Saturday, August 15, 2026

Indian Army Signs ₹1,577 Crore Drone Contracts With TATA And NIBE For 840 Long-Range Attack Drones, Signals Shift To Precision, Drone-Led Warfare


The Indian Army has signed contracts worth ₹1,577 crore with TATA Advanced Systems Limited and NIBE Defence for the procurement of 840 long-range attack drones. This marks a significant step in the Army’s drive to expand its unmanned warfare capabilities.

Following extensive trials, technical evaluation and the opening of commercial bids, TATA emerged as the lowest bidder, securing 64 per cent of the order, while NIBE Defence will supply the remaining 36 per cent.

The drones being acquired have a range exceeding 100 kilometres and are specifically designed to operate in contested environments where adversaries employ heavy jamming and spoofing. Their resilience against electronic warfare threats is a key feature, ensuring effectiveness even in hostile conditions.

These systems will provide the Army with the ability to strike enemy positions at considerable distances without exposing personnel or conventional aircraft to direct risk.

One-way attack drones, also known as loitering munitions, have become central to modern warfare. Their extensive use in the Russia-Ukraine conflict and in West Asia has demonstrated their ability to neutralise high-value targets at relatively low cost.

The Indian Army’s procurement reflects these lessons, with the systems incorporating operational insights from Operation Sindoor, which highlighted the importance of maintaining combat effectiveness under electronic attack.

Trials for these drones were conducted under demanding conditions, including testing in jamming environments from the moment of take-off. The systems are expected to be deployed primarily against enemy artillery positions located deep across the border, enhancing the Army’s precision strike capability. Their induction will strengthen the Regiment of Artillery, which has already raised specialised drone warfare units such as Shaktibaan regiments and Divyastra batteries.

This procurement is only part of a much larger plan. The Army’s requirement for one-way attack drones runs into the thousands, with additional contracts expected in the coming months.

Parallel efforts are underway to acquire longer-range systems, including drones capable of striking targets more than 1,500 kilometres away. This expansion underscores the Army’s emphasis on deep-target engagement and precision strike capabilities.

The delivery schedule will be closely monitored, as the fast-track procurement procedure imposes strict timelines and significant penalties for delays.

Timely delivery by TATA and NIBE will be a crucial test of India’s ability to scale up domestic production of advanced unmanned platforms. The Army’s push for rapid induction reflects its determination to adapt to next-generation warfare, where unmanned systems are expected to dominate the battlefield.

The contracts also highlight the growing role of Indian defence manufacturers in meeting the armed forces’ requirements for indigenous precision-strike systems.

By involving domestic companies in such large-scale procurements, the Army is reinforcing its commitment to self-reliance in defence production. This aligns with the broader national objective of building a robust ecosystem for indigenous weapons and unmanned systems.

The ₹1,577 crore deal is therefore not just a procurement milestone but a strategic marker of India’s evolving military doctrine. It signals a decisive shift towards integrating advanced drone systems into operational planning, enhancing deterrence and combat effectiveness along the country’s borders.

Agencies


India To Lead In Hypersonic Defence As PM Modi Declares ‘Defence’ Fifth Pillar of Saptadhara Vision


Prime Minister Narendra Modi, in his 80th Independence Day address from the Red Fort, declared defence power as the fifth ‘Shakti’ of his ‘Shakti Ki Saptadhara’ vision, urging India to lead in hypersonic and next-generation defence technologies while expanding its role as a global supplier of advanced military systems.

His remarks coincided with record-breaking defence production and exports, underscoring India’s transformation into a self-reliant defence hub.

India’s 80th Independence Day celebrations were marked by PM Modi’s historic 103-minute speech, the longest ever delivered by an Indian Prime Minister.

He invoked the ‘Shakti Ki Saptadhara’ vision, ("Seven Streams of Strength") a framework of seven strengths to propel India’s rise. Defence power was identified as the fifth pillar, alongside manufacturing, agriculture, technology, infrastructure, green and blue economy, and soft power.

The Prime Minister stressed that India could not remain merely a market for foreign suppliers. He insisted that India must become a global supplier of advanced defence technologies, particularly hypersonic systems.

He highlighted the Defence Research and Development Organisation’s progress in hypersonic glide and cruise missile technologies, as well as indigenous propulsion systems and long-range strike capabilities.

Modi noted that defence production had increased fourfold in the past 12 years. Defence Minister Rajnath Singh, speaking on the eve of Independence Day, confirmed that annual defence production had reached a record ₹1.78 lakh crore in FY 2025–26, compared with ₹46,000 crore in 2014. Defence exports also surged to ₹38,424 crore, with India now supplying equipment to more than 80 countries. The government has set a target of ₹50,000 crore in exports by 2029.

Singh attributed this growth to the Aatmanirbhar Bharat and Make in India initiatives, which have strengthened India’s defence manufacturing base. He emphasised that the private sector contributed 24 per cent of total defence production in FY 2025–26, while Defence Public Sector Undertakings accounted for the remaining 76 per cent. This balance reflects the growing role of private industry in India’s defence ecosystem.

The Defence Minister also pointed to successful trials of advanced systems, including the Long-Range Land Attack Cruise Missile, RudraM-II Air-to-Surface Missile, Naval Anti-Ship Missile-SR, and the Pinaka Long-Range Guided Rocket. On hypersonic technology, Singh highlighted the successful test of an active-cooled full-scale scramjet combustor for more than 1,200 seconds, placing India among a select group of nations capable of developing hypersonic missile systems.

Beyond defence, PM Modi outlined the other six strengths of his Saptadhara vision. Manufacturing power was identified as the first, with a call to build complete value chains from design to production. Agriculture and food production formed the second, while technology and innovation were the third, with emphasis on artificial intelligence, quantum technology, robotics, and Made-in-India 6G.

The fourth strength was Gati Shakti, focusing on high-speed rail, port-led development, and connectivity. The sixth was the Green and Blue Economy, encompassing renewable energy, hydrogen, fisheries, and ocean technology. The seventh was India’s soft power, including yoga and cultural influence.

The Prime Minister’s speech also commemorated 150 years of Vande Mataram and celebrated youth power under the theme of Yuva Shakti and Viksit Bharat @ 2047. He paid tribute to freedom fighters and underscored India’s responsibility to lead globally in innovation, defence, and sustainability.

India’s defence transformation, as outlined by Modi and Singh, reflects a decisive shift towards self-reliance, technological leadership, and global competitiveness. The emphasis on hypersonic systems and next-generation technologies signals India’s ambition to join the ranks of advanced military powers while contributing to global stability.

ANI


Indian Navy Issues RFI For Ship‑Launched Medium‑Range Loitering Munitions


The Indian Navy has issued a Request for Information (RFI) for ship‑launched medium‑range loitering munitions (LM‑MR) with a strike range of at least 1,000 kilometres, nine hours of endurance, and precision accuracy under one metre.

This marks a major step in expanding India’s maritime strike capabilities with compact, ship‑mounted drones designed for both sea and land targets.

The Ministry of Defence has formally outlined its intent to induct LM‑MR systems for sea‑based operations.

These loitering munitions are envisaged as a universal system that can be operated from warships to engage opportune targets at sea and on land. The initiative reflects a strategic push to extend the offensive reach of Indian naval platforms far beyond current limits.

The RFI specifies a maximum strike range of at least 1,000 kilometres. This extended reach would allow Indian warships to project power deep into adversary territory and across oceanic distances. The endurance requirement of nine hours ensures the munition can loiter over target areas for surveillance and strike at the most opportune moment.

The Navy has demanded a loitering speed of at least 75 knots for efficient station‑keeping and an attack speed of at least 200 knots for rapid terminal engagement. The operational ceiling is set at 15,000 feet, offering flexibility in mission profiles.

A Circular Error Probable of less than one metre underscores the precision expected, placing the system in the class of advanced precision‑guided weapons.

For communication and control, the munition must feature both RF and SATCOM data links. This dual capability ensures resilience against jamming and allows operators to maintain control across extended ranges. The system must also support transfer of control between multiple stations, whether on land or aboard ships, enhancing operational flexibility.

The Navy requires the LM‑MR to deliver all‑weather anti‑ship and land‑attack capability against both single and multiple targets. The architecture must be modular and scalable, allowing integration of additional sensors.

Compatibility with G3N standards and the ability to operate in GNSS‑denied environments are also mandated, reflecting the need to withstand electronic warfare conditions.

Despite its long‑range and endurance, the munition must remain compact. The RFI caps its length at 2.5 metres and wingspan at three metres, dimensions suitable for shipboard storage and launch. The warhead is to be installed in the forward section, and the system will be stored in dedicated canisters aboard naval vessels.

The RFI also outlines procurement methodology under the Defence Acquisition Procedure, including vendor evaluation, trials on a no‑cost basis, and contract negotiations. Vendors will be required to provide long‑term product support, spares, and maintenance tools. The emphasis on Buy Indian categories highlights the government’s intent to foster indigenous development under the Make in India program.

Globally, loitering munitions have proven effective in conflicts such as the Russia‑Ukraine war, where they have been used for precision strikes and suppression of enemy defences.

India’s pursuit of a ship‑launched medium‑range variant places it among a select group of navies adapting loitering technology for maritime warfare. Such systems could transform India’s deterrence posture by enabling persistent surveillance and precision strikes without exposing manned platforms.

The induction of LM‑MR would significantly enhance the Indian Navy’s ability to neutralise enemy warships, coastal infrastructure, and inland high‑value assets.

Their relatively lower cost compared to cruise missiles makes them suitable for mass deployment, enabling saturation attacks to overwhelm adversary defences. This development represents a decisive step in strengthening India’s maritime strike capabilities and building a robust indigenous ecosystem for advanced unmanned systems.

Agencies


India’s Defence Exports Leap Over 5,500% To ₹38,424 Crore In FY26, Defence Minister Declares Nation A Global Defence Power


India’s defence exports have reached a record ₹38,424 crore in FY2025-26, marking a leap of more than 5,500% over the past decade and positioning the country as a rising global defence manufacturing power.

Defence Minister Rajnath Singh emphasised that this surge reflects reduced dependence on imports, unprecedented momentum in indigenous production, and approvals of projects worth over ₹8.75 lakh crore to modernise the armed forces and strengthen border areas.

India has emerged as a major player in global defence manufacturing.

Defence Minister Rajnath Singh, in his Independence Day eve message, highlighted that exports of military hardware surged to ₹38,424 crore in FY2025-26. This milestone reflects a strong push towards indigenous defence production and manufacturing.

He noted that India is no longer just a country meeting its own security needs. It has become an emerging power in global defence manufacturing and exports.

Singh said that the Defence Acquisition Council (DAC) has granted approval to projects worth more than ₹8.75 lakh crore in the past year. These projects are aimed at modernising the military and strengthening border areas.

He stressed that the government is determined to reduce dependence on imports and provide unprecedented momentum to indigenous manufacturing.

The Defence Minister pointed out that India’s defence exports have risen from a mere ₹686 crore in 2013-14 to ₹38,424 crore in 2025-26. This represents a leap of more than 5,500% in about a decade.

Domestic defence production has also reached a record ₹1.78 lakh crore in FY26. This expansion reflects the success of initiatives such as Aatmanirbhar Bharat and Make in India.

India now exports defence products to more than 80 countries. Defence Public Sector Undertakings (DPSUs) contributed 54.84% of total exports, while the private sector accounted for 45.16%. DPSU exports surged 151% year-on-year, while private sector exports grew 14%.

The Defence Minister also highlighted successful trials of advanced missile systems, including the Agni missile with MIRV technology, RudraM-II, Pinaka long-range guided rockets, and the indigenous ‘Kusha’ long-range surface-to-air missile. These developments have added unprecedented strength to India’s strike capabilities.

He emphasised that strengthening border areas remains a top priority alongside modernisation of the armed forces.

Singh credited government reforms in defence procurement and policy for accelerating the modernisation process. He said India is steadily moving from being a buyer of defence technologies to becoming a creator of them.

The Defence Minister underlined that India’s defence sector is now future-ready, self-reliant, and increasingly integrated into global supply chains.

This transformation has been supported by both public and private industry, with startups, MSMEs, and research institutions playing a larger role in capability development.

India’s defence exports have nearly tripled in the last five years, rising from just over ₹12,800 crore in FY22 to ₹38,424 crore in FY26.

The government has repeatedly stated its ambition of transforming India into a global defence manufacturing hub. Recent export growth suggests that this objective is gaining traction.

Industry leaders believe the next challenge lies beyond production volumes. The focus must now shift to building sovereign technologies that are scalable and capable of addressing real-world battlefield requirements.

The record export figures are a clear signal that India is no longer just a major buyer of military hardware. It is increasingly emerging as a manufacturer, innovator, and exporter of defence technologies to the world.

PTI


Thailand Keen To Acquire BrahMos Missile To Boost Coastal Defence Against Chinese Agression


Thailand’s pursuit of the BrahMos supersonic cruise missile marks a defining moment in Southeast Asian defence cooperation, reflecting Bangkok’s intent to strengthen coastal deterrence and India’s expanding strategic influence in the region, First Post reported.

Thailand is reportedly in advanced discussions with India to acquire the BrahMos missile system. Military officials from Bangkok have already begun evaluating the weapon’s performance and integration potential.

The talks follow a series of bilateral defence dialogues that have deepened cooperation between the two nations, signalling Thailand’s growing interest in India’s indigenous defence technology.

The BrahMos missile is one of the fastest operational cruise missiles in the world. It can reach speeds of up to Mach 3, or three times the speed of sound, and strike targets at ranges of up to 400 kilometres. The missile’s precision and versatility make it suitable for deployment from land-based batteries, naval vessels, and aircraft.

For Thailand, the acquisition would represent a major upgrade to its coastal defence capabilities. The Royal Thai Navy currently relies on subsonic Harpoon and C-802A missiles from the United States and China, which are deployed on frigates and patrol vessels.

The BrahMos, being supersonic, would provide a far more rapid and survivable strike option against hostile ships approaching Thai waters.

The potential deal also underscores Thailand’s strategic diversification. By engaging with India, Bangkok seeks to balance its defence partnerships between major powers while maintaining autonomy in procurement decisions.

The BrahMos system’s proven reliability and export success make it an attractive choice for nations seeking advanced deterrence without dependence on Western or Chinese suppliers.

India’s BrahMos export program has already seen success with the Philippines, Indonesia, and Vietnam, all of which have either signed contracts or expressed interest. Thailand’s inclusion would further consolidate India’s presence in Southeast Asia, creating a network of regional operators capable of coordinated maritime defence.

The missile’s technical specifications are impressive. It weighs approximately 3,000 kilograms, carries a 300-kilogram warhead, and uses a solid-fuel booster for initial acceleration followed by a liquid-fuel ramjet for sustained supersonic flight. Its sea-skimming trajectory and precision guidance make it extremely difficult to intercept, offering a decisive advantage in naval engagements.

Thai defence analysts note that the BrahMos could be deployed along the country’s extensive coastline, covering both the Gulf of Thailand and the Andaman Sea.

Mobile launch batteries would allow rapid repositioning, enabling flexible response to maritime threats. Integration with Thailand’s existing radar and command systems would create a layered defence network capable of protecting vital sea lanes and coastal infrastructure.

The negotiations also highlight India’s emergence as a credible defence exporter. BrahMos Aerospace, the joint venture responsible for production, has expanded manufacturing capacity in Nagpur and Hyderabad to meet growing international demand. The company’s export success aligns with India’s broader goal of achieving self-reliance in defence manufacturing under its “Make in India” initiative.

If finalised, the Thailand–India BrahMos deal would mark a milestone in regional defence cooperation. It would strengthen Thailand’s deterrence posture, deepen bilateral military ties, and reinforce India’s role as a key security partner in the Indo-Pacific.

Agencies


Amber Wings Unveils ATVA, India’s Hybrid VTOL Drone For Defence And Logistics


Amber Wings, a Chennai-based drone innovator, has unveiled its VTOL platform Atva, a hybrid drone designed for both defence and logistics applications.

It combines vertical take-off agility with fixed-wing efficiency, offering payload capacity up to 6 kg, endurance of one hour, and range exceeding 100 km, making it one of India’s most advanced UAV systems.

Amber Wings has positioned Atva as a tactical and logistics solution capable of operating in demanding environments. The drone is engineered with a hybrid vertical lift system that allows seamless transition between hovering and forward flight. This dual capability ensures rapid deployment in confined urban areas while maintaining long-range efficiency for extended missions.

The Atva platform integrates advanced imaging solutions. It is equipped with multispectral sensors, high-definition thermal optics, and stabilised 4K night-vision systems.

These features provide commanders with real-time battlefield awareness, enabling detection of hidden threats, unauthorised movements, and structural vulnerabilities. Such capabilities are critical for border security, tactical reconnaissance, and precision surveillance.

The drone’s logistics applications are equally significant. Atva can transport critical supplies such as ammunition, medical kits, and communication hardware across contested terrain, reducing reliance on vulnerable ground convoys. Its heavy-lift autonomous systems are optimised for frontline supply chains, ensuring continuity of operations in hostile zones.

Amber Wings has also emphasised resilience and safety. Atva features redundant propulsion systems, low-acoustic signatures, and optimised aerodynamics. These attributes allow it to penetrate contested airspace undetected while maintaining mission continuity even in adverse weather or high-interference environments. Fail-safe propulsion ensures stability and reliability under extreme conditions.

The platform is powered by in-house AI and onboard GPU compute, enabling Beyond Visual Line of Sight (BVLOS) operations. This autonomy reduces dependence on constant ground links, allowing adaptive mission control and real-time navigation. Such intelligence makes Atva suitable for both defence and commercial logistics, including quick commerce and medical supply transport.

Amber Wings has already secured DGCA certification for its hybrid cargo drone ATVA-1, marking a regulatory milestone in India’s drone ecosystem.

This approval authorises round-the-clock operations, including night flying, and positions the company as a leader in India’s UAV sector. With Atva, Amber Wings extends its portfolio to defence-grade platforms, complementing its logistics and Agritech drones.

Developed under Ubifly Technologies Pvt Ltd, Amber Wings benefits from collaboration with The ePlane Company, an IIT Madras-incubated start-up focused on urban air mobility. This synergy ensures that Atva is built on cutting-edge aerodynamics and indigenous innovation, aligning with India’s Aatmanirbhar Bharat vision.

Pilot deployments are expected to focus on Tier II and III cities, where regulatory restrictions are lighter. The company aims to expand into nationwide operations once BVLOS and yellow zone approvals are secured. This roadmap could make Amber Wings one of the first Indian firms to operate large-scale autonomous drone networks across diverse sectors.

The Atva drone thus represents a convergence of tactical precision, logistics efficiency, and indigenous innovation. It is designed not only to strengthen India’s defence capabilities but also to transform commercial logistics by offering scalable, cost-effective aerial solutions.

Agencies


Hylenr Technologies Unveils Breakthrough Low‑Energy Nuclear Reactors For Clean Modular Power


Hylenr Technologies, headquartered in Hyderabad with a development centre in Bangalore, is pioneering the development of patented low‑energy nuclear reactors designed to transform the future of clean and modular power generation.

Their table top reactor units employ a palladium‑coated nickel mesh combined with hydrogen gas to produce 150 watts of heat from an input of 100 watts of electricity. This consistent amplification of energy output demonstrates the potential of LENR systems to deliver reliable, compact and emission‑free energy solutions.

The core of the technology lies in a solid‑state lattice structure. A stainless steel vacuum chamber is packed with nano‑particle nickel mesh and palladium, which confines and stabilises the reactions. Into this chamber, milligram quantities of hydrogen are introduced.

When low‑voltage electricity is applied, controlled low‑temperature reactions occur at operating ranges between 300°C and 500°C. These conditions stimulate fusion‑like processes without the need for extreme plasma containment or high‑energy particle accelerators.

The demonstrations have consistently achieved a heat amplification ratio of 1.5x, meaning that the system produces 150 watts of thermal energy from 100 watts of electrical input. Hylenr Technologies has set ambitious long‑term goals to raise this amplification to 2.5x, which would mark a significant leap in efficiency and practical deployment.

Importantly, the reactors operate with zero radiation, eliminating harmful emissions, toxic radioactive waste, and the safety challenges associated with conventional nuclear systems.

Planned applications highlight the versatility of the technology. In space missions, Hylenr has partnered with TakeMe2Space to test the efficiency of these reactors for extending satellite operational lifespans in orbit. By providing compact and reliable power, LENR units could reduce dependence on solar arrays and extend mission durations.

For industrial use, the reactors are designed to supply local steam generation and industrial induction heating, offering decentralised and clean alternatives to fossil fuel‑based systems.

In extreme environments, such as high‑altitude army bunkers or regions with severe cold, the reactors can provide compact space heating solutions, ensuring energy security in remote and challenging conditions.

The promise of Hylenr’s LENR technology lies not only in its immediate applications but also in its potential to reshape the broader energy landscape.

By combining safety, scalability and efficiency, these reactors could become a cornerstone of future clean energy programs, supporting both terrestrial industries and space exploration initiatives.

The company’s dual presence in Hyderabad and Bengaluru underscores its commitment to innovation and collaboration within India’s growing advanced technology ecosystem.

Agencies


India To Add 5–8 Semiconductor Plants In Next 7–8 Years, Says PM Modi From Red Fort


Prime Minister Narendra Modi has announced that India is expected to see between five and eight new semiconductor plants become operational over the next seven to eight years.

He made the statement during his Independence Day address from the Red Fort, linking the expansion of domestic chip manufacturing to the broader vision of Atmanirbhar Bharat and the long‑term goal of achieving Viksit Bharat.

PM Modi emphasised that three major semiconductor plants have already started operations and that their output will also be exported.

He underlined the indispensable role of chips in the modern digital world, noting their critical importance across electronic goods, medical equipment and transportation systems.

PM Modi warned that without chips, the world could come to a standstill, reinforcing the urgency of India’s push for self‑reliance in this sector.

The Prime Minister also highlighted India’s economic momentum over the past twelve years. Defence production has increased nearly fourfold, khadi and village industries output has risen nearly fivefold, electronic manufacturing has grown nearly sevenfold, modern railway coach production has expanded 21‑fold, and mobile phone production has surged 33‑fold. Modi said these figures reflected a “new pace” in India’s industrial growth, contrasting it with the earlier attitude of hesitation and slow progress.

He recalled that by 2014 India had been categorised among the world’s “Fragile Five” economies. Since then, he said, the determination and strength of 1.4 billion Indians had propelled the country forward at a faster pace, enabling it to shed that label and emerge as a stronger economy.

Energy security was another major theme in Modi’s address. He announced that India has set a target of 200 GW of nuclear energy and is establishing five new nuclear reactors.

He highlighted that the country had crossed a milestone in fast breeder nuclear technology this year, which he described as a significant step towards self‑reliance in nuclear fuel. Modi also noted that piped gas is now reaching 1.75 crore households, while more than 50 lakh households are covered by solar energy.

He stressed that a country does not always stall due to a lack of resources, but can be held back by limitations in thinking. Expanding the nation’s mindset, he said, allows it to better recognise and harness its own capabilities.

The semiconductor drive and nuclear technology initiatives were presented as part of a wider strategy to reduce dependence on external sources and strengthen domestic capabilities.

The Prime Minister explained that while semiconductors are vital for electronics, medical devices and transport systems, nuclear technology is central to India’s long‑term energy security.

He said India’s progress in digital technology and innovation had already given it global recognition, and the expansion of domestic semiconductor manufacturing would further reinforce this journey towards self‑reliance.

The Prime Minister concluded by linking the broader push across manufacturing, technology and energy to the creation of strong foundations for Atmanirbhar Bharat and ultimately Viksit Bharat, underscoring that India’s transformation is both economic and strategic in nature.

Agencies


Pakistan Names It's Moon Rover Jinnah-1; To Launch On China’s Chang’e-8 Mission in 2029


Pakistan has officially entered the global lunar race with its first rover, Jinnah-1, scheduled to launch aboard China’s Chang’e-8 mission in 2029.

The 35 kg rover will explore the Moon’s south pole, studying geology, plasma, and radiation, while also testing technologies for future human activity.

Pakistan’s Space and Upper Atmosphere Research Commission (SUPARCO) announced the rover’s name at a ceremony in Islamabad. The name was chosen through a nationwide competition that attracted around 4,000 entries.

Seven participants had independently suggested “Jinnah-1,” and the final winner was selected via a lucky draw. The winning entry came from 17-year-old Tayyab Karim of Bahawalnagar, who proposed naming the rover after Pakistan’s founder, Quaid-i-Azam Muhammad Ali Jinnah. The choice symbolises Pakistan’s resolve, progress, and aspirations in space exploration.

Jinnah-1 will be part of China’s Chang’e-8 mission, which is itself a critical step in Beijing’s long-term lunar program. Chang’e-8 is expected to test advanced technologies such as using lunar Regolith for 3D printing, which could support future construction of lunar bases.

Pakistan’s participation marks its first direct involvement in lunar science and places SUPARCO within a broader international effort to explore the Moon’s south polar region.

The rover is being developed by Pakistani engineers and is expected to weigh approximately 35 kg. It will carry instruments including a Terrain Testing Instrument to analyse lunar soil, radiation sensors, and plasma detectors.

These tools will allow Jinnah-1 to study the Moon’s surface composition, map terrain, and conduct experiments relevant to future exploration. Pakistani specialists are expected to operate the rover once it is delivered to the lunar surface by China’s lander.

The south pole of the Moon has become a focal point of global exploration due to its permanently shadowed craters, which may contain deposits of water ice. Such resources could be vital for sustaining astronauts and producing fuel and oxygen for long-term missions.

India’s Chandrayaan-3 successfully landed in this region in August 2023, while Russia’s Luna-25 failed in its attempt.

NASA’s Artemis program also targets the south pole for future crewed missions. Pakistan’s entry with Jinnah-1 highlights the growing competition and collaboration in this strategically important area.

SUPARCO first announced its collaboration with China’s Chang’e-8 mission in 2024, describing it as a major milestone for Pakistan’s space program.

The mission is expected to provide Pakistani engineers with valuable experience in operating an indigenous rover on the lunar surface. It also represents Pakistan’s ambition to expand its scientific horizons and contribute to international space research.

The “-1” designation in Jinnah-1 suggests the possibility of future Pakistani lunar missions, marking this as the beginning of a new chapter in the country’s space journey. For Pakistan, the mission is not only a technological milestone but also a symbolic step in asserting its presence in the global space race.

Agencies


Big Bang Boom Solutions Delivers AgniQuell Fire Fighting Foam To Indian Navy


Big Bang Boom Solutions has achieved a significant milestone in indigenous defence innovation with the successful development and delivery of its AgniQuell High Expanding Fire Fighting Foam to the Indian Navy’s Material Organisation.

The delivery follows a rigorous development process under the iDex Challenge, floated by the Indian Navy in collaboration with the Defence Innovation Organization, to provide a fully indigenous solution to a critical operational requirement.

AgniQuell has been engineered specifically for high‑risk defence and industrial applications where conventional firefighting methods are inadequate. Developed entirely through indigenous research and development, the foam features an industry‑leading expansion capability of up to 1:1000.

This allows a compact volume of concentrate to transform into a massive oxygen‑starving blanket of fire‑suppression foam within seconds, effectively neutralising complex fires in enclosed and open environments.

Dr. Shivaraman R, Co‑founder and CTO of Big Bang Boom Solutions, stated that securing and executing this order validates the maturity and reliability of indigenous engineering.

He emphasised that AgniQuell was built from the ground up to protect critical infrastructure while reducing dependency on foreign technology.

He further noted that this success marks the first achievement of the company’s Material Science team and reinforces its commitment to national self‑reliance, operational safety, and long‑term value creation.

The foam’s performance pillars highlight its operational strengths. It provides instantaneous oxygen deprivation to halt thermal runaway in liquid and structural fires. Its volume‑optimised coverage floods enclosed spaces, machinery rooms, and storage facilities with minimal concentrate.

It is universally compatible with standard and specialised foaming equipment, ensuring seamless integration without retrofit delays. It maintains structural integrity across both enclosed facilities and outdoor environments, and it drastically reduces water consumption, thereby mitigating secondary damage to sensitive electronic and military hardware.

This delivery represents more than a contract fulfilled. It is a testament to Big Bang Boom Solutions’ commitment to high‑quality R&D and product development.

AgniQuell is the second product successfully developed, qualified, contracted, and delivered under the iDex program, positioning the company as a flag bearer of this prestigious initiative.

The achievement establishes a validated pathway into wider naval and defence fire‑safety programs, with active discussions underway for follow‑on orders and pilot deployments across additional installations and platforms.

AgniQuell’s design, combining high expansion ratio, low water and concentrate consumption, and equipment‑agnostic deployment, also makes it suitable for industrial sectors such as oil and gas, power generation, aviation, and heavy manufacturing.

These industries face recurring capital expenditure on fire‑suppression infrastructure, and AgniQuell offers a cost‑effective, high‑performance alternative.

This success adds to Big Bang Boom Solutions’ growing portfolio of indigenous defence technologies, which includes fire suppression systems, simulators, anti‑drone solutions, and specialised autonomous defence platforms. The company has firmly established itself as a multi‑domain deep‑tech player in India’s expanding defence manufacturing ecosystem.

Founded in 2018 and headquartered in Chennai, Big Bang Boom Solutions has already secured over eight iDex wins and more than thirty defence contracts worth hundreds of crores across all three services. Its focus on indigenous defence innovation continues to strengthen India’s strategic autonomy and industrial base.

Agencies


Mumbai-Based A-1 Fence Launches Spotter Global Compact Radar For Early Threat Detection


Mumbai-based A-1 Fence has introduced the Spotter Global Compact Radar, a portable surveillance solution designed to provide early detection for security forces. It combines artificial intelligence, wide-area coverage, and rugged portability, making it suitable for border defence, critical infrastructure, and rapid deployment scenarios.

The Spotter Global Compact Radar is engineered to deliver perimeter intrusion detection across diverse terrains. It can monitor areas ranging from 15 to 380 acres, offering precise live tracking of humans, vehicles, and animals.

Its advanced algorithms reduce false alarms by distinguishing environmental disturbances from genuine threats, ensuring reliable situational awareness.

The radar is capable of detecting drone threats over a hemispherical range of 500 metres, addressing one of the most pressing vulnerabilities in modern security environments. It provides GPS coordinates of detected targets and integrates seamlessly with PTZ cameras and video surveillance systems, creating a multi-layered security grid.

A key advantage of the system is its portability. The radar is compact and lightweight, with low power consumption. It comes with a portable kit including a tripod, battery pack, hub, and rugged laptop, all of which can be carried in a backpack and deployed in under 20 minutes. This makes it highly effective for mobile security operations and rapid response missions.

The radar is built to withstand extreme environmental conditions, operating reliably between –30°C and +60°C. With a mean time before failure of 9,000 hours, it ensures durability and long-term performance in harsh climates such as deserts, forests, and coastal regions.

Artificial intelligence plays a central role in the radar’s functionality. Its tracking algorithms classify and monitor targets with high accuracy, enabling predictive threat assessment and proactive defence measures. This capability is particularly valuable for anticipating infiltration attempts and coordinating rapid counter-actions.

The Spotter Global Compact Radar is designed for integration readiness, allowing it to be incorporated into existing surveillance networks. It enhances perimeter defence by combining radar detection with video analytics, drone monitoring, and other electronic security systems. This layered approach strengthens protection against infiltration, smuggling, and sabotage.

Security forces benefit from its real-time monitoring and automated alerts, which improve response times and reduce manpower requirements. The radar’s ability to detect intrusions over water bodies further expands its utility, making it suitable for coastal defence and maritime security.

By deploying this system, India strengthens its indigenous defence technology base while aligning with global standards in smart border management. The radar’s versatility ensures applications across airports, seaports, power plants, and sensitive government facilities, in addition to military installations.

The development of the Spotter Global Compact Radar underscores A-1 Fence’s commitment to innovation in perimeter security. It represents a significant leap forward in providing early detection capabilities, enhancing both national security and private sector protection.

Agencies


Bangladesh Prime Minister Rahman Likely To Visit India Between August 20–25 Amid Diplomatic Tensions


Bangladesh Prime Minister Tarique Rahman is likely to undertake his first official visit to India between 20 and 25 August.

Diplomatic sources have indicated that Dhaka and New Delhi are currently engaged in discussions to finalise the exact dates, with the Daily Star reporting that both sides have been keen to arrange a bilateral engagement despite earlier scheduling hurdles.

According to diplomatic sources cited by the Daily Star, two possible schedules are under consideration. The first option is 20–21 August, while the second is 21–22 August. The final decision is expected to be made once Indian High Commissioner Dinesh Trivedi resumes his duties in Dhaka.

At present, there has been no official confirmation from the Ministry of External Affairs in New Delhi. The development follows a one-to-one meeting between High Commissioner Trivedi and Prime Minister Narendra Modi in New Delhi on 11 August, which took place a day after Trivedi met Prime Minister Rahman in Dhaka.

If confirmed, this visit will mark Tarique Rahman’s first trip to India since assuming office in February. The proposed engagement carries significant weight given the backdrop of recent diplomatic tensions between Dhaka and New Delhi, particularly following Sheikh Hasina’s public remarks from India. Hasina has remained in India since being ousted from Bangladesh after a student-led uprising in 2024.

On 10 August, Bangladesh expressed hope that India would expedite the extradition process of former Prime Minister Sheikh Hasina.

This expectation was conveyed during a meeting between Trivedi and Rahman at the Prime Minister’s Office in the Cabinet Division at the Bangladesh Secretariat. A statement issued by the Prime Minister’s Office reiterated Bangladesh’s position on the matter.

The diplomatic dialogue comes in the wake of a virtual press interaction by Sheikh Hasina in New Delhi on 5 August. The event, organised by the Foreign Correspondents’ Club of South Asia, marked the second anniversary of her ouster in 2024. Dhaka strongly objected to the engagement, which India distanced itself from, clarifying that the government had no involvement.

During a media briefing, Ministry of External Affairs spokesperson Randhir Jaiswal stressed that the event was organised by a private media entity. He emphasised that New Delhi did not endorse any views expressed at the forum, underscoring India’s official position of non-involvement.

The proposed visit by Prime Minister Rahman is therefore seen as a crucial opportunity to reset ties and strengthen bilateral cooperation. It also reflects the determination of both governments to move past recent strains and focus on shared strategic interests.

ANI


Chinese Envoy Joins India’s 80th Independence Day Celebrations At Red Fort


Chinese Ambassador to India Xu Feihong attended the 80th Independence Day celebrations at the historic Red Fort in New Delhi. His presence at the event underscored the diplomatic goodwill between the two nations.

Extending greetings on social media platform X, Ambassador Xu wrote, “Warm congratulations to India on the 80th anniversary of independence!” His message reflected the spirit of friendship and recognition of India’s milestone.

Meanwhile, in Beijing, the Embassy of India marked the occasion with a solemn ceremony. Despite rainy weather, a large gathering of the Indian community and friends of India attended to celebrate the historic day.

Indian Ambassador to China Vikram Doraiswami hoisted the National Tricolour and read excerpts from the President of India’s Address to the Nation. The Embassy shared details of the event on X, highlighting the participation of the diaspora and their resilience in braving the rain.

As part of the celebrations, Ambassador Doraiswami felicitated winners of competitions organised in the run-up to Independence Day.

These included the Bharat Ko Janiye Quiz, which connects the diaspora with India’s heritage. Special recognition was given to Ms Mi Xuanye, who won the ICCR Pratibha Sangam Competition in Hindustani Music (Instrumental).

The event also featured soulful patriotic songs performed by children from the Indian diaspora. Their renditions highlighted unity, pride, and the cultural bonds that continue to strengthen India’s global presence.

In Shanghai, the Consulate General of India celebrated amidst challenging weather conditions. The mission captured the resilience of the community, noting that the sun finally shone in typhoon-hit Shanghai during the celebrations. Consul General Shri Pratik Mathur led the event, which was attended by over 400 members of the diaspora, local community, and consular corps.

The Consulate shared the festive spirit on social media, emphasising India’s 80 years of glorious independence. Messages included hashtags such as #JaiHind, #Harghartiranga, and #VandeMataram, reflecting the patriotic fervour.

These greetings from China came as India marked its 80th Independence Day, showcasing international goodwill and the importance of India’s partnerships across regions. The messages highlighted India’s transformation since independence and its continuing journey as a modern, diverse, and democratic nation.

They also recognised the enduring cultural, economic, and people-to-people links connecting India with the international community. The celebrations abroad demonstrated the strength of India’s diaspora and its role in carrying forward the nation’s spirit.

Meanwhile, in New Delhi, Prime Minister Narendra Modi hoisted the National Flag at the Red Fort. His leadership of the ceremony marked the central moment of the 80th Independence Day celebrations, reinforcing India’s unity and aspirations for the future.

ANI


Odisha Start-Up Demonstrates Space-Based Drug Manufacturing In Near-Space Mission


Serendipity Space, a Bhubaneswar-based start-up, has marked a breakthrough by successfully testing pharmaceutical manufacturing processes in near-space conditions.

Using its orbital-class satellite prototype, the company demonstrated drug crystallisation through its autonomous factory module, Alchemy, during a stratospheric balloon mission conducted with support from the Tata Institute of Fundamental Research Balloon Facility in Hyderabad.

Founder and CEO Antariksh Parichha confirmed that the system operated continuously under harsh conditions, executing crystallisation and preserving crystal integrity through controlled return and recovery.

This experiment validates the potential of microgravity-based drug development, where the absence of gravitational interference enables superior crystal structures, enhancing solubility, stability and effectiveness.

The mission carried monoclonal antibody therapeutics and small molecules, both representing multi-billion-dollar pharmaceutical markets, alongside additional proteins for drug discovery.

Parichha drew inspiration from Merck’s collaboration with NASA, which produced an easier-to-inject version of the cancer drug Keytruda in the International Space Station’s microgravity lab.

On Earth, gravity disrupts crystallisation, often leading to poor bioavailability and unstable formulations. Protein-based therapies such as monoclonal antibodies typically require long IV infusions because high-concentration formulations destabilise under gravity. Microgravity, however, allows uniform and stable formulations, potentially transforming these treatments into simple at-home injections.

Serendipity Space’s vision is to build satellites capable of autonomously manufacturing pharmaceuticals in orbit and returning them safely to Earth, addressing a critical bottleneck in drug development.

The company was co-founded by Parichha, Jivitesh Debata and Dr Monica Ekal, combining expertise in physics, engineering and space operations to pioneer India’s entry into space-based pharmaceutical manufacturing.

Agencies


Baloch Leader Extends Independence Day Greetings To PM Modi, Calls Pakistan’s I-Day A Black Day


A day after urging the global Baloch population to mark Pakistan’s Independence Day as a “Black Day,” Baloch leader Mir Yar Baloch extended warm greetings to Prime Minister Narendra Modi and the people of India on the nation’s 80th Independence Day.

In his message, Mir Yar Baloch highlighted the historic, civilizational, and spiritual bonds between India and Balochistan. He offered to open Balochistan’s seaports for trade with India to support the “Make in India” program, emphasising that such cooperation could help propel India toward becoming the world’s second-largest economy.

He expressed heartfelt congratulations on behalf of the Republic of Balochistan, describing the occasion as sacred and proud. Paying tribute to Indian freedom fighters including Mahatma Gandhi, Netaji Subhas Chandra Bose, Bhagat Singh, Chandrashekhar Azad, Rani Lakshmibai, and Sardar Vallabhbhai Patel, he said their immortal sacrifices continue to inspire nations striving for justice and self-determination.

Mir Yar Baloch pointed to the ancient Hinglaj Mata Temple in Balochistan, describing it as a sacred symbol of India’s spiritual connection with the region, binding both nations together for centuries.

Taking aim at Islamabad, he urged the international community to challenge Pakistan’s narrative, asserting that Pakistan lacked any legal, diplomatic, political, or moral proof of Balochistan’s incorporation. He warned that allowing Pakistan to thrive would be tantamount to grave diplomatic and political suicide.

He pitched strong economic and strategic ties with New Delhi, stressing that India’s economic growth targets could be accelerated through partnership with Balochistan. He praised Prime Minister Modi’s vision of making India the world’s third-largest economy and said Balochistan could give wings to this dream.

He proposed opening Balochistan’s seaports for Indian trade and providing a large market for goods produced under the Make in India program. He added that minerals entrusted to the Baloch nation could bring an economic revolution to the region.

By expelling Pakistan from Balochistan, he argued, the rogue state would be deprived of trillions of dollars worth of minerals, preventing it from funding terrorism in Kashmir or unrest in the wider region.

Just a day earlier, Mir Yar Baloch had called on six crore Baloch people worldwide to observe Pakistan’s Independence Day on August 14 as a “Black Day.” He urged them to hoist black flags and wear black armbands to signal rejection of Pakistani rule. His condemnation followed Pakistani military airstrikes in Surab that reportedly left dozens of civilians dead and injured.

Earlier today, Prime Minister Modi hoisted the National Flag at the Red Fort in New Delhi. The ceremony was synchronised with a 21-gun salute by the 1721 Field Battery (Ceremonial), marking the nation’s 80th Independence Day celebrations.

ANI