Manastu Space Develops Green Propulsion System For 100–500Kg Satellites

Manastu Space has developed a green propulsion system tailored for satellites in the 100–500 kilogram class, designed to deliver higher Δv for orbit raising, station‑keeping, and de‑orbiting, while ensuring agile and safe manoeuvring.

This marks a significant step in India’s private space sector, offering a sustainable alternative to conventional toxic propellants.

The propulsion system is built around Manastu Space’s proprietary green fuel blend, MS289, which combines hydrogen peroxide with alcohol and additives. Unlike hydrazine, this formulation is non‑toxic and non‑carcinogenic, decomposing into steam and carbon dioxide. This ensures safer handling, reduced environmental impact, and compliance with increasingly strict global regulations on hazardous propellants.

The system is optimised for medium‑sized satellites, ranging from 100 to 500 kilograms, a segment that is rapidly growing due to the expansion of Earth observation, communication, and scientific missions. It provides higher Δv capability, enabling complex orbital manoeuvres such as orbit raising to operational altitudes, precise station‑keeping for long‑duration missions, and controlled de‑orbiting to mitigate space debris.

Equipped with advanced thrusters, the propulsion unit supports agile manoeuvring, collision avoidance, and formation flying. Its design incorporates a high‑temperature ceramic catalyst operating at around 1,400°C, which ensures rapid decomposition of hydrogen peroxide and efficient ignition of the alcohol fuel. This guarantees reliable thrust performance and repeatability across multiple mission phases.

The system’s modular architecture allows integration into diverse satellite buses, making it adaptable for both commercial and governmental missions. Its plug‑and‑play capability reduces integration time and cost, while its green propellant eliminates the need for complex safety protocols associated with toxic fuels. This makes it particularly attractive for operators seeking cost‑effective and sustainable solutions.

Manastu Space has already demonstrated its propulsion technologies in orbit through earlier systems such as VYOM 2U, which achieved TRL‑8 status after validation on ISRO’s PSLV‑C60 POEM‑4 platform. Building on this heritage, the new system extends capability to larger satellites, bridging the gap between CubeSat propulsion and heavier spacecraft requirements.

The propulsion system is positioned to support India’s growing satellite ecosystem, including upcoming constellations and scientific payloads.

By offering higher Δv and safe manoeuvring, it addresses critical challenges such as orbital congestion and debris mitigation. This aligns with India’s broader strategy of fostering private participation in space and building indigenous capabilities for sustainable space mobility.

Manastu Space’s portfolio also includes propulsion systems like Sharanga for CubeSats up to 50 kilograms, I‑Booster for satellites up to 500 kilograms, and GP‑LAM for launch vehicle upper stages. Together, these solutions form a comprehensive ecosystem of green propulsion technologies tailored to different mission scales.

With this new system, Manastu Space is expected to play a pivotal role in supporting both domestic and international satellite missions. Its achievement underscores India’s emergence as a hub for innovative and environmentally responsible space technologies.

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Sanyark Space: India’s Leap Toward Integrated Navigation And Communication Constellations

Sanyark Space has emerged as one of the most ambitious ventures in India’s private space sector, founded by former ISRO scientists Raghava Kundrapu and Akhileshwar Reddy Peseke.

Their vision is to build a resilient Low Earth Orbit constellation that integrates centimetre-level positioning, secure IoT connectivity, and software-defined satellite technology. The company is not merely focused on launching satellites but on creating the operating system for an autonomous world, where navigation, communication, and resilience converge seamlessly, according to a report by New Indian Express.

Raghava’s eight years at ISRO, where he contributed to over forty missions including launch vehicle and human spaceflight programs, gave him a strong systems-level understanding of space technologies. 

His subsequent role at Deloitte as a space technology consultant exposed him to national and state-level projects, where he identified critical gaps in positioning, navigation, and timing infrastructure.

The limitations of existing GNSS systems, particularly their metre-level accuracy, became evident during studies on satellite-based tolling. This challenge, combined with Akhileshwar’s experience on the GNSS tolling pilot project, led to the conception of Sanyark’s NAVCOM vision — a fusion of navigation and communication capabilities.

India’s dependence on foreign satellite infrastructure for navigation and timing services remains a strategic vulnerability. While NAVIC is a step toward sovereignty, it does not yet deliver the centimetre-level precision required for future mobility applications. From aviation and maritime operations to logistics and defence, critical infrastructure depends on positioning and timing data.

Sanyark Space aims to fill this gap by building sovereign infrastructure that ensures both accuracy and resilience against jamming and spoofing, threats that have already disrupted aviation and transportation globally.

The founders describe their mission as building a “space backbone.” This means creating a LEO-based infrastructure layer that supports not only consumer navigation but also telecommunications, financial systems, energy grids, drones, and defence networks.

Timing signals from satellites synchronise 5G networks, power grids, and even financial transactions, making them indispensable to modern economies. As autonomous systems proliferate, resilience will become as important as precision, and Sanyark intends to deliver both.

Unlike many companies focused on launch vehicles or Earth observation, Sanyark differentiates itself by integrating navigation and communication into a single satellite architecture. This convergence reflects the evolution of telecommunications standards toward 6G, where navigation and communication are increasingly inseparable. Globally, only a handful of companies are pursuing this integrated approach, and Sanyark aims to position India at the forefront of this emerging category.

The fusion of PNT and communications is driven by both technological advances and market demand. Autonomous vehicles, drones, logistics networks, and industrial systems require simultaneous navigation and communication capabilities.

Advances in electronics now allow both functions to be integrated into compact systems-on-chip, enabling seamless platforms that combine positioning, timing, and connectivity. Sanyark’s integrated NAVCOM satellites are designed to meet this demand.

India’s role in the global space race is shifting as private industry takes centre stage. Since the sector opened to private participation, startups have made progress in launch vehicles, satellite platforms, and Earth observation.

Navigation and communication represent the next frontier, and Sanyark sees an opportunity for India to leapfrog rather than catch up. By delivering sovereign NAVCOM infrastructure, the company aims to reduce dependence on foreign systems and establish India as a leader in next-generation space technologies.

The roadmap ahead is ambitious. Within the next twelve months, Sanyark plans to launch its first technology demonstration satellite, with high-altitude platform systems testing navigation technologies by year-end.

A second demonstration mission in 2027 will showcase the integrated NAVCOM architecture. Commercial deployment will follow, beginning with a constellation of 30 to 40 satellites covering India, the Middle East, and South Asia. The long-term vision is a global constellation of 200 to 240 satellites, with operational deployment targeted around 2029–30.

On the funding and validation front, Sanyark is participating in national initiatives focused on strategic space technologies and has been selected for investment and support programmes.

Over the past six months, the company has concentrated on developing proprietary signal waveforms and advancing the technology readiness of its PNT payloads. The next phase will integrate advanced communication capabilities, realising the vision of a fully integrated NAVCOM platform.

Sanyark Space represents a bold step in India’s private space journey. By addressing critical gaps in navigation and communication infrastructure, it is positioning itself as a cornerstone of the autonomous future, where precision, resilience, and connectivity will define the next era of technological progress.

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India Highlights Indigenous Sniper Rifle And AI-Driven Drone Defences At International Police Expo 2026

The International Police Expo 2026 opened at Bharat Mandapam in New Delhi on Wednesday, drawing participation from security agencies, defence manufacturers, technology firms and law-enforcement experts representing more than 25 countries.

The three-day event is showcasing more than 300 technologies focused on policing, homeland security and public safety, underscoring India’s growing emphasis on indigenous innovation and advanced security solutions.

One of the major attractions on the opening day was the Tyto sniper rifle developed by SSS Defence. Designed for precision operations in urban environments, the rifle represents India’s push towards indigenous defence manufacturing.

Security personnel and international delegations gathered in large numbers to view the weapon system, which has been developed entirely in India, marking a significant milestone in the country’s small arms industry.

The exhibition also highlighted the increasing focus on counter-drone technologies. SSS Defence showcased its Varaha Counter Drone System, which identifies aerial threats through acoustic signatures rather than relying solely on radio-frequency detection. Officials explained that the system can detect and locate drones by analysing the sound generated by their propellers, providing an additional layer of protection against evolving aerial threats.

Another key attraction was the launch of India’s first AI-enabled Anti-Drone Patrol Vehicle by Indrajaal Drone Defence. This mobile platform is designed to detect, track and respond to drone incursions while on the move, reflecting the growing integration of artificial intelligence into security operations. The vehicle represents a new dimension in mobile counter-drone infrastructure, offering dynamic protection for sensitive areas.

International participation was also prominent. Russian defence manufacturer Kalashnikov displayed the Garuda (SKAT 350-M) unmanned aerial vehicle, a high-altitude drone designed for operations in challenging terrain and electronic warfare environments. The platform attracted considerable attention from agencies exploring advanced surveillance capabilities, particularly for high-altitude and contested environments.

Beyond weapon systems and drones, exhibitors demonstrated a wide range of digital intelligence and forensic technologies. These included AI-powered forensic analysis tools, mobile investigation laboratories, advanced surveillance systems, cyber intelligence platforms and lawful interception technologies aimed at strengthening investigative capabilities. Such systems highlight the growing role of digital innovation in modern policing and homeland security.

Mobility solutions for security forces also featured prominently. AVNL displayed its latest Light Armoured Multi-Purpose Vehicle, designed to enhance operational mobility and protection. Meanwhile, the DRDO-CRPF-developed Rakshita motorbike ambulance showcased efforts to improve emergency response capabilities in difficult terrain, offering rapid casualty evacuation in areas inaccessible to conventional vehicles.

With participation from government agencies, police organisations and technology innovators, the expo reflects India’s increasing emphasis on indigenous innovation and advanced security solutions. 

Organisers noted that the event is expected to facilitate collaboration, technology transfer and discussions on the future of policing and homeland security, positioning India as a hub for next-generation security technologies.

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Switchable Satellite: India’s Space Utility Belt Arrives

XDLINX builds software-defined satellites, where one base design can be configured for different missions, from imaging to communications to navigation

XDLINX Space Labs, a Hyderabad-based start-up, is set to launch a self-funded imaging satellite in late 2026, marking a bold step in India’s private space sector, according to a report by India Today.

The mission will showcase its software-defined satellite technology, capable of switching roles between imaging, communications, and navigation, with a second collaborative mission planned for early 2027.

XDLINX Space Labs has announced that it will fly a largely self-funded imaging satellite in the last quarter of 2026. This decision reflects the company’s determination to prove its technology in orbit without waiting for external customers.

The satellite will carry an optical payload, essentially a camera that captures images of Earth in visible light from hundreds of kilometres above.

The purpose of this mission is to qualify the company’s capability in space. Engineers often stress that while designs may appear flawless on the ground, true validation only comes once the system has operated successfully in orbit. By funding the mission itself, XDLINX is backing its own technology and demonstrating confidence in its platform.

The satellite is intended to launch aboard ISRO’s Small Satellite Launch Vehicle (SSLV), which is designed to carry compact satellites into low Earth orbit. XDLINX has applied for a launch slot, though the final manifest will be determined by the launch provider.

What sets XDLINX apart is its focus on software-defined satellites. Unlike traditional satellites that are hard-coded for a single mission, these platforms can be reconfigured through software to perform different tasks. This flexibility allows one base design to be adapted for imaging, communications, or navigation, reducing costs and development time. It is an approach already adopted by major global manufacturers but remains rare among Indian firms.

The company has demonstrated speed in execution. Its first satellite, Janus-1, was built in just ten months, a fraction of the usual timeline, and was successfully launched on ISRO’s SSLV. This rapid development cycle underscores XDLINX’s ability to deliver missions quickly.

Another innovation is the use of edge computing onboard its satellites. Instead of transmitting every captured image to Earth, the satellite filters data in orbit, sending down only useful frames. This reduces bandwidth usage and power consumption, avoiding the inefficiency of transmitting repetitive or irrelevant imagery.

The second mission is scheduled for the first quarter of 2027. Unlike the self-funded 2026 flight, this will be a collaborative launch, with XDLINX carrying payloads from partner companies. The mission is contingent on rocket availability but highlights the company’s ambition to conduct two missions within eighteen months.

Beyond these missions, XDLINX has been expanding its infrastructure and partnerships. In May 2026, it inaugurated its Advanced Space Systems Integration and Testing Lab in Hyderabad, attended by ISRO Chairman Dr V. Narayanan. 

he facility includes precision optical benches, an Attitude Determination and Control System lab, and a high-grade clean-room for satellite assembly. This lab strengthens India’s sovereign satellite infrastructure and aligns with the Atmanirbhar Bharat initiative, which calls for 75% indigenous subsystems in missions.

XDLINX is also finalising the Elevation-1 project, featuring a miniaturised space-grade E-band payload for high-speed communications. Additionally, it is preparing a 190 kg-class satellite with multi-spectral optical and Synthetic Aperture Radar payloads, scheduled for launch aboard a SpaceX Transporter mission in late 2026. These projects demonstrate the company’s growing role in international collaborations and advanced payload integration.

The company’s strategy is to commoditise deep space technology by offering ready-to-launch satellite platforms. It has already developed multiple bus platforms and is contracted to deliver a sovereign constellation of 15 satellites within two years. Partnerships with Japan’s BULL Co., Ltd. and Sisir Radar further highlight its ambition to pioneer sustainable operations and private L-Band SAR satellites.

By funding its own missions and building reconfigurable satellites, XDLINX is positioning itself as a key player in India’s evolving private space ecosystem. Its approach reflects confidence, innovation, and a determination to move quickly in a sector traditionally dominated by long timelines and government-led initiatives.

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South Korea And India Elevate Strategic Partnership As Foreign Minister Cho Hyun And EAM Jaishankar Deepen Cooperation Across Sectors

South Korean Foreign Minister Cho Hyun and External Affairs Minister S Jaishankar held an extended three-hour meeting in Seoul, reaffirming the strong momentum in India–South Korea relations and highlighting swift progress in trade, investment, defence, and technology cooperation.

Both leaders agreed to intensify support for businesses, coordinate on global challenges including West Asia tensions, and continue dialogue at the Jeju Forum.

South Korean Foreign Minister Cho Hyun emphasised that relations between South Korea and India have reached a “new level” following the state visit of President Lee Jae-myung to India in April.

He noted that the meeting with Jaishankar lasted three hours and continued through lunch, reflecting the depth of engagement. The ministers reviewed progress on follow-up measures in trade, investment, and finance, which had been agreed during the April summit.

Cho highlighted that the current bilateral agenda is focused on improving support for business interests in both nations. He expressed appreciation for the Indian government’s proactive approach, pointing to the Prime Minister’s Office hosting “Korea Week” in New Delhi.

This initiative was described as a fulfilment of Prime Minister Narendra Modi’s promise to directly address challenges faced by Korean businesses operating in India. In reciprocity, Cho confirmed that South Korea will soon host a similar dialogue for Indian companies in Korea.

The discussions also extended to broader geopolitical and economic concerns. Both ministers acknowledged the rapidly changing global situation and agreed to maintain close communication in responding to economic ripple effects stemming from developments in West Asia. This reflects the shared recognition of the importance of coordinated responses to regional instability and its impact on global markets.

The meeting was part of Jaishankar’s two-day high-level visit to South Korea, which followed his diplomatic engagements in Mongolia. Upon arrival in Seoul, Jaishankar met Cho Hyun and reaffirmed the commitment to expand cooperation across multiple sectors, including defence, shipbuilding, clean energy, technology, culture, and people-to-people exchanges. Opportunities in emerging areas such as start-ups, fintech, and multilateral platforms were also discussed.

Jaishankar expressed satisfaction with the meeting, noting that discussions built upon the outcomes of President Lee Jae-myung’s visit to India earlier in April. During that visit, Prime Minister Modi and President Lee agreed on a Joint Strategic Vision for 2026–2030 to strengthen the India–ROK Special Strategic Partnership.

PM Modi had also announced the launch of the India-Korea Friendship Festival in 2028 to celebrate shared heritage, referencing the historical connection between Princess Suriratna of Ayodhya and King Kim Suro of Korea, as well as the popularity of K-pop and K-dramas in India.

The ministers agreed to continue their dialogue at the Jeju Forum, where Jaishankar is scheduled to participate. Cho expressed anticipation for Jaishankar’s insights on bilateral relations and the international landscape, underscoring the importance of sustained diplomatic engagement.

The meeting reinforced the trajectory of India–South Korea relations, which are increasingly characterised by comprehensive cooperation in strategic industries, defence, technology, and cultural exchange. The emphasis on business facilitation, geopolitical coordination, and shared heritage highlights the multidimensional nature of the partnership.

ANI

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ISRO To Host BRICS Heads of Space Agencies Meeting In Bangalore To Strengthen Space Cooperation

India, as BRICS Chair for 2026, is hosting the BRICS Heads of Space Agencies (HOSA) meeting in Bengaluru on 23–24 June, bringing together leaders from eleven member nations to strengthen cooperation in space exploration.

The event will focus on space sustainability, expansion of the BRICS satellite constellation, and the creation of a BRICS Space Council.

India, through the Indian Space Research Organisation (ISRO) and the Department of Space (DOS), with support from the Ministry of External Affairs (MEA), is hosting the two‑day meeting. The gathering will see participation from the heads and senior representatives of the space agencies of Brazil, China, Egypt, Ethiopia, India, Indonesia, Iran, Russia, Saudi Arabia, South Africa, and the United Arab Emirates.

The meeting is being held under India’s BRICS chairship theme of “Building for Resilience, Innovation, Cooperation and Sustainability”. This reflects the people‑centric and humanity‑first approach articulated by Prime Minister Narendra Modi at the BRICS Summit in Rio de Janeiro in 2025. The theme underscores India’s vision of using space as a driver for inclusive growth and global cooperation.

Space sustainability is a major focus area. Member agencies are expected to exchange views on sustainable space operations and domestic governance frameworks that support debris‑free missions. Discussions will centre on policy approaches, regulatory frameworks, and best practices to ensure the long‑term sustainability of space activities. This is particularly relevant as BRICS nations expand their satellite fleets and increase launch activity.

Another key agenda item is the proposed amendment to the BRICS Remote Sensing Satellite Constellation (RSSC) Agreement. The expansion aims to include new members and enhance data‑sharing capabilities across the bloc.

Delegates will also deliberate on the Terms of Reference for the proposed BRICS Space Council, which could serve as a permanent institutional mechanism for coordinating joint projects and policy initiatives.

Indian space‑tech companies are being given a platform to showcase their capabilities. The Indian National Space Promotion and Authorisation Centre (IN‑SPACe) is facilitating presentations to highlight innovations in launch services, satellite technologies, geospatial intelligence, and downstream applications. This reflects India’s growing commercial space ecosystem and its ambition to integrate private industry into global partnerships.

To provide delegates with first‑hand exposure to India’s expanding space sector, an industry visit to private space enterprises has been arranged. This will allow participants to witness the breadth of capabilities being developed domestically, from advanced satellite manufacturing to cutting‑edge launch technologies.

The valedictory function will be graced by Dr Jitendra Singh, Union Minister of State in the Department of Space. He will interact with the heads of BRICS space agencies, reinforcing India’s commitment to multilateral cooperation in space.

This meeting marks one of the most significant space‑related engagements under India’s BRICS chairship. It comes at a time when global space activity is intensifying, and BRICS nations are seeking to expand their collective influence in shaping the future of space governance and sustainability.

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DroneVerse Demonstrates FPV Drones And Counter‑UAS To Indian Army At 18,000 Ft In Ladakh

DroneVerse has successfully demonstrated its Rudra‑7 FPV drones and Counter‑Unmanned Aerial Systems (C‑UAS) to the Indian Army at Leh in Ladakh, operating at altitudes of up to 18,000 feet.

This marks a significant milestone in India’s indigenous drone capabilities, showcasing reliable performance in extreme high‑altitude conditions and strengthening frontline defence preparedness.

Gurugram‑based DroneVerse carried out the demonstration of its FPV drones and C‑UAS systems before Indian Army officials in Leh, Ladakh. The trials were conducted at altitudes reaching 18,000 feet, where thin air, freezing temperatures, and turbulent winds pose severe challenges to aerial platforms. Despite these conditions, the Rudra‑7 FPV drone displayed stable flight control, precision targeting, and sustained operational reliability.

The Rudra‑7 drone successfully executed high‑speed vertical climbs, precision strike simulations, and real‑time live feed transmissions. Its advanced propulsion tuning and adaptive flight algorithms allowed it to maintain manoeuvrability under reduced atmospheric pressure. The Indian Army assessed its performance in terms of payload carriage, blast radius control, and targeting consistency, validating its combat readiness.

DroneVerse’s FPV drones are designed for frontline assault missions and swarm compatibility. They feature modular payload slots that can carry explosive warheads or surveillance pods.

The lightweight carbon‑composite airframe, combined with intelligent electronic stabilisation, makes them suitable for terrain‑adaptive operations across varied battle conditions. These attributes are critical for operations in Ladakh’s rugged terrain, where traditional systems often face performance degradation.

The company also showcased its Counter‑UAS systems, which are engineered to detect, track, and neutralise hostile drones. With drone warfare becoming a central element in modern conflicts, such systems are vital for protecting forward bases, convoys, and critical infrastructure. The demonstration highlighted India’s growing emphasis on layered drone defence, combining offensive FPV platforms with defensive C‑UAS technologies.

DroneVerse received an Army Commendation for Innovation and Technical Excellence, underscoring the importance of its contribution to India’s defence ecosystem. The successful trials pave the way for extended endurance and autonomous navigation upgrades, aligning with the Army’s roadmap for integrating new‑generation FPV attack drones. Mass production and induction under the Make in India initiative are expected once further validation tests and operational clearances are completed.

The broader significance of this demonstration lies in India’s push for self‑reliance in defence technology. Indigenous UAVs capable of operating in extreme conditions reduce dependence on foreign systems and strengthen national security.

The Rudra‑7’s success reflects lessons learned from recent conflicts, where low‑cost drones have proven decisive in overwhelming air defences and striking high‑value assets.

DroneVerse’s achievement also complements the Army’s broader modernisation efforts, including the establishment of drone training and virtual reality laboratories in Ladakh. Together, these initiatives signal a transformation in India’s approach to high‑altitude warfare, integrating advanced unmanned systems with immersive training and counter‑drone capabilities.

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Kepler Aerospace To Power Indigenous Swarming ISR Constellation With Advanced ADCS Modules

Bangalore-based Kepler Aerospace is advancing indigenous space technology by developing critical Altitude Determination and Control System (ADCS) modules. These systems will power a six-satellite Intelligence, Surveillance, and Reconnaissance Swarm Constellation for the Indian Armed Forces’ Defence Space Agency.

Kepler secured a ₹38 Crores (Approx) iDEX Prime contract from the Ministry of Defence to build this autonomous swarming architecture. The constellation is targeted for deployment in 2027, marking a significant milestone in India’s sovereign space capability.

The satellites will operate collectively and make autonomous decisions, mimicking a beehive to track signals and heat signatures in ninety-minute orbits without requiring constant human intervention. This swarming capability represents a leap in autonomous space operations.

The custom ADCS modules are the mechanical and algorithmic core enabling the satellites to communicate, adjust orientation, and execute precision formation-flying. Designed completely in India, they replace foreign-sourced avionics and reduce reliance on external supply chains.

The modules feature man-independent self-tasking abilities, ensuring continued intelligence collection even under adversarial anti-satellite threats. This autonomy is crucial for resilience in contested orbital environments.

To successfully manoeuvre six satellites in close proximity, Kepler designed a highly specialised indigenous avionics stack. The actuators and control interfaces utilise localised reaction wheels for fine-tuned orientation adjustments. They also integrate magnetorquers and thruster drivers to counter external orbital disturbances.

The navigation array combines high-precision star trackers, GNSS receivers, and MEMS Inertial Measurement Units. These provide the micro-arcsecond accuracy required for tight formation-flying, a capability rarely achieved in indigenous systems.

The flight computers and data-handling systems feature a low-power, radiation-tolerant processing core. This core processes high-volume imagery, signals, and control algorithms locally, ensuring operational continuity even in harsh space conditions.

Instead of individual platforms relying on humans for commands, the six-satellite constellation operates via an autonomous Multi-INT Fusion Engine. The constellation acts as a unified organism. If one satellite detects an electronic emitter or heat signature, it autonomously commands its neighbours to redirect their sensors. This process requires zero ground intervention.

Operating in Low Earth Orbit, the swarm passes over targets every ninety minutes. They fuse multi-sensor datasets—including Electro-Optical, Radio Frequency, and Infrared—into a single intelligence picture. This persistent revisit cycle ensures comprehensive surveillance coverage.

If an adversary disables a single satellite using anti-satellite capabilities, the remaining assets automatically recalculate and balance the orbital network to prevent data loss. This resiliency is a defining feature of the architecture.

The Innovations for Defence Excellence platform is the driving force behind this programme. Managed by the Defence Innovation Organisation, iDEX fast-tracks venture-backed technology into the Indian Armed Forces.

For the Defence Space Agency, this project represents its first major indigenous swarming infrastructure. It adds crucial capability alongside India’s larger Space Based Surveillance-III military programs, reinforcing sovereign operational infrastructure.

Kepler’s work demonstrates how India is closing critical gaps in defence space technology. By indigenously developing ADCS modules and swarming AI, the country is reducing dependence on foreign suppliers while building resilient, autonomous orbital systems.

This initiative also aligns with global trends where distributed constellations and autonomous swarming are increasingly seen as the future of military space operations. India’s adoption of such architectures ensures its armed forces remain competitive in the evolving domain of space warfare.

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Global Tech Power: AI, Drones And Defence Innovations To Dominate International Police Expo 2026

India’s defence sector is witnessing unprecedented momentum, with exports reaching a record ₹38,424 crore in FY 2025–26, marking a 62.66 per cent year-on-year growth from ₹23,622 crore in FY 2024–25. 

This surge underscores the global acceptance of India’s indigenous defence technologies and reflects the success of its push towards self-reliance, innovation, and export-led growth.

To build on this momentum, Asia’s largest homeland security platform, the International Police Expo 2026, will convene at Bharat Mandapam, New Delhi, on 24–25 June 2026. The event will bring together delegations from over 25 nations, showcasing advancements in artificial intelligence, robotics, autonomous systems, future drone technologies, cyber security, and indigenous defence solutions. 

Organised by Nexgen Exhibitions Pvt Ltd, the expo will run alongside the 10th India Homeland Security Expo and the 7th Drone International Expo.

In 2025, these expos attracted more than 300 companies from 20 countries and welcomed over 10,000 visitors. The 2026 edition is expected to surpass these figures, offering a strategic platform for industry leaders, policymakers, and technology pioneers to address pressing security challenges, showcase innovation, and accelerate India’s Aatmanirbhar Bharat ambitions.

ECIL, a premier Government of India enterprise under the Department of Atomic Energy, will present indigenous RF jamming solutions, including vehicle-mounted, convoy, and cell phone jammers. These systems are capable of disrupting HF, VHF, UHF, cellular (2G–5G), Wi-Fi, Bluetooth, and drone frequency bands, and are already widely deployed by State Police, paramilitary, and defence forces.

Innefu Labs will unveil its Air-Gapped Sovereign Agentic AI in a Box, Defence Intelligence Fusion Centre, AI-powered predictive policing platforms, digital forensics and incident response systems, offline large language models, and OSINT suites, designed to empower agencies with real-time intelligence and autonomous decision-making.

Vehicle Factory Jabalpur will showcase its Light Armoured Multi-Purpose Vehicle (LAMV), engineered for troop transport, reconnaissance, and urban warfare, offering modular ballistic and blast protection with high mobility and customisation potential.

Jindal Defence, through its joint venture with Brazil’s Taurus Armas S.A., will display pistols, machine pistols, and carbines tailored for India’s armed forces, police, and civilian markets. MSAB will demonstrate mobile device forensic solutions, while mh Service introduces the Paladin mobile forensic laboratory for high-speed investigations in challenging environments.

Auric AI will present its IMINT Vision Intelligence System for high-value target detection and tracking, alongside a Multi-INT Search and Reasoning Platform for rapid intelligence fusion. Indrajaal will reinforce India’s leadership in counter-drone defence with its autonomous suite, including the Ranger patrol vehicle, Zombee interceptor, and SkyOS™ C5ISRT decision platform.

SSS Defence will showcase its G-72P pistol, G72 SMG, M72 rifle, and the Varaha CUAS system, a hard-kill counter-drone platform using sensor fusion and acoustic technology. Audax Labs will highlight Data Beagle, an AI-powered platform for transforming unstructured data into actionable insights, while SiMa.ai will present its Modalix MLSoC platform for drones, robotics, and surveillance.

CP PLUS will display its STQC-certified IP surveillance systems and cyber-secured IoT solutions, manufactured in Kadapa with R&D in Noida, supporting the Make in India vision. Winmate Inc. will exhibit rugged robotic controllers for UAVs and UGVs, Aeroalchemy Innovations will debut interceptor drones and radars, and Xtragen Technologies will showcase anti-jamming GNSS PNT solutions for resilient navigation.

With participation from over 300 companies and delegations from more than 25 countries, the International Police Expo 2026 promises unmatched live demonstrations, strategic dialogues, and global partnerships, positioning India at the forefront of defence innovation and internal security modernisation.

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India To Establish Seven Defence Manufacturing Clusters To Boost Indigenous Production

India is launching seven specialised defence manufacturing clusters across different regions, each led by designated states and supported by IITs and industry, to strengthen indigenous production, innovation, testing, skill development and exports.

This initiative is part of the Aatmanirbhar Bharat vision and is expected to reduce import dependence while boosting India’s role as a global defence exporter.

The government has outlined an ambitious plan to establish seven defence manufacturing clusters across India. These clusters will integrate state governments, industry, academia and research institutions to create specialised hubs focusing on different aspects of the defence manufacturing value chain.

The initiative is designed to support testing, certification, indigenisation, exports, skill development, innovation and industrial infrastructure.

Senior officials in the Ministry of Defence have already held multiple rounds of consultations with participating states. Each state has been asked to prepare detailed vision documents and implementation roadmaps. The clusters are distinct from the existing defence industrial corridors in Uttar Pradesh and Tamil Nadu, representing a new federal architecture for defence manufacturing.

The first cluster will be led by Karnataka, with Rajasthan as co-lead. It will focus on testing, certification, quality assurance and standards for defence manufacturing. Academic support will come from IIT-Kanpur, IIT-Roorkee and IIT-Jammu. This cluster is expected to strengthen India’s ability to validate and certify indigenous systems to international standards.

Uttar Pradesh will head another cluster, with Jharkhand as co-lead, concentrating on policy reforms and interventions to strengthen India’s defence manufacturing ecosystem. Uttarakhand and Jammu & Kashmir are also expected to participate, with IITs providing research and innovation support.

Maharashtra and Madhya Pradesh will jointly lead a cluster dedicated to indigenisation, private sector participation, innovation, start-ups and MSMEs. Goa and Puducherry will also contribute, while IIT-Bombay will provide technological backing. This cluster is expected to accelerate innovation and expand opportunities for smaller enterprises in defence production.

Punjab and Haryana will anchor a cluster focused on expanding market access, boosting defence exports and improving demand visibility for Indian manufacturers. Several northern states and Union Territories will join, supported by leading technical institutions. This cluster will help India position itself as a major exporter of defence equipment.

Gujarat and Odisha will jointly lead a cluster concentrating on skill development, industrial-academic partnerships and innovation linkages. IIT-Gandhinagar and IIT-Bhubaneswar will play a key role in supporting this initiative, ensuring a steady pipeline of skilled manpower for the sector.

Tamil Nadu and Andhra Pradesh will head a southern cluster aimed at developing defence industrial infrastructure, common manufacturing facilities and integrated production ecosystems. IIT-Madras and other institutions will provide research and technological support, reinforcing the region’s role as a defence manufacturing hub.

The north-eastern region will also receive a dedicated cluster led by Assam, with participation from several north-eastern states. IIT-Guwahati will provide academic and technological backing, ensuring that the region contributes to India’s defence industrial base.

The initiative aligns with the Centre’s broader objective of achieving self-reliance in defence under the Aatmanirbhar Bharat vision.

Once operational, the clusters will create specialised ecosystems that support research, manufacturing, testing, certification and exports. This will reduce dependence on imports and strengthen India’s long-term defence industrial base, while also generating wider economic benefits by acting as a GDP multiplier.

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India’s Eurosatory 2026 Showcase Stuns Rivals With Indigenous Military Hardware

India’s participation at Eurosatory 2026 in Paris has stunned global rivals, with its showcase of indigenous military hardware ranging from advanced artillery systems to next-generation armoured vehicles and missiles, signalling a decisive shift from being a major importer to a formidable exporter of defence technology, according to a report by NDTV.

The breadth of India’s display, backed by record defence exports, has left competitors scrambling to reassess their strategies.

India’s presence at Eurosatory 2026 was unprecedented, with 31 entities including DRDO, Bharat Electronics Limited, Kalyani Strategic Systems Limited (KSSL), MKU, Tonbo Imaging, SMPP, and Armoured Vehicles Limited.

This was India’s largest-ever showcase at the world’s premier land and air-land defence exhibition, attended by over 2,000 exhibitors from 61 countries. The Indian pavilion highlighted the country’s ambition to position itself as a credible supplier of advanced defence systems while promoting indigenous innovation.

One of the centrepieces was KSSL’s MArG-39 mounted artillery gun, a 155mm/39 calibre system mounted on a 4×4 high-mobility vehicle. It combines long-range firepower with agility, enabling “shoot-and-scoot” operations.

The gun can carry 18 rounds, negotiate gradients up to 25 degrees, and is interoperable with NATO-standard ammunition, including precision-guided munitions. This platform represents India’s ability to deliver versatile, expeditionary artillery solutions.

Equally striking was the unveiling of the Simha 4×4 Light Armoured Multi-Purpose Vehicle, developed jointly by KSSL and Paramount. Designed for missions ranging from reconnaissance and border protection to special operations and command-and-control, the Simha 4×4 offers modularity, protection, and tactical mobility.

Its architecture allows rapid upgrades and localisation, supporting sovereign manufacturing objectives in partner countries. This vehicle underscores India’s focus on adaptable platforms for diverse battlefield requirements.

DRDO showcased a formidable array of systems, including the Pinaka long-range guided rocket system, the Very Short Range Air Defence System (VSHORAD), the RudraM anti-radiation missile, and advanced lightweight torpedoes. These displays reinforced India’s growing capabilities in precision strike, air defence, and naval warfare.

India’s showcase coincided with record defence exports of ₹38,424 crore in FY 2025–26, marking a 62.66% rise over the previous year. Public sector undertakings contributed ₹21,071 crore, while private firms accounted for ₹17,353 crore.

India now exports to more than 80 nations, with the number of exporters rising from 128 to 145 in just one year. This balance between public and private sector contributions highlights the robustness of India’s defence ecosystem.

Beyond hardware, India demonstrated breakthroughs in missile technology, including flight tests of next-generation ballistic missile defence interceptors, validation of an Agni missile with MIRV capability, trials of the Naval Anti-Ship Missile–Medium Range, and hypersonic propulsion experiments. These achievements underline India’s progress in strategic deterrence, precision engagement, and advanced propulsion.

The timing of this showcase was significant, coinciding with Prime Minister Narendra Modi’s discussions with French President Emmanuel Macron to expand co-design, co-development, and co-production of defence platforms. This Franco-Indian partnership reinforces India’s credibility as a rising technological power and a reliable partner in global defence collaborations.

India’s transformation from a buyer to a battlefield manufacturer has been deliberate, driven by policy, investment, and industrial maturity. At Eurosatory 2026, the message was clear: “Make in India” has matured into “Make for the World.”

Rivals were left in panic as India demonstrated not only its technological confidence but also its ability to compete head-to-head with established defence powers.

Agencies

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Cligent Aerospace Successfully Flight Tests Indigenous eSTOL Demonstrator

Ahmedabad-based Cligent Aerospace has successfully flight tested the scaled demonstrator of its indigenous hybrid-electric eSTOL aircraft, marking a breakthrough in India’s regional aviation sector. 

The achievement validates the company’s proprietary hybrid-electric powertrain and positions it as one of the first private Indian aerospace start-ups to demonstrate such technology.

Cligent Aerospace, founded in 2023 by aerospace engineers Harsh Joshi and Vivek Dhut, is focused on building next-generation indigenous aircraft for regional mobility and cargo transportation. The company’s vision is to address connectivity gaps across India by enabling operations from compact and underutilised airstrips, a segment that remains largely untapped.

The scaled demonstrator was used to evaluate propulsion performance, flight controls, system resilience, and safety mechanisms under both normal and simulated failure conditions.

These tests validated critical aspects of the hybrid-electric powertrain, which combines the instant torque of electric motors for short-field take-off with the endurance of a generator for sustained flight. This balance is vital for real-world missions, where reliability and efficiency must coexist.

The demonstrator’s success paves the way for the CL1000, Cligent’s flagship hybrid-electric STOL aircraft. The CL1000 is designed to carry up to nine passengers or more than one ton of cargo. It is engineered to take off and land in less than 150 metres, offering a payload capacity of 1,200–1,500 kg and a range suitable for regional routes. By combining fixed-wing efficiency with hybrid-electric propulsion, the aircraft promises lower operating costs and reduced emissions compared to conventional designs.

Cligent’s hybrid-electric architecture represents a significant leap in sustainable aviation. The system integrates batteries with a generator, ensuring efficient transitions between modes and stable performance across payload simulations.

The company has emphasised that this achievement is among the first successful hybrid-electric powertrain demonstrations by a private Indian aerospace start-up, underscoring its pioneering role in the sector.

India’s regional aviation market is expected to expand significantly over the coming decade, driven by government initiatives to enhance connectivity to remote and underserved regions.

Cligent Aerospace is betting that hybrid-electric STOL aircraft can economically serve routes that conventional aircraft cannot, unlocking the potential of thousands of underutilised airstrips across the country.

The long-term vision of Cligent Aerospace is to enable passenger and cargo operations from compact airfields, remote regions, and low-infrastructure locations. This model could transform regional air transport by offering sustainable, cost-effective, and reliable connectivity solutions.

The company’s progress also reflects the growing role of start-ups in advancing indigenous aerospace technologies, aligning with India’s broader goals of self-reliance and sustainable development.

The successful flight test of the scaled demonstrator is not just a technical milestone but also a strategic one. It signals India’s entry into the global race for hybrid-electric aviation, where innovation is rapidly shifting toward sustainable propulsion systems.

Cligent Aerospace’s achievement strengthens India’s position in this evolving landscape and highlights the potential of indigenous start-ups to drive transformative change in aviation.

Agencies

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Parshu Tactical Defence Successfully Conducts Sea Trials of Indigenous AI-Powered USV

Parshu Tactical Defence LLP has successfully completed sea trials of its indigenous AI-powered Unmanned Surface Vehicle (USV), marking a major milestone in India’s maritime defence modernisation.

The trials validate the vessel’s advanced autonomy, endurance, and mission versatility, positioning it as a critical asset for coastal security and surveillance.

The Chennai-based start-up has been developing advanced USVs tailored for maritime operations, designed to operate in both fully autonomous and semi-automatic modes. The vessel demonstrated reliable performance during sea trials, showcasing its ability to cover extended ranges exceeding 500 kilometres while carrying payloads of over 300 kilograms. This makes it suitable for missions such as coastal surveillance, reconnaissance, logistics support, and perimeter patrol.

The USV integrates Level-4 autonomy, enabling mission-aware navigation and GNSS-resilient operation through SLAM/INS systems.

It is equipped with multi-sensor fusion, including LIDAR, RADAR, EO/IR, and thermal imaging, ensuring persistent surveillance even in contested maritime zones. The platform also features encrypted satellite uplinks for secure remote command and control, with human-in-loop authorisation for kinetic actions, ensuring compliance with international safety standards.

The vessel’s hull is built from recyclable HDPE with stealth coatings, engineered to withstand sea state 5 conditions. Its self-righting mono-hull architecture enhances survivability, while hybrid jet and electric propulsion systems provide both endurance patrol and silent tactical approaches.

The modular payload bay supports ISR modules, Remote-Controlled Weapon Stations (RCWS), and kinetic strike payloads of up to 250 kilograms, making it adaptable for diverse mission profiles.

Parshu Tactical Defence has established its own shipyard in Mumbai, ensuring indigenous design and manufacturing capabilities. The company has been incubated under IIT-Madras Pravartak Technologies Foundation’s deep-tech program, receiving funding, mentorship, and access to advanced research labs. This support has accelerated its technological development and reinforced its commitment to the Make in India initiative.

The trials underscore India’s growing emphasis on indigenous unmanned systems. Parshu’s USV project complements parallel efforts by other Indian start-ups such as Torus Robotics in AI-powered ground vehicles and Zuppa in drone technology. Together, these initiatives represent a rapid expansion of AI-driven defence platforms across land, air, and sea domains.

Global interest in USV technology is rising, with defence planners in Africa, the Gulf region, and India considering the deployment of hundreds of such vessels. Parshu’s USV, with NATO certification and proven trials in European waters including Helsinki, positions India as a credible player in the international unmanned maritime systems market.

Founder Priyanshu Joshi has emphasised the company’s vision of building fully indigenous systems to eliminate foreign dependency and enhance India’s strategic autonomy. The successful sea trials demonstrate that Indian start-ups are capable of delivering mission-ready solutions aligned with evolving global defence needs.

This achievement strengthens India’s maritime security architecture, offering persistent surveillance, rapid response to asymmetric threats, and cost-effective operations across its vast Exclusive Economic Zone. It also highlights the role of start-ups in complementing state-backed defence programs with agile innovation and indigenous manufacturing.

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Dhruva Space And ICEYE Forge Strategic Partnership For Satellite Manufacturing And Earth Observation

Hyderabad-based spacetech company Dhruva Space has entered into a significant partnership with Finnish firm ICEYE through the signing of a memorandum of understanding.

The collaboration will span satellite manufacturing, space systems production, earth observation services, disaster management solutions and ground segment infrastructure.

This agreement marks a major step in strengthening India’s role in the global space economy while leveraging ICEYE’s expertise in synthetic aperture radar (SAR) technology.

The pact was announced against the backdrop of Bharat Innovates 2026, currently underway in Nice, France. Dhruva Space highlighted that the framework is designed to maximise its end-to-end capabilities in spacecraft engineering, scaled manufacturing, launch integration, ground station infrastructure and space applications. ICEYE brings to the table its industry-leading SAR constellation and advanced earth observation expertise, creating a complementary partnership that covers the entire value chain.

A key element of the agreement is the evaluation of large-scale production of space components and subsystems from India. Dhruva’s upcoming 2.80 lakh square foot assembly, integration and testing facility near Hyderabad will serve as the cornerstone of this effort.

Once operational, the plant is expected to act as a capacity multiplier, enabling scalable production of critical space hardware. This will not only support Dhruva’s ambitions but also provide ICEYE with a resilient manufacturing base in India to meet its growing global requirements.

The MoU also outlines opportunities for joint development and manufacture of satellite buses and other space systems. These will cater to both domestic and international programmes, reinforcing India’s position as a hub for advanced space technology.

Additionally, the collaboration will expand access to earth observation data and analytics in India, with applications in disaster management, agriculture, maritime monitoring and climate monitoring. Such initiatives are expected to enhance India’s capabilities in managing natural disasters and supporting sustainable development.

Dhruva Space’s ground station network will also play a pivotal role in the partnership. Opportunities to utilise this infrastructure to enhance data accessibility, accelerate downlink capabilities and develop ground station as a service offerings for customers operating in and through India are being actively explored. This will ensure rapid and reliable delivery of earth observation data to end-users across sectors.

Dhruva Space CEO and Co-founder Sanjay Nekkanti emphasised that the partnership is designed to explore opportunities spanning the entire value chain, from manufacturing and space systems to data delivery and applications.

ICEYE Co-founder and CEO Rafal Modrzewski echoed this sentiment, noting that the collaboration aims to combine local manufacturing, rapid data access and innovative applications for customers across multiple industries.

This partnership is particularly significant in the context of India’s growing private space sector, which has seen rapid expansion in recent years. With over 300 start-ups now operating in the country, collaborations such as this one between Dhruva Space and ICEYE highlight the increasing global confidence in India’s ability to deliver advanced space solutions.

The agreement also aligns with India’s broader strategic goal of capturing a substantial share of the global space economy by 2033.

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Indian Robotics Solution Delivers 20 Optical Fibre-Enabled FPV Kamikaze Drones To Indian Army

Noida-based Indian Robotics Solution has successfully delivered 20 optical fibre-enabled FPV kamikaze drones to the Indian Army, marking another milestone in India’s indigenous defence modernisation drive.

These drones are designed to resist electronic warfare interference and provide secure, precise battlefield capabilities.

The delivery of 20 FPV drones represents a significant step in strengthening the Indian Army’s tactical edge. These drones are Kamikaze platforms, engineered to crash into targets with precision, thereby neutralising high-value enemy positions. Their first-person-view configuration ensures operators maintain direct visual control, enabling accurate manoeuvring even in contested environments.

A key feature of these drones is their optical fibre guidance system. Unlike traditional radio-controlled drones, which are vulnerable to jamming and spoofing, these drones use fibre optic cables for communication.

This provides immunity to electronic interference, secure real-time control, and high precision targeting. In modern warfare, where electronic warfare plays a decisive role, such resilience is invaluable.

The drones are expected to enhance operations in high-risk and border areas. They can be deployed for precision strikes, surveillance, reconnaissance, and neutralising fortified enemy positions. Their battlefield utility lies in offering cost-effective solutions for asymmetric engagements while reducing risks to personnel.

This achievement underscores India’s growing emphasis on self-reliance in defence technology under the Make in India initiative. By partnering with domestic firms such as Indian Robotics Solution, the Army is reducing dependence on foreign suppliers and strengthening its indigenous ecosystem. The company’s ability to deliver battlefield-ready UAV systems demonstrates its production capacity and engineering excellence.

The delivery was made possible through the efforts of a dedicated team of engineers and UAV specialists, including Divyanshu Naugriya, Raj Gupta, Piyush Gaur, Arun Bhardwaj, Krishna Bakshi, and Tara Chand Meena. Their work reflects the broader national push to develop next-generation unmanned systems that are reliable, secure, and tailored to India’s defence requirements.

This milestone also highlights the increasing role of start-ups and private enterprises in India’s defence modernisation. By supplying drones that are resistant to jamming and interception, Indian Robotics Solution has positioned itself as a key contributor to India’s evolving drone warfare capabilities.

The accomplishment strengthens national security and signals India’s emergence as a player in the global defence technology market.

The induction of these drones into the Army complements its larger transformation strategy, where unmanned systems are becoming central combat enablers rather than supplementary tools. With drone warfare gaining prominence worldwide, India’s investment in indigenous solutions ensures strategic and technological superiority on the battlefield.

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Bangalore’s UNMANND Develops Titan Autonomous High-Altitude Logistics Drone

Bangalore-based defence technology start-up UNMANND has developed Titan, an autonomous aerial logistics drone designed for high-altitude operations, with a payload capacity of 30 kilograms, a ceiling of 20,000 feet, and full autonomy for military resupply missions.

The system has already been qualified by the Indian defence forces, positioning it as a major step forward in indigenous drone logistics capability.

Titan represents a significant advancement in India’s push for self-reliance in defence technology. The drone is engineered to deliver critical supplies, ammunition, and equipment to troops operating in remote and high-altitude terrains where conventional logistics are often slow, risky, or impractical.

By reducing dependence on manned convoys and helicopters, Titan enhances operational efficiency while minimising exposure to hostile environments.

The drone is capable of carrying a maximum payload of 30 kilograms, cruising at speeds of around 60 kilometres per hour, and operating at altitudes up to 20,000 feet. Its maximum range is approximately 30 kilometres, making it suitable for last-mile resupply missions in mountainous regions such as Ladakh and the North-East. The fully autonomous system is designed to execute missions without human intervention, including navigation, delivery, and return-to-base functions.

UNMANND was founded in February 2025 by Yeshwanth Reddy and Hemaditya Prasad, with a vision to build intelligent drones that can outthink and outmanoeuvre in unpredictable environments.

The company has already raised $2 million in a pre-seed round led by Speciale Invest and Accel, which will accelerate the commercialisation of Titan and support the development of its companion system, Fury, an advanced counter-drone interceptor platform.

The funding will also allow UNMANND to expand its engineering team and explore export opportunities in international defence markets.

Titan’s qualification by the Indian defence forces is a crucial milestone. It places UNMANND in a strong position to secure upcoming procurement contracts, particularly as the Indian military seeks to modernise its logistics infrastructure with indigenous solutions.

The drone’s ability to operate in high-altitude, GPS-denied, and electronically contested environments makes it highly relevant for India’s border security and forward-deployed units.

The broader defence-tech ecosystem in India is witnessing rapid growth, with increasing investor interest in autonomous aerial systems.

Titan’s development aligns with this trend, offering a reliable solution for logistics automation while complementing India’s strategic emphasis on indigenous innovation. Its deployment could significantly reduce the logistical challenges faced by troops in extreme terrains, ensuring faster, safer, and more efficient supply chains.

UNMANND’s dual focus on logistics and aerial security through Titan and Fury positions it as a strategic enabler for India’s defence forces. Titan’s heavy-lift capabilities, combined with its resilience and autonomy, make it a game-changer in military logistics, while Fury provides a critical layer of aerial defence against hostile drones. Together, these systems reflect the company’s ambition to dominate the emerging domain of autonomous defence technologies.

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India’s Space Economy To Reach $45 Billion As Gaganyaan Human Mission Nears

India’s space economy is projected to expand five-fold to reach $45 billion within the next eight to ten years, according to Union Minister Jitendra Singh.

He emphasised that the space sector has become one of the fastest-growing industries in the country, reflecting the government’s commitment to building technology-driven growth engines.

Singh noted that India’s space economy, which was negligible in the past, currently stands at around $9 billion. He expressed confidence that the rapid pace of growth will enable the sector to achieve the $45 billion target within the stipulated time frame. This expansion is seen as a crucial step in positioning India as a major player in the global space economy.

The minister also highlighted the remarkable progress of India’s biotechnology sector. He explained that in 2014, the biotechnology economy was valued at $10 billion. With the introduction of the BioE3 policy, designed to integrate biotechnology with employment, economic growth, and environmental sustainability, the sector has surged to $193 billion. Singh attributed this success to strong policy support and active industry participation.

Turning to India’s human spaceflight ambitions, Singh revealed that the government is aiming for a significant milestone next year under the Gaganyaan program.

He confirmed that a final test mission involving the humanoid robot Vyommitra is scheduled before the end of this year. Following the completion of test flights, a full-scale rehearsal will be conducted, paving the way for India to send its first human into space under the Gaganyaan mission in 2027.

Singh outlined India’s long-term energy transition strategy, stressing that the country’s push towards nuclear and renewable energy predates current geopolitical uncertainties in West Asia.

He projected that by 2047, nuclear energy will account for approximately 10 to 11 per cent of India’s electricity requirements, while renewable sources will contribute 70 to 75 per cent. This ambitious energy mix is intended to strengthen India’s energy security and reduce dependence on fossil fuel imports.

The minister further mentioned that India is exploring emerging technologies such as ocean energy as part of its broader strategy to achieve net-zero emissions by 2070. He underscored the importance of reducing petrol imports to achieve self-reliance in fuel, highlighting the government’s determination to cut dependence on external sources.

Singh’s remarks underscore India’s broader vision of expanding capabilities in strategic sectors such as space, biotechnology, and clean energy. These initiatives are expected to support long-term economic growth, enhance energy security, and consolidate India’s position as a global leader in science and technology.

ANI

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Vinpropel Developing Indigenous Electric Propulsion For Drones And eVTOL Platforms

Coimbatore-based Vinpropel, a venture of Vinuruk Technologies, is emerging as a significant player in India’s indigenous aerospace ecosystem by developing high-efficiency electric propulsion systems for drones and eVTOL platforms.

With expertise in advanced motor design and system integration, the company is positioning itself to reduce reliance on imported propulsion technologies and strengthen India’s self-reliance in aerial mobility.

Vinpropel is focusing on designing and manufacturing high-thrust BLDC motors tailored for commercial, agricultural, and defence UAVs. These motors are engineered to deliver consistent performance under demanding operational conditions, ensuring reliability for surveillance, mapping, and industrial applications.

The company is also working on motor controllers, drives, ESCs, and propellers, providing a complete propulsion solution rather than just individual components. This integrated approach simplifies deployment for drone manufacturers and enhances compatibility across platforms.

The company’s ambitions extend beyond unmanned systems. Vinpropel is scaling its propulsion technology to meet the stringent power and reliability requirements of eVTOL aircraft, which represent the next frontier in manned aerial mobility.

By focusing on scalability and robustness, Vinpropel aims to support passenger transport, urban commuting, and emergency evacuation missions in the future. This positions the firm within India’s growing eVTOL ecosystem, where start-ups and established aerospace players are racing to develop viable air taxi solutions.

Vinpropel’s work is firmly aligned with the Make in India and Atmanirbhar Bharat initiatives, emphasising indigenous engineering and manufacturing. By building propulsion systems entirely in India, the company reduces dependence on foreign suppliers and ensures that intellectual property remains within the country. This is particularly critical in defence applications, where reliance on imported motors and drives can compromise operational autonomy.

The company benefits from over eight years of expertise at Vinuruk Technologies in motor design, power electronics, control algorithms, and system-level integration.

This foundation enables Vinpropel to deliver globally competitive propulsion technologies that are not only efficient but also scalable across diverse aerial platforms. Its headquarters in Coimbatore situates it within Tamil Nadu’s industrial ecosystem, which has become a hub for advanced manufacturing and aerospace innovation.

Vinpropel’s vision is to create indigenous, scalable, and globally competitive propulsion systems that power the future of sustainable aerial mobility. Its target applications include UAVs, drones, manned aerial platforms, and defence aerospace systems. The company’s emphasis on system-level integration and rigorous testing ensures that its propulsion units meet international standards of performance and safety.

This development is part of a broader strategic context in India’s deep-tech and aerospace sectors. Across the country, companies and research hubs are racing to build domestic supply chains for autonomous systems and eVTOL aircraft, reducing reliance on imported components.

Vinpropel’s entry into this space highlights the growing confidence of Indian startups to design, build, and test complex propulsion systems domestically, contributing to a robust and self-reliant aerospace ecosystem.

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Amaravati Quantum Valley Achieves Indigenous Cooling Breakthrough At Four Kelvin

AP Chief Minister N Chandrababu Naidu during his visit to the Quantum Reference Facility.

Amaravati Quantum Valley announced on Friday that its indigenous dilution refrigerator successfully reached four Kelvin, equivalent to minus 269 degrees Celsius, at the Quantum Reference Facility in Medha Towers, Amaravati.

This milestone marks a significant advance in India’s efforts to build a domestic quantum technology ecosystem.

The achievement was highlighted by Chief Minister N Chandrababu Naidu during his visit to the Quantum Reference Facility. The breakthrough supports Andhra Pradesh’s ambition to position Amaravati as a hub for advanced technologies and strengthens India’s cryogenic engineering capabilities. A press release described the four Kelvin milestone as the first major technical success of the initiative.

The journey towards this achievement began in September 2025, when scientists, researchers, start-up founders and industry leaders met Chief Minister Naidu. During the meeting, they presented an assessment indicating that nearly 85 per cent of the components required for quantum computing infrastructure could potentially be developed within India. This assessment laid the foundation for a vision of building a domestic quantum hardware ecosystem.

Following the meeting, Naidu and IT Minister Nara Lokesh called for the creation of a ‘Made in Amaravati for the World’ initiative to establish indigenous quantum hardware capabilities.

Amaravati Quantum Valley subsequently partnered with Qbit Force and Qubitech to identify opportunities for developing quantum hardware within India, with a particular focus on cryogenic technologies essential for advanced quantum computing.

This effort led to the establishment of Quantum Reference Facilities at Medha Towers in Amaravati and at a private college in Andhra Pradesh in April 2026. These facilities provide start-ups, researchers, academic institutions, national laboratories and industry partners with access to testing and validation infrastructure for quantum hardware developed domestically.

The Quantum Reference Facility has been described as a national testbed and validation platform for quantum technologies. It enables the development, integration, testing and validation of technologies across cryogenic systems, vacuum engineering, control electronics, processor technologies and quantum control systems.

Several indigenous technologies, including precision power supplies, quantum control software, electronic modules and other hardware components, are already being evaluated on the platform.

Operating at four Kelvin allows the testing of superconducting devices, quantum sensors, cryogenic electronics, single-photon detectors and other components used in quantum computing, communication and sensing technologies.

The system will continue cooling towards ultra-low millikelvin temperatures required for advanced superconducting quantum computing applications. The next phase will support further quantum hardware testing and processor development.

Amaravati Quantum Valley acknowledged the support of the National Quantum Mission and the Department of Science and Technology in advancing India’s indigenous quantum technology ecosystem. The initiative underscores India’s growing capabilities in cryogenic engineering and its determination to achieve sovereignty in quantum technologies.

Agencies

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