these recruitment efforts, the online channels used for radicalisation and the operational links between the accused and Pakistan-based handlers.

The NIA's intervention signals an escalation of the investigation as central agencies seek to dismantle alleged cross-border networks that use social media, propaganda and financial incentives to radicalise individuals and support terror-related activities within India. Officials believe that disrupting such networks is essential to preventing future attacks and safeguarding internal security and communal stability across the country.

Retaining the concerns highlighted by investigators, the case centres on allegations that the accused were attempting to radicalise Indian youths and entice them with financial incentives to "disturb internal peace and communal harmony", while allegedly planning activities that could have significant security implications.

PTI


Strait of Hormuz To Remain Changed After War, Says Iran As Tehran And Oman Reach Understanding


Iran has indicated that the Strait of Hormuz will not return to the conditions that existed before the US-Israel war, signalling a potentially lasting shift in how one of the world's most strategically important maritime chokepoints is managed.

Iranian Parliament Speaker and chief negotiator Mohammad Bagher Ghalibaf stated that Tehran and Oman have reached an understanding regarding oversight of the Strait of Hormuz, a waterway through which a significant share of global oil and liquefied natural gas shipments passes.

Speaking in an interview with Al Jazeera, Ghalibaf said the arrangement formed part of Iran's seven-point proposal presented to the United States to bring an end to the eight-month conflict.

The conflict began after US-Israeli strikes on 28 February reportedly killed Iran's former Supreme Leader Ali Khamenei, triggering a prolonged regional confrontation that increased tensions across the Gulf and raised concerns about energy security and global shipping routes.

Ghalibaf indicated that future governance arrangements for the Strait of Hormuz would differ from those in place before the war.

Rejecting the concept of unrestricted international access through the waterway, he argued that authority over the strait rests primarily with the countries bordering it.

"There are no ‘free waters’ [international waters] there, and the 1982 [UN Convention on the Law of the Sea] does not apply to the strait … The regulations within the Strait of Hormuz are governed by the laws of the two littoral states that border it," he said.

His remarks reflect Tehran's position that Iran and Oman should play the principal role in regulating navigation through the strategically significant passage.

The Iranian chief negotiator also said Tehran had conveyed its response to Washington through Qatar, which has been serving as a mediator between the two sides.

According to Ghalibaf, Iran has submitted seven conditions for entering peace negotiations and is now awaiting an official response from the United States.

"The ball is now in the American court," he said.

He outlined Tehran's key demands, including the lifting of US naval restrictions and sanctions, the release of frozen Iranian assets, an end to military hostilities across all fronts, and a formal declaration that the war has concluded.

Ghalibaf said these conditions are linked to understandings reached earlier and must be implemented before direct negotiations can proceed.

He further suggested that a diplomatic agreement remains possible if Washington adheres to commitments already discussed and avoids introducing additional demands that could deepen mistrust.

Separately, Iran's security chief Mohsen Rezaei warned that Tehran would target US military bases in European countries if aircraft operating from those locations were used to launch strikes against Iran, underscoring the continuing tensions despite ongoing diplomatic efforts.

The Strait of Hormuz remains one of the most critical waterways in the world, linking the Persian Gulf with international markets. Any long-term change to its governance or shipping regulations could have significant implications for global energy flows, maritime security and regional geopolitics.

Agencies