TEJAS To AMCA: India’s Indigenous Fighter Aircraft Evolution Accelerates

The development of India’s indigenous fighter aircraft follows a clear technological pathway from TEJAS MK-1A to TEJAS MK-2 and ultimately to the Advanced Medium Combat Aircraft. Each stage builds upon the proven systems of the previous generation, ensuring continuity, reduced risk, and accelerated timelines.

TEJAS MK-2 is not starting from scratch. It is designed on a strong foundation, with nearly sixty‑five to seventy percent of technology, systems, and know‑how shared with TEJAS MK-1A. This commonality shortens development time and reduces technical risk.

Several systems remain similar between MK-1A and MK-2. The fly‑by‑wire architecture philosophy is retained. The mission computer continues with high commonality. Cockpit layout and philosophy remain consistent, supported by glass displays and pilot interface systems such as HOTAS and HMI. 

The stores management system and weapons integration framework are carried forward. Radar architecture from the Uttam family is reused. Electronic warfare software architecture from DARE and UEWS remains common.

The datalink system is preserved. Software development tools are reused. Test infrastructure such as Iron Bird, HIL, and SIL continues to support development. Flight test team experience is invaluable and rated very high. Certification processes under CEMILAC are already established. Composite manufacturing know‑how is mature. The supply chain and vendor ecosystem are strengthened by continuity.

This reuse of proven technology is described as “Proven. Reused. Accelerated.” It explains why TEJAS MK-2 is expected to reach Initial Operational Clearance faster than a clean‑sheet design.

The benefits to TEJAS MK-2 from TEJAS MK-1A are significant. Development time is shorter. Technical risk is lower. Costs are reduced. The ecosystem and manpower are mature. The path to IOC is faster. The systems are proven in the Indian operational context.

TEJAS MK-2 benefits from TEJAS MK-1A through proven technologies and architecture, mature software and avionics, an established manufacturing ecosystem, experienced teams and processes, validated test and certification systems, and operational feedback from the Indian Air Force.

The Advanced Medium Combat Aircraft benefits from TEJAS MK-2 in several ways. Advanced aerodynamics including canards, LERX, and intakes are refined. Experience with F414 engine integration is gained.

Higher power and thermal management systems are developed. Advanced flight control law experience is accumulated. Sensor and electronic warfare integration maturity is achieved. System integration at a larger scale is validated.

The indigenous capability growth pathway is clearly defined. TEJAS MK-1A built the foundation and proved the way. TEJAS MK-2 builds on strength, evolving and enhancing capability. AMCA is built for the future, representing a leap ahead and leadership in advanced combat aircraft.

The journey from MK-1A to MK-2 and from MK-2 to AMCA is described as continuous indigenous excellence. India is stronger today and aims to be unstoppable tomorrow.

The aircraft are designed, developed, and built in India, for India, by India, with pride. The Aeronautical Development Agency highlights this as part of Atmanirbhar Bharat and Atmanirbhar Defence.

Additional context shows that TEJAS MK-1A has already entered service with the Indian Air Force, with contracts signed for over eighty aircraft. TEJAS MK-2 is expected to be a medium‑weight fighter with greater payload capacity, advanced avionics, and enhanced survivability.

It will integrate the General Electric F414 engine, providing higher thrust compared to the F404 engine of MK-1A. AMCA is planned as a fifth‑generation stealth fighter, incorporating advanced radar‑absorbing materials, internal weapons bays, and supercruise capability.

The development pathway ensures that India does not repeat mistakes of starting afresh with each project. Instead, it builds layer upon layer of proven systems, reducing costs and timelines. This approach mirrors successful strategies adopted by nations such as the United States with the F‑16 leading to the F‑35, and by European nations with the Eurofighter leading to future sixth‑generation projects.

India’s defence aviation ecosystem in Bangalore has matured significantly, with Hindustan Aeronautics Limited, ADA, DRDO laboratories, and a growing private sector supply chain contributing to the effort. Composite manufacturing facilities, avionics integration centres, and flight test teams are now experienced in handling complex projects.

The TEJAS MK-2 is expected to carry a payload of over six and a half tons, compared to the MK-1A’s capacity of around three and a half tons. It will feature canards for improved manoeuvrability, larger fuselage for increased fuel, and advanced avionics including Uttam AESA radar.

AMCA will take these advancements further, aiming for stealth shaping, internal weapons carriage, and advanced sensor fusion.

This pathway represents not only technological progress but also strategic independence. By building on indigenous systems, India reduces reliance on foreign suppliers and strengthens its defence industrial base.

The journey from MK-1A to MK-2 and AMCA is a symbol of national pride and technological resilience.

IDN (With Agency Inputs)

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Mumbai Start-Up Breaks Western Monopoly With Indigenous Missile Cooling Technology

A Mumbai-based start-up, Techno Defence Pvt Ltd, has successfully developed an indigenous Joule-Thomson (JT) Cooler for missile seekers, breaking a long-standing Western monopoly and opening up a high-value defence export market, Business Line reported.

The innovation, achieved with DRDO support, is now attracting international interest but remains subject to strict Missile Technology Control Regime (MTCR) restrictions.

The breakthrough began with a chance meeting between IIT-Bombay alumnus Dr Pravin Salinkar and a DRDO lab director around 2017–2018. Salinkar, aged 75, accepted the challenge of developing a critical defence technology.

Alongside fellow IIT-Mumbai alumnus Sudarshan Saraf, he co-founded Techno Defence Pvt Ltd, assembling a small team of engineers and technicians, mostly women, to tackle the project.

By 2020, the team secured funding under DRDO’s Technology Development Fund (TDF) scheme to design and build the JT Cooler. This miniature, lightweight, vibration-free device rapidly chills infrared sensors and focal plane arrays in missiles to cryogenic temperatures of approximately –196 °C.

Such cooling is essential because infrared seekers generate their own thermal energy at ambient temperatures, producing background noise known as dark current. This noise can overwhelm weak infrared signals from distant targets, causing the missile to lose track. The JT Cooler suppresses this internal noise, enabling precise target detection and tracking.

The JT Cooler is a strategic technology controlled under the MTCR and previously possessed only by countries such as the United States, France, and Israel. It is not required for missiles that rely on satellite navigation systems, but for infrared-guided seekers it is indispensable.

Techno Defence’s design differs from foreign models, relying on specialised production techniques and equipment developed in collaboration with small-scale and cottage industries. The assembly process demands skilled work under microscopes, pure materials, and clean environments, all subject to stringent quality controls to meet defence-grade reliability standards.

By 2023–24, the project was completed and handed over to DRDO for trials, which proved successful. The indigenous JT Cooler has now positioned India as a credible player in a niche but strategically vital defence technology domain.

The innovation has already attracted interest from foreign buyers, though exports require special permits due to MTCR restrictions. This marks a significant step in India’s defence self-reliance program, reducing dependence on imports and strengthening the country’s technological sovereignty.

Techno Defence operates as a joint venture with Technocraft Industries (India) Limited, giving the project a strong industrial base.

The company has also collaborated with DRDO’s Solid State Physics Laboratory and Research Centre Imarat, ensuring scientific depth and operational credibility. The JT Cooler joins a growing list of indigenous defence technologies that India is developing to meet both domestic needs and international demand.

The lean manufacturing success story highlights how a small team, leveraging local industries and innovative design, cracked one of the most complex engineering challenges in missile technology.

It demonstrates India’s ability to compete in high-value defence markets, while also showcasing the role of DRDO’s funding programs in nurturing private-sector innovation.

Agencies

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Mahindra Armado Integrated With Indigenous Remote Weapon Mount

Mahindra’s Armado has taken a major leap in battlefield capability with Bangalore-based Vishwatronix successfully testing its Remote Weapon Mount on the protected vehicle, showcasing India’s growing strength in indigenous defence technology.

This integration allows operators to fire from within the safety of the vehicle, combining mobility with enhanced firepower.

The Mahindra Armado is designed as a protected tactical mobility platform, intended to provide survivability and adaptability in hostile environments. Its integration with Vishwatronix’s Remote Weapon Mount demonstrates how modern battlefield vehicles are evolving to combine protection with offensive capability. The system enables operators to control mounted weapons remotely, ensuring they remain shielded from direct enemy fire while engaging targets effectively.

Vishwatronix, headquartered in Bangalore, has been steadily developing indigenous defence technologies across robotics, autonomous systems, and embedded electronics. The successful test of its Remote Weapon Mount reflects India’s broader push towards self-reliance in defence manufacturing under the Aatmanirbhar Bharat vision. By integrating such systems with platforms like the Armado, India is reducing dependence on imported weapon stations and strengthening its domestic industrial base.

Remote Weapon Stations (RWS) are increasingly seen as critical in modern combat. They allow for precision targeting using stabilised mounts, thermal imagers, and day-night vision systems. Operators can remain inside the armoured hull, reducing exposure to sniper fire, artillery fragments, or drone attacks.

This technology has been widely adopted in conflicts such as Ukraine, where survivability of crews has become a decisive factor. India’s adoption of indigenous RWS reflects lessons learned from global battlefields.

The Armado itself is part of Mahindra’s growing portfolio of military mobility solutions. It has been showcased as a protected tactical vehicle capable of troop transport, patrol, and combat support roles. 

With features such as blast protection, reinforced armour, and adaptability for multiple mission profiles, the Armado is positioned to serve both conventional and counter-insurgency operations. The integration of Vishwatronix’s system now adds a new dimension, making it not just a carrier but a fighting platform.

India’s defence ecosystem has recently seen parallel developments in remote weapon technology. Companies such as Zen Technologies have secured contracts to supply Remote Control Weapon Stations to the Indian Army, highlighting the demand for such systems across armoured recovery vehicles and combat platforms. Vishwatronix’s success with the Armado places it among the emerging players contributing to this transformation.

This test also underscores the synergy between private industry and defence innovation. Mahindra brings its expertise in protected mobility, while Vishwatronix contributes advanced weapon station technology.

Together, they represent the growing role of Indian companies in delivering integrated battlefield solutions. Such collaborations are vital as India seeks to modernise its armed forces with indigenous systems tailored to local operational requirements.

The demonstration of the Armado with a Remote Weapon Mount is not just a technological milestone but also a strategic signal. It shows India’s ability to field next-generation battlefield technologies that combine protection, firepower, and indigenous innovation.

As trials continue, the system could pave the way for wider adoption across India’s mechanised forces, enhancing both survivability and lethality.

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President Putin’s Makes Final Push: Pitches Su-57 To India With Three Deadly Missiles

Russia has intensified its push to sell the Su‑57 stealth fighter to India, offering a comprehensive package that includes advanced missiles, full ecosystem transfer, and even support for India’s indigenous AMCA program.

Despite this, India remains cautious, focusing on its sixth‑generation collaboration with France.

Russia’s latest proposal comes at a time when India has signalled reluctance to acquire a fifth‑generation fighter. New Delhi has emphasised its ongoing talks with France to co‑develop a sixth‑generation aircraft, suggesting that the Su‑57 deal may not materialise.

Nevertheless, Moscow is attempting to sweeten the offer by including not only the aircraft and technology transfer but also the entire operational ecosystem.

The package includes the Kh‑69 stealth cruise missile, designed to neutralise enemy air defence systems with a range of about 290 kilometres. This missile would provide India with a potent standoff capability against heavily defended targets.

Russia has also offered the R‑37M long‑range air‑to‑air missile, often referred to as an “AWACS killer.” With a range of 300–400 kilometres and speeds reaching Mach 6, it is specifically engineered to destroy airborne early‑warning and control aircraft as well as aerial refuelling tankers, thereby crippling enemy surveillance and support networks.

In addition, Moscow has discussed integrating hypersonic weapons such as the Kh‑47M2 Kinzhal, which boasts a range of approximately 2,000 kilometres and speeds up to Mach 10, and the Zircon hypersonic missile, capable of rapidly striking enemy air defence systems. These weapons, when paired with the Su‑57, could significantly expand India’s offensive reach.

Reports indicate that Russia is prepared to offer unconditional technology transfer, including stealth technology and source codes, enabling India to integrate its own indigenous weapons and sensors.

The proposal also suggests that initial batches of 36–40 aircraft could be imported directly, with subsequent production undertaken domestically at Hindustan Aeronautics Limited’s Nashik facility. Furthermore, Russia has expressed willingness to assist India’s AMCA program, providing technical support to accelerate its development.

The Su‑57 package is being marketed as a comprehensive solution that would complement India’s multi‑layered air defence system. When combined with India’s strong electronic warfare capabilities, the aircraft and its associated weapons could substantially enhance both defensive and offensive operations against adversaries such as China and Pakistan.

However, India’s strategic planners remain cautious. The country has already committed to purchasing 114 Rafale fighters from France to bridge its immediate capability gap while awaiting the AMCA. 

Concerns persist about Russia’s production capacity, given delays and disruptions in its defence industry, as well as India’s broader strategy of diversifying suppliers to reduce dependence on Moscow.

Russia’s offer represents both an opportunity and a dilemma. On one hand, the Su‑57 package could provide India with immediate fifth‑generation capability and access to hypersonic weapons.

On the other, it risks diverting resources from indigenous development and complicating India’s long‑term goal of self‑reliance in defence technology.

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EndureAir To Deliver 12 High Altitude Kamikaze Drones To Bharat Electronics Limited

EndureAir Systems has secured a contract to supply twelve High Altitude High Payload Delivery Kamikaze drones to Bharat Electronics Limited (BEL), marking a significant step in India’s indigenous unmanned strike capabilities.

This collaboration strengthens BEL’s role as a key integrator of advanced defence technologies while reinforcing India’s Aatmanirbhar Bharat defence program.

EndureAir Systems, incubated at IIT-Kanpur and known for its expertise in aerial robotics, has steadily expanded its portfolio of advanced UAVs.

The company has already demonstrated long-range kamikaze drones and partnered with Ananth Technologies to develop loitering munitions under the Indigenously Designed, Developed and Manufactured (IDDM) category.

The latest supply of twelve high-altitude kamikaze drones to BEL represents a continuation of this trajectory, aligning with India’s broader military modernisation drive.

BEL, headquartered in Bangalore, is India’s premier defence electronics manufacturer and has been actively pursuing unmanned systems integration. By procuring these drones, BEL is expected to integrate them into its wider electronic warfare and battlefield management systems.

This will allow the Indian Armed Forces to deploy kamikaze drones capable of operating at high altitudes, carrying heavier payloads, and delivering precision strikes against hardened targets.

The drones are designed for deep-strike missions, including anti-radar suppression, anti-vehicle attacks, logistics interdiction, and battlefield disruption.

Their payload capacity allows them to carry larger warheads or specialised sensor packages, making them versatile for both offensive and reconnaissance roles.

Guidance systems are expected to include GPS/INS navigation with electro-optical and infrared terminal seekers, ensuring accuracy even in contested environments.

The procurement of twelve units is part of a larger push to diversify India’s unmanned strike arsenal. EndureAir’s drones will complement other indigenous kamikaze UAVs such as Adani’s Agnikaa VTOL-1 and NextLeap Aeronautics’ STRYKER jet-based drone. Together, these platforms form a layered capability ranging from tactical battlefield strikes to strategic interdiction missions.

The timing of this supply is crucial. India faces increasing challenges along its northern borders, where high-altitude operations are essential. Drones capable of operating in such environments provide a decisive edge, particularly against adversaries with entrenched positions in mountainous terrain.

BEL’s involvement ensures that these drones will be integrated with India’s command-and-control networks, enhancing situational awareness and operational efficiency.

EndureAir’s collaboration with BEL also signals export potential. With BEL’s established global footprint and EndureAir’s innovative UAV designs, these kamikaze drones could be marketed to friendly nations seeking cost-effective precision strike solutions. This would further boost India’s defence exports, which have already crossed ₹21,000 crore in FY2025.

The contract underscores India’s emphasis on self-reliance in defence technology. By leveraging indigenous companies like EndureAir and BEL, India reduces dependence on foreign suppliers while fostering innovation within its domestic ecosystem.

The drones supplied under this deal are not just tactical assets but also symbols of India’s growing confidence in its ability to design, manufacture, and deploy advanced unmanned systems.

Agencies

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Indian Air Force Issues RFI For Air-Based Logistics Payload Delivery System

The Indian Air Force has formally opened bidding for its new Air-Based Logistics Payload Delivery System, with the Request for Information (RFI) released on 10 August 2026.

The tender is being managed by HQ WAC New Delhi and Air Force Station Awantipur, Pulwama, Jammu & Kashmir, with submissions due by 28 August 2026.

The RFI seeks proposals for a mission-ready logistics delivery system capable of transporting cargo efficiently and safely to designated Air Force locations. The system must integrate seamlessly with existing infrastructure, support rapid deployment, and meet operational standards expected by the Indian Air Force. The emphasis is on reliability, adaptability, and the ability to sustain logistical operations under demanding conditions.

The tender is structured as a supply contract, with no tender fee or Earnest Money Deposit required. The procurement process follows an open procedure, allowing participation from qualified firms and consortiums. The contract type is categorised under miscellaneous services, specifically the hiring of logistics air-based payload delivery systems.

The timeline is clearly defined. Document download and sale began on 10 August 2026 at 09:00 AM, with bid submission opening simultaneously. The deadline for submission is 28 August 2026 at 09:00 AM, and bids will be opened on 29 August 2026 at 10:00 AM. The place of performance is India, with the Station Commander at Air Force Station Awantipur designated as the contracting authority.

The RFI highlights the operational requirement for a robust logistics payload delivery system that can support the Air Force’s operational units. This includes the ability to deliver supplies to forward bases, sustain operations in remote or challenging terrain, and ensure rapid response capability.

The system must be compatible with existing Air Force logistics frameworks and infrastructure, ensuring seamless integration into ongoing operations.

The procurement notice was published on 6 August 2026, with the Indian Air Force inviting interested firms to review the full documentation via the Defence Procurement portal. The process is governed by national bidding regulations, requiring bidders to demonstrate compliance with technical specifications, delivery capacity, and relevant certifications. Foreign bidders are permitted but must adhere to local registration and taxation requirements.

This initiative reflects the Air Force’s broader push towards modernising its logistics capabilities under the Aatmanirbhar Bharat framework.

By seeking advanced air-based delivery systems, the IAF aims to strengthen its operational resilience, reduce dependence on conventional infrastructure, and enhance its ability to sustain missions across diverse operational theatres.

The tender is expected to attract interest from both domestic and international firms specialising in logistics, aerospace, and defence services. Successful bidders will need to demonstrate not only technical capability but also the ability to deliver within the stipulated timelines and operational parameters.

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Bharat Electronics Secures ₹541 Crore Defence Order For Strategic Systems

Bharat Electronics Limited has secured a confirmed work order worth ₹541 crore from the Ministry of Defence.

The contract covers a wide range of equipment and systems, including advanced communication equipment, electro-optics, ammunition fuses, Chemical Biological Radiological and Nuclear (CBRN) systems, spares, and associated services.

As this is a formal Type-A work order, the value is firm and executable, enabling immediate mobilisation of resources and structured execution under defined contract milestones.

The order reflects the company’s established role as a trusted supplier of mission-critical defence electronics. Bharat Electronics has consistently delivered on complex projects, and this latest award reinforces its position in supporting India’s defence preparedness.

The inclusion of CBRN systems highlights the growing emphasis on equipping the armed forces with specialised capabilities to counter emerging threats in unconventional warfare domains. Communication equipment and electro-optics are equally vital, ensuring operational efficiency and situational awareness across diverse theatres.

The company’s order inflow momentum remains strong, with multiple contracts secured in recent quarters. The current order size aligns with its typical project scale, which often ranges between ₹500 crore and ₹1,000 crore.

This consistency demonstrates the steady demand for indigenous defence solutions and the government’s continued reliance on Bharat Electronics for critical procurement needs. The Ministry of Defence has been accelerating acquisitions under the indigenously designed, developed, and manufactured category, and Bharat Electronics has been a key beneficiary of this policy thrust.

Execution quality has been a hallmark of Bharat Electronics’ operations. The company has maintained stable delivery timelines across its portfolio, ensuring that defence units receive equipment without delays. Its ability to integrate complex systems such as electro-optics and communication platforms into operational environments has been repeatedly proven.

The new order will further test its execution capacity, particularly in the sensitive domain of CBRN systems, where precision engineering and reliability are paramount.

The company’s long-standing relationships with defence entities provide it with a strong foundation for future contracts. Its role in supplying spares and services ensures lifecycle support for deployed systems, which is critical for maintaining operational readiness. The Ministry of Defence’s confidence in awarding this contract underscores Bharat Electronics’ reputation for reliability and technological competence.

The broader context of India’s defence modernisation program highlights the importance of such contracts. With the armed forces focusing on advanced communication, surveillance, and protective systems, Bharat Electronics is positioned to play a pivotal role in strengthening national security infrastructure.

The ₹541 crore order is not just a financial milestone but a strategic reinforcement of India’s defence capabilities in an era of evolving threats.

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Rfly Innovations Emerges As L1 Bidder For ₹7-Crores Indian Army ISR Drone Contract

Rfly Innovations has emerged as the L-1 bidder for the supply of 36 ISR drones to the Indian Army, with the contract valued at approximately ₹7 crore. This development highlights India’s growing reliance on indigenous unmanned systems to strengthen surveillance and reconnaissance capabilities along sensitive borders.

The Indian Army recently concluded the bidding process for the acquisition of 36 ISR drones under the Government e-Marketplace framework. Rfly Innovations, a start-up recognised under the Make in India initiative, emerged as the L-1 bidder.

The drones offered by the company are the Rfly-Pro X2 model, equipped with both day and night operational capabilities. The contract is valued at around ₹7 crore, reflecting the Army’s emphasis on cost-effective yet technologically advanced solutions.

The tender attracted participation from several Indian firms, including established names such as Indo Wings, IG Drones, Aero360, and Kambill. However, most were disqualified during technical evaluation, leaving Rfly Innovations as the qualified bidder.

The evaluation process highlighted the Army’s stringent requirements for ISR platforms, ensuring that only systems meeting operational standards were considered.

ISR drones are critical assets for modern battlefield awareness. They provide real-time intelligence, surveillance, and reconnaissance, enabling commanders to monitor troop movements, detect infiltrations, and assess terrain conditions.

The Rfly-Pro X2 drones are designed to operate in diverse environments, offering endurance and reliability for battalion-level operations. Their dual-mode sensors allow effective monitoring during both daylight and night-time missions, enhancing situational awareness across varied terrains.

The company’s UAV portfolio also includes advanced tethered systems such as the RFLY Tether drone. This platform offers limitless endurance with flight times exceeding eight hours, tether heights up to 120 metres, and operational capability at altitudes of 4,500 metres above mean sea level.

It is engineered to withstand wind speeds of up to 12 metres per second. Payload options include a 30X optical zoom day camera, a 640 thermal night camera, a 30X day and night combo camera, and an advanced 80X hybrid zoom day and night combo camera.

These specifications demonstrate Rfly’s ability to deliver versatile surveillance solutions tailored to military requirements.

The Indian Army has been steadily expanding its drone fleet to reduce reliance on foreign suppliers. Until recently, much of India’s ISR capability was sourced from countries such as Israel and the United States.

The induction of indigenous drones like those from Rfly Innovations reflects a strategic shift towards self-reliance in defence technology. This aligns with the broader Defence Ministry program to encourage domestic manufacturers and strengthen India’s defence industrial base.

The ₹7 crore contract, though modest compared to larger drone procurements, is significant for a start-up like Rfly Innovations.

It demonstrates the Army’s willingness to integrate innovative solutions from emerging players into its operational framework. For the company, this deal provides both credibility and a platform to scale its production capabilities for future tenders.

The Army’s focus on ISR drones comes amid increasing challenges along the borders with Pakistan and China. Persistent surveillance is essential to counter infiltration attempts, monitor troop build-ups, and secure high-altitude regions.

The deployment of these drones will complement existing aerial reconnaissance assets, providing battalion commanders with tactical-level intelligence in real time.

This procurement also reflects the Army’s layered approach to unmanned systems. While larger contracts have been awarded for loitering munitions and long-range UAVs, smaller tenders like this one ensure that units at the battalion level are equipped with versatile ISR platforms. Together, these acquisitions form part of a comprehensive modernisation program aimed at integrating drones into every echelon of the force.

The success of Rfly Innovations in securing this contract underscores the growing role of Indian start-ups in defence manufacturing. It highlights the Defence Ministry’s commitment to fostering innovation and diversifying the supplier base beyond traditional defence giants.

As the Army continues to expand its drone fleet, companies like Rfly Innovations are likely to play an increasingly important role in shaping India’s unmanned warfare capabilities.

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TAK Technologies Launches DarVi Thermal Monoculars For Advanced Surveillance

TAK Technologies in Noida has introduced the DarVi Thermal Monoculars, a rugged and advanced imaging device designed for surveillance, reconnaissance, and security operations.

These monoculars combine high-performance VOx thermal detectors with intelligent algorithms to deliver clear visuals even in darkness, smoke, fog, or foliage.

The DarVi Thermal Monoculars are built around a 12µm pixel pitch VOx detector with a Noise Equivalent Temperature Difference (NETD) of ≤40mK, ensuring high sensitivity and precise detection of thermal signatures. The device features a 1024x768 resolution display, offering crisp imagery with multiple colour palettes for different operational needs.

The monoculars are equipped with built-in Wi-Fi connectivity that allows live video transmission to up to four mobile devices simultaneously. This capability makes them highly effective for team-based missions, enabling real-time situational awareness and coordination. The in-built memory supports photo and video recording, ensuring evidence collection during operations.

Designed for covert surveillance, critical infrastructure protection, and high-threat security missions, the DarVi monoculars are IP67 encapsulated, making them resistant to dust and water ingress. Their rugged design ensures durability in harsh environments, withstanding drops and rough handling during field deployment.

The device is lightweight and compact, making it suitable for handheld use or helmet-mounted integration. It is particularly useful for border security, anti-smuggling operations, search and rescue missions, and tactical reconnaissance, where visibility is often compromised.

The intelligent image-processing algorithm reduces noise, providing clean thermal visuals that enhance target recognition and tracking.

TAK Technologies has positioned the DarVi monoculars as part of India’s growing indigenous defence technology ecosystem. By offering advanced imaging solutions locally, the company contributes to the Aatmanirbhar Bharat program, reducing dependence on imported systems and strengthening India’s defence supply chain.

The monoculars are also adaptable for civilian applications such as wildlife monitoring, disaster response, and industrial inspections, where thermal imaging can detect heat leaks, electrical faults, or hidden hazards. Their versatility makes them a valuable tool across multiple domains.

With the DarVi series, TAK Technologies demonstrates India’s capability to design and manufacture cutting-edge electro-optical systems. The integration of advanced thermal detectors, wireless connectivity, and rugged engineering reflects a significant step forward in domestic defence innovation.

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IdeaForge’s Zolt UAV Demonstrates Air-Launched Drone Deployment Under Project Air Launched Effects (ALE)

Mumbai-based ideaForge has successfully demonstrated its ZOLT UAV deploying another drone mid-air under Project ALE (Air-Launched Effects), marking a breakthrough in India’s indigenous unmanned aerial systems.

This achievement highlights the potential of UAV-to-UAV deployment for extending mission range, enhancing operational flexibility, and enabling complex networked drone operations.

The ZOLT UAV acted as a carrier platform, transporting and releasing a smaller drone mid-flight. This demonstration showcased the ability of one UAV to serve as a mothership, deploying secondary drones closer to their intended targets. The released drone then continued its mission independently, conserving energy and extending its operational endurance.

Project ALE represents a significant step in India’s drone warfare ecosystem. Traditionally, small UAVs expend much of their limited battery or fuel reaching the battlefield.

By using a carrier UAV, the smaller drone begins its mission closer to the objective, maximising its effectiveness. This approach fundamentally changes the operational radius of small unmanned systems.

The demonstration highlighted the potential applications of ALE technology. It can be used for reconnaissance, surveillance, electronic warfare, tactical support, and disaster response. By deploying drones mid-air, forces can bypass terrain obstacles, defended zones, or long transit distances, ensuring faster and more efficient mission execution.

ideaForge has positioned itself as a leader in indigenous drone innovation. Founded in 2007 by IIT Bombay alumni, the company has developed UAVs for defence, security, mapping, and industrial applications.

It has the largest operational deployment of indigenous drones in India, with a UAV taking off every five minutes on average. Its platforms have collectively completed more than 950,000 flights, demonstrating reliability and scale.

The ZOLT UAV itself is a compact, versatile fixed-wing drone known for robustness, endurance, and advanced avionics. In the ALE demonstration, it successfully released a smaller drone using a specially designed mechanism at altitude. The smaller drone separated smoothly and continued its mission, underscoring the precision and effectiveness of the system.

CEO Ankit Mehta described Project ALE as a shift in how aerial capability should be measured—not by what a single platform can achieve, but by how far a networked system of platforms can reach together. This reflects a broader move towards complex, multi-platform mission architectures, increasingly seen as essential in modern conflict zones.

The successful demonstration of Project ALE underscores India’s growing expertise in unmanned systems. It signals a future where UAV networks can perform coordinated missions, extending range and endurance while reducing vulnerabilities. For the Indian Armed Forces, such capabilities could prove vital in contested environments, high-altitude terrains, and rapid-response scenarios.

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Pawan Hans And Noemi Aerospace Sign MoU On Electric Seaplane Collaboration

Pawan Hans Limited has signed a non-binding MoU with Norway’s Noemi Aerospace (Elfly AS) to explore electric seaplane technologies, marking a major step towards sustainable aviation in India.

The collaboration will focus on technology sharing, skill development, and feasibility studies, with future plans aligned to the Make in India initiative.

Pawan Hans Limited, the government-owned helicopter operator, formalised the agreement with Noemi Aerospace in the presence of Union Civil Aviation Minister Ram Mohan Naidu Kinjarapu and Civil Aviation Secretary Samir Kumar Sinha. The MoU was signed by PHL Chairman and Managing Director Sunil Kumar Nagdawne and Noemi Aerospace Chief Executive Officer Eric François Lithun.

The partnership will explore cooperation in electric seaplane technologies, skill development, capacity building, technical knowledge sharing, workshops, and feasibility studies.

The collaboration is intended to support the development of sustainable aviation solutions while strengthening India’s capabilities in emerging aviation technologies. The engagement aims to combine global technology inputs with India’s manufacturing strengths to create viable platforms for regional and island connectivity.

The Civil Aviation Minister emphasised that the partnership reflects the government’s vision of strengthening indigenous capabilities and promoting innovation in the aviation sector. He clarified that the aim is not only to operate seaplanes but also to build them in India under the Make in India initiative.

He highlighted that the Union Budget 2026 proposed incentives for indigenous manufacturing and a Viability Gap Funding (VGF) scheme to support seaplane operations. The ministry also pointed to recent guidelines and demonstration flights conducted over the past two years to encourage stakeholder participation.

Noemi Aerospace, headquartered in Bergen, Norway, is actively developing next-generation electric seaplane technology with support from the Government of Norway for its development program. The company’s work is focused on creating sustainable aviation platforms that can reduce emissions and provide efficient connectivity solutions for regions with water-based infrastructure.

The Civil Aviation Ministry clarified that the memorandum is exploratory in nature and does not create any financial, procurement, or investment commitments, nor does it establish exclusive arrangements. 

Any future collaboration will require separate definitive agreements and approvals from competent authorities in accordance with applicable laws and Government of India procedures.

This initiative underscores India’s broader push towards green aviation and regional connectivity, aligning with innovation-led growth and sustainable development goals.

By combining international expertise with domestic manufacturing, the partnership could pave the way for India to become a hub for electric seaplane production and operations, particularly for island territories and remote regions where conventional aviation infrastructure is limited.

The collaboration also reflects India’s growing interest in emerging aviation technologies, with Pawan Hans positioning itself as a key player in operational excellence and innovation. The exploratory nature of the MoU ensures flexibility while laying the groundwork for future definitive agreements that could transform India’s aviation ecosystem.

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US Ambassador Sergio Gor Meets FM Secretary Misri, MP Milind Deora To Boost India–US Trade And Investment Ties

US Ambassador to India Sergio Gor held separate meetings in New Delhi with Foreign Secretary Vikram Misri and Shiv Sena Rajya Sabha MP Milind Deora. Both engagements centred on strengthening India-US relations, with particular emphasis on trade and investment.

Gor shared updates on his official X account. He posted that it was “always good” to meet with Foreign 

Secretary Misri, signalling the importance of continued dialogue at the highest diplomatic levels. In another post, he highlighted his meeting with Milind Deora, noting that they exchanged views on the partnership between India and the United States. Gor described the discussion as productive, focusing on opportunities to expand trade and investment between the two nations.

These meetings come at a time when India and the United States are actively working to deepen their bilateral partnership. Economic ties and avenues for greater trade and investment remain central to this engagement, reflecting the broader strategic alignment between the two countries.

Just days earlier, on August 8, Gor visited Kerala for the first time. He praised the state’s famed backwaters, describing his experience as “absolutely incredible” and expressing a desire to return. Speaking to reporters, he encouraged others to visit the southern state, noting that although he spent only one day there, he looked forward to coming back.

During his Kerala visit, Gor met Chief Minister VD Satheesan. He described the meeting as warm and insightful, with discussions covering higher education, technology, and port infrastructure. Gor emphasised the potential for collaboration in these areas, particularly through joint research, university partnerships, and academic exchanges between US and Kerala institutions.

Satheesan also posted on X about the meeting, highlighting strategic opportunities for bilateral growth. He noted that education and innovation were key areas of focus, with plans to expand cooperation between US and Kerala institutions. The discussions underscored the importance of building stronger ties in education, technology, and infrastructure as part of the wider India-US partnership.

These engagements reflect Gor’s active diplomatic outreach across India, combining high-level meetings in New Delhi with regional visits that explore new avenues of cooperation.

His interactions with both national and state leaders demonstrate a comprehensive approach to strengthening ties, ensuring that economic, educational, and technological collaboration remain at the forefront of the India-US relationship.

ANI

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Punjab Police Foil ISI-Sponsored Babbar Khalsa Terror Plot With Grenade Recovery

Punjab Police have announced the successful busting of an ISI-sponsored Babbar Khalsa International terror module. A planned attack was foiled with the arrest of a key operative and the recovery of a hand grenade.

The operation was carried out by Counter Intelligence Jalandhar in coordination with SBS Nagar Police.

Director General of Police Gaurav Yadav confirmed that the accused had procured the grenade from Jalandhar on the instructions of foreign-based handlers.

The recovery of the grenade prevented what could have been a major terror incident in Punjab. The police emphasised that this was a significant breakthrough against cross-border terror networks.

The DGP stated that the grenade recovered was an 86-P hand grenade. He explained that the accused had obtained it through a DLB, or Dead Letter Box, near Adampur in Jalandhar. This covert technique is often used by terrorists, handlers, and organised crime syndicates to pass instructions, money, or weapons without direct contact. The use of such methods highlights the sophistication of the logistics employed by foreign handlers.

The police revealed that preliminary investigation has established clear links between the arrested operative and handlers based abroad.

These handlers were directing the operative to carry out attacks in Punjab, with the grenade being a critical part of the planned operation. The foiling of this attack underscores the importance of intelligence-led policing in countering terror threats.

The operation was described as a joint effort, combining the resources and expertise of Counter Intelligence Jalandhar and SBS Nagar Police. Such coordinated actions are increasingly necessary given the transnational nature of terror networks.

The police reiterated their commitment to dismantling modules backed by Pakistan’s ISI, which continues to sponsor groups like Babbar Khalsa International to destabilise India.

The arrest and recovery mark another step in Punjab Police’s ongoing campaign against terror modules. The authorities are continuing their investigation to trace funding routes, communication channels, and other operatives linked to this module.

The use of covert logistics like DLBs is being closely examined to prevent future attempts at smuggling arms and explosives into the state.

The foiling of this planned attack has been widely acknowledged as a major success in safeguarding Punjab from cross-border terror threats.

The police have assured that they will maintain heightened vigilance and continue to act against such modules with speed and precision.

PTI

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'Palestinian Statehood off The Table While I’m PM' Says Benjamin Netanyahu

Israel has formally rejected US President Donald Trump’s 15‑point Gaza peace plan, with Prime Minister Benjamin Netanyahu declaring that no Palestinian state will be established while he remains in office.

Speaking at a cabinet meeting in Tel Aviv, Netanyahu stressed that Israeli forces would not withdraw from the enclave until Hamas is “genuinely” disarmed, reiterating that the military would continue operations to neutralise threats against Israeli citizens and soldiers.

Netanyahu’s remarks came amid mounting pressure from far‑right coalition partners who have demanded a fresh cabinet vote to abandon the peace plan. With opinion polls showing a competitive electoral race, the Prime Minister emphasised that Israel remains engaged in discussions with Washington, but insisted that while some American ideas are acceptable, others are not, and Israel would stand firm on its positions.

Trump’s framework, unveiled in late July, outlines a phased strategy to end the Gaza conflict. It calls for the disarmament of armed factions, staged withdrawal of Israeli troops, and the transfer of governance to a Palestinian technocratic body known as the National Committee for the Administration of Gaza. 

Under the plan, heavy weaponry, tunnels, and military sites would be placed under the committee’s control, while an international stabilisation force would separate Israeli troops from Palestinian‑administered areas.

The roadmap envisages reconstruction efforts and a longer‑term political process towards Palestinian self‑determination.

However, Israel insists that full demilitarisation of Hamas must precede any troop pull out. Despite a ceasefire established last October, Israeli forces have continued military strikes, underscoring the deep mistrust between the parties.

The rejection has widened the rift between Israel and regional stakeholders. Eight Muslim‑majority nations — the United Arab Emirates, Qatar, Jordan, Indonesia, Pakistan, Turkey, Saudi Arabia, and Egypt — issued a rare joint declaration condemning ongoing Israeli military operations in Gaza.

Their foreign ministers warned that continued military action could derail international peace efforts, provoke further escalation, and intensify the humanitarian crisis in the enclave.

The joint statement reflects growing frustration across the region, where leaders argue that the Gaza peace plan represents the most viable path to stability.

They cautioned that Israel’s refusal to implement the framework risks undermining diplomatic progress achieved through months of negotiations and could jeopardise broader regional security.

ANI

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Pakistan Records 3,172 Violence Cases Including 644 Murders And 462 Kidnappings In First Half of 2026, Punjab Worst-Hit

Pakistan reported 3,172 violence cases in the first half of 2026, with Punjab accounting for nearly three-quarters of all incidents. The majority of cases involved gender-based violence, including 132 honour killings, underscoring a deepening crisis of insecurity and social vulnerability.

Pakistan witnessed a troubling rise in violence between January and June 2026. Courts dealt with 3,172 new cases during this period, reflecting the persistence of violent crime despite ongoing convictions. The figures highlight the scale of the problem, with 644 murder cases and 462 kidnapping cases reported.

A significant proportion of these incidents were linked to gender-based violence. The report noted that 132 people were killed in so-called honour killings during the first half of the year.

In approximately 27 per cent of these cases, the perpetrators were acquaintances of the victims, while husbands were identified as the accused in 13 per cent of murder cases. This underscores the disturbing role of individuals known to victims in perpetuating violence.

The data further revealed that people aged between 21 and 30 accounted for a high proportion of involvement in killing and murder cases. This trend has intensified concerns about violence among young adults and the urgent need for preventive interventions targeting this demographic.

Punjab emerged as the worst-hit province, accounting for 74 per cent of all reported incidents. Sindh followed with 17 per cent, while Khyber Pakhtunkhwa recorded 6 per cent. The remaining 3 per cent of cases were collectively reported from Pakistan-occupied Gilgit-Baltistan, Islamabad, and Pakistan-occupied Jammu and Kashmir. The concentration of cases in Punjab highlights the province’s acute vulnerability to violent crime.

The findings also emphasised that legal proceedings and convictions by courts alone have not been sufficient to prevent fresh incidents of violence. Despite judicial action, the continued rise in reported cases suggests systemic weaknesses in preventive measures and law enforcement capacity.

The persistence of gender-based violence remains a central concern. Vulnerable groups, particularly women, continue to face disproportionate risks, with honour killings and domestic violence contributing significantly to the overall figures. The involvement of close acquaintances and family members in many of these cases points to entrenched social and cultural issues that legal action alone cannot resolve.

The report warned that unless timely and effective preventive measures are implemented, the situation could deteriorate further. This includes the need for community-level interventions, awareness programs, and stronger institutional mechanisms to protect vulnerable populations. The role of young adults in violent crime also calls for targeted strategies addressing social pressures, unemployment, and radicalisation risks.

The rise in violence during the first half of 2026 adds to Pakistan’s broader security challenges. July 2026 was already recorded as the deadliest month of the year, with 606 people killed in terror-related incidents, further compounding the country’s fragile security environment. The convergence of criminal violence and terrorism underscores the scale of the crisis facing Pakistan.

The figures from Samaa TV’s report highlight that Pakistan’s violence problem is not only persistent but also evolving, with gender-based crimes and youth involvement becoming increasingly prominent. 

Without comprehensive reforms and preventive strategies, the trajectory of violence is likely to worsen in the months ahead.

ANI

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