As America Deploys Space Weapons Sparking Global Race, India Steps Up Orbit Defence

The United States has openly admitted to deploying space-based weapons in orbit, marking a historic shift in military doctrine. Russia and China are already fielding counter-space systems, while India, though behind in scale, has demonstrated anti-satellite capabilities and is steadily expanding its military space infrastructure.

This disclosure signals that the race for dominance in Earth’s orbit has entered a new and dangerous phase.

America’s announcement came from Air Force Secretary Troy Meink, who confirmed that the US now possesses on-orbit space control weapons. He deliberately avoided revealing details about the type, number, or deployment timeline of these systems.

The vagueness is strategic, intended to deter adversaries while preventing technical exposure. This marks a departure from Washington’s earlier reluctance to describe space as a war-fighting domain. Senior officials now openly acknowledge space as a contested battlefield.

Russia and China reacted sharply. Moscow called for complete demilitarisation of space, while Beijing warned against turning orbit into a battlefield. Yet both nations are themselves advancing counter-space technologies.

Russia has moved from testing co-orbital anti-satellite systems to deploying operational Nivelir satellites capable of threatening US intelligence spacecraft.

Like India, China has tested kinetic anti-satellite missiles, fielded jammers, and invested in directed-energy systems. Both countries are accused by Washington of developing capabilities to track and disrupt American forces.

India’s position is more modest but significant. In 2019, New Delhi demonstrated kinetic anti-satellite capability under Mission Shakti, destroying a satellite in low Earth orbit. Since then, India has expanded its military space infrastructure.

The Defence Research and Development Organisation (DRDO) is working on directed-energy weapons, electronic warfare systems, and space situational awareness programs.

ISRO has strengthened its NETRA surveillance network in Bangalore, designed to track orbital debris and hostile manoeuvres. India also practised satellite dogfighting in 2025, showcasing manoeuvring skills at orbital speeds of 28,800 kilometres per hour.

India’s Space-Based Surveillance-III (SBS-III) program is a ₹26,968 crore national security initiative approved by the Cabinet Committee on Security. It will deploy a constellation of 52 advanced military surveillance satellites in low Earth orbit to provide round-the-clock, all-weather intelligence over land borders and maritime zones.

ISRO will manufacture 21 satellites, while private Indian companies will build 31, marking a major step in integrating industry into defence space. These satellites will carry synthetic-aperture radar, infrared sensors for night-time imaging, and electro-optical cameras for real-time tracking.

The constellation will be operated under the Defence Space Agency and Mission Sudarshan Chakra, directly linking with air defence assets to strengthen operational capabilities.

While early project timelines anticipated the first batch of satellites to launch as early as April 2026, the deployment timeline has shifted. Recent updates from the September 2026 International Space Summit in Paris indicate that the physical rollout and deployment of the 52-satellite constellation is now officially scheduled to take place between 2027 and 2030.

The US Space Force, created in 2019, now plays a central role in this architecture. Its doctrine of “space control” emphasises superiority—operating freely while denying adversaries the same. This includes both kinetic and non-kinetic means, ranging from lasers to blind satellites, to cyber and electromagnetic jamming. Experts believe the US may have deployed non-kinetic systems such as jammers, which avoid creating dangerous debris but can cripple communications, GPS, and surveillance networks globally.

The implications are profound. Satellites underpin military command, missile guidance, surveillance, and civilian infrastructure from aviation to financial networks.

A strike on orbital assets could cascade into global disruption. The greatest fear remains Kessler Syndrome, where debris from destroyed satellites triggers uncontrollable collisions, rendering entire orbital regions unusable.

India’s challenge is balancing deterrence with restraint. While it has proven offensive capability, its focus remains on defensive preparedness and situational awareness. Partnerships with the US, including data-sharing agreements, enhance India’s monitoring capacity. Yet New Delhi must accelerate indigenous programs to ensure its growing constellation of satellites remains secure in an increasingly hostile domain.

The disclosure by Washington has effectively normalised the weaponisation of space. The taboo is broken, and the race is now overt. For India, the task is clear: strengthen indigenous technology, expand surveillance networks, and prepare for a future where space is no longer a sanctuary but the decisive high ground of warfare.

IDN (With Agency Inputs)

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India’s Mobile Defence Satellite Launcher VEDA Redefines Space Warfare

The Defence Research and Development Organisation has embarked on a transformative initiative known as Project VEDA, or Vehicle for Defence Application.

This project is centred on the development of a dedicated Defence Satellite Launch Vehicle for the Defence Space Agency. Unlike traditional launch architectures that depend on fixed pads, lengthy fuelling, and extended payload integration cycles, VEDA introduces a mobile, cannisterised launch platform bridging missile technology with counter-space deterrence in a contested orbital environment.

The system is being developed by the Advanced Systems Laboratory and Research Centre Imarat under the Dr. APJ Abdul Kalam Missile Complex. It represents India’s first operationally responsive space and counter-space platform, designed to fulfil varied anti-satellite roles.

By repurposing the solid-fuel ballistic missile heritage of the K-4 submarine-launched ballistic missile into a mobile satellite delivery mechanism, VEDA provides the armed forces with an on-demand capability to reconstitute space assets or execute counter-space missions during high-intensity conflicts.

The architecture is built around three solid-propellant stages and focuses on five core capabilities. The first is the rapid launch window. Unlike civilian launch vehicles that rely on liquid propulsion and lengthy assembly, VEDA uses pre-packaged solid rocket motors with factory-integrated payloads inside sealed canisters. This enables order-to-orbit readiness within 24 to 72 hours.

The second capability is dispersed, pad-independent deployment. Mounted on heavy Transporter Erector Launcher vehicles, VEDA eliminates reliance on fixed spaceports such as Sriharikota. TEL units can operate from highways, remote bases, or rugged terrain, making it difficult for adversaries to pre-target launch infrastructure.

The third capability is tactical satellite replenishment. In the event of adversary anti-satellite strikes, directed-energy attacks, or cyber jamming, VEDA allows substitute tactical satellites to be launched into Low Earth Orbit, restoring critical command, control, communications, computers, intelligence, surveillance, and reconnaissance functions.

The fourth capability is nanosatellite swarm ejection. With specialised payload dispensers, VEDA can eject multi-satellite constellations or CubeSat clusters into precise orbits in a single flight. These swarms provide low-latency, high-revisit synthetic aperture radar, electro-optical and infrared, and signals intelligence directly to tactical commanders.

The fifth capability is offensive counter-space missions. VEDA can operate as a direct-ascent or co-orbital platform capable of hard-kill and soft-kill anti-satellite operations.

Hard-kill missions involve kinetic interceptors or co-orbital nanosatellites to disable hostile assets via collision. Soft-kill missions involve payloads such as high-power microwave emitters, RF jammer suites, or laser dazzlers to blind sensors and disrupt electronics without creating long-lasting debris.

Globally, VEDA’s positioning can be compared with China’s Kuaizhou program and the United States’ Tactical Satellite and commercial quick-reaction frameworks.

China’s ExPace has scaled into a commercial provider, while the US leverages partnerships with companies like Firefly Aerospace and Rocket Lab. VEDA, however, remains tightly integrated within India’s defence-industrial ecosystem. Its sealed-canister TEL architecture matches China’s road-mobile capability, ensuring survivability superior to fixed-pad concepts.

Global Responsive Launch System - A Comparison

Parametres	DRDO VEDA	KUAIZHOU (China)	Firefly/Victus (US)
System Source	K-4 SLBM/Agni-P Missile Systems	DF-21 IRBM	Commercial Small-Lift & US DoD Incubators
Operational Focus	Battlefield Necessity & ASAT	Dual-Use (Civil/Military)	Rapid Tactical Engagement and Situational Dominance
Launch Platform	TEL Cannisterised	Deployable Road-Based Launch Platforms	Transportable Pad/Modular Ground Support
Order-To-Orbit	24–72 Hours	Hours To Days	~24 Hours
Payload To LEO	~1,000–2,000 kg	200 kg (KZ-1A) to 1,500+ kg (KZ-11)	~1,000 kg

Strategically, Project VEDA strengthens India’s deterrence equilibrium. By demonstrating credible capability to reconstitute space assets mid-conflict, it reduces the incentive for adversaries to launch first-strike anti-satellite attacks. It also integrates seamlessly with India’s Strategic Forces Command, leveraging existing logistics and handling procedures for ballistic missiles.

In the Indo-Pacific theatre, where maritime choke points and mountain borders demand real-time tracking, VEDA’s on-demand satellite swarms provide continuous situational awareness during crises. This ensures regional dominance in high-altitude and maritime domains.

Project VEDA marks a doctrinal shift in India’s space strategy. It moves from static earth observation and long-lead exploration toward resilient, responsive space-defence architectures. As orbit becomes militarised, platforms like VEDA guarantee that national command retains its eyes in the sky even under severe counter-space conditions.

In conclusion, VEDA is not merely a launch vehicle but a strategic shield and sword in space. It embodies India’s transition to a responsive, mobile, and survivable space-defence program, ensuring sovereignty and operational superiority in an increasingly contested orbital environment.

Agencies

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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.

Agencies

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India’s 52‑Satellite Constellation: Building A Resilient Military Space Architecture To Monitor China, Pakistan Threats

India has sanctioned a ₹26,968‑crore program to deploy a 52‑satellite military constellation between 2025 and 2029, marking a decisive shift from a civilian‑focused space program to a robust defence architecture, according to a report in TOI.

Thirty‑one satellites will be built by private industry, reflecting the new Space Policy 2026 and global trends in commercial integration.

India’s space strategy is undergoing a profound transformation. Space, often described as the final frontier, is now formally integrated into India’s warfighting doctrine.

The Joint Military Space Doctrine, announced at the Combined Commanders’ Conference in Kolkata in 2025, recognised orbit as a contested domain and embedded space power into military planning.

This doctrine underpins the Space Based Surveillance Phase-III initiative, which will deliver a resilient constellation of 52 satellites designed to provide persistent intelligence, surveillance, reconnaissance, secure communications, and space situational awareness.

The architecture is based on proliferated low‑Earth‑orbit satellites, favouring dozens of smaller, agile platforms over a handful of large ones.

This distributed approach reduces vulnerability to anti‑satellite weapons and electronic warfare, while ensuring redundancy and continuity of operations. Hybrid payloads combining synthetic‑aperture radar with high‑resolution optical sensors will enable round‑the‑clock monitoring, unaffected by weather or light conditions.

Secure communication links will strengthen command‑and‑control resilience, while dedicated platforms will track adversary satellites and enhance space situational awareness.

India is also developing counter‑space capabilities, including electronic warfare and kinetic options, to deter and respond to hostile actions. The Cabinet Committee on Security approved the project at a cost of nearly ₹27,000 crore, underscoring its strategic importance.

The constellation will deliver sub‑30 cm resolution imagery and real‑time moving‑target indication across the Indo‑Pacific theatre, enabling India to monitor adversary infrastructure along the Line of Actual Control with China, the India‑Pakistan border, and maritime activity in the Indian Ocean.

This capability is particularly critical given China’s expanding Yaogan constellation and its growing naval presence in the Indo‑Pacific.

Private industry has been given a central role, with 31 satellites to be built and deployed by commercial firms under the revised Space Policy 2026. Companies such as Pixxel, Skyroot, Agnikul, Tata Advanced Systems, and L&T are expected to contribute payloads, launch services, and satellite buses.

This reflects a global trend where commercial players are increasingly central to national security space programs, as seen in the United States and the United Kingdom. India’s adoption of distributed constellations mirrors lessons learned from anti‑satellite demonstrations that highlighted the risks of relying on a few large platforms.

The constellation will include multiple orbital layers, with low Earth orbit satellites providing high‑resolution imaging, medium Earth orbit satellites offering persistent coverage, and geostationary satellites equipped with infrared payloads for missile launch detection.

Electronic intelligence satellites will geolocate radar emitters, while communications relay satellites will provide anti‑jam, high‑capacity laser links. Together, these layers create a multi‑layered architecture capable of supporting military operations across land, sea, air, and orbit.

This initiative marks India’s transition from a space‑support nation to a genuine space power. By integrating cyber‑space frameworks, joint doctrine, and private‑sector participation, India is building a resilient, multi‑layered military space architecture.

Future conflicts will no longer be confined to terrestrial domains but will be shaped decisively in orbit, where India aims to secure its sovereignty and strategic advantage.

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Operation Sindoor 2.0: Indian Armed Forces Expand Into Multi-Domain Warfare Amid Transparent Battlefields And Information Challenges

General Upendra Dwivedi has confirmed that Operation Sindoor remains active despite a pause in hostilities, with the tri-services preparing for “Operation Sindoor 2.0.”

The Indian military is expanding into new domains such as space, cyber, and cognitive warfare, while emphasising synergy, caution in deployments, and national unity in the face of information warfare.

Operation Sindoor, launched in May 2025 as a retaliatory strike against Pakistan-backed terrorism, continues to shape India’s military posture. General Dwivedi, speaking in Pune, stressed that although there is a temporary cessation of hostilities, the armed forces are actively preparing for the next phase. 

He underlined that the Army, Navy, and Air Force are working cohesively to ensure readiness for multi-domain warfare, which will extend beyond traditional land, sea, and air operations.

The armed forces are expanding their operational focus to include space, cyber, and cognitive warfare, recognising that future conflicts will be fought across these domains. Cyber operations are increasingly central to disrupting adversary networks, while space-based assets are vital for surveillance, communication, and precision targeting.

Cognitive warfare, aimed at influencing perceptions and morale, is becoming a defining feature of modern conflict.

Enhancing synergy between the three services is a priority. General Dwivedi noted that joint planning and integrated command structures are being strengthened to ensure seamless coordination.

This reflects lessons learned from Operation Sindoor, where combined air power and missile systems played a decisive role. The tri-services are now equipping themselves with advanced drones, counter-drone systems, and AI-driven technologies to optimise battlefield resources.

Modern battlefields are highly transparent, with surveillance systems and drones monitoring movements continuously. Dwivedi emphasised that extreme caution in deployments and troop movements is essential, as adversaries can detect even minor shifts. This transparency demands new doctrines for force protection, deception, and mobility, ensuring troops and civilians in border areas remain safeguarded.

Information warfare has emerged as a critical front. Dwivedi stressed that such operations succeed only when the nation stands united and trusts official sources of information. He warned that misinformation campaigns aim to erode morale and sow division, but a cohesive national narrative can counter these threats. Victory, he said, lies in the mind as much as on the battlefield.

India’s broader modernisation programs are aligned with these priorities. Under the “Decade of Transformation,” the armed forces are inducting new platforms such as Rafale fighter jets, S-400 systems, loitering munitions, and advanced air defence guns. Investments in indigenous defence industries, supported by initiatives like iDEX and the Defence Corridor, are building self-reliance and resilience.

Artificial intelligence and automation are being integrated into command systems to manage the vast resources of modern battlefields efficiently.

The Army Chief’s remarks highlight that Operation Sindoor 2.0 is not merely a contingency plan but a reflection of India’s evolving doctrine. The armed forces are preparing for conflicts that will be multi-domain, technologically driven, and psychologically contested.

The emphasis on national unity underscores that military preparedness must be matched by societal resilience against misinformation and external manipulation.

Agencies

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India’s Strategic Shift: Building Sovereign Space Power For Defence

The transformation of India’s defence posture through space is now a defining feature of its strategic evolution. The traditional notion of the “high ground” has shifted from mountain ridges and coastlines into the exosphere, where orbital dominance will determine the outcome of future wars.

As General Anil Chauhan, Chief of Defence Staff, warned at the DefSpace Symposium 2026, India risks fighting blind if it fails to secure its interests in space. Conversely, mastery of this silent frontier will provide foresight and precision once thought to be science fiction.

This imperative is driving a profound reorganisation of India’s defence architecture, with the Armed Forces, the Defence Space Agency, and the Indian Space Association working in synergy to build a sovereign space power.

India’s space journey has long been defined by civilian applications such as tele‑education, disaster management, and resource mapping. While these remain vital, the geopolitical climate now demands a “Space‑First” defence posture.

The doctrine is shifting from merely “using space” to “operating in space.” Reliance on a few large satellites in Geostationary Orbit has become untenable, as these assets are vulnerable to direct‑ascent anti‑satellite missiles, co‑orbital interceptors, and high‑energy laser dazzling.

To counter this, India is pivoting towards proliferated Low Earth Orbit constellations composed of smaller, low‑cost satellites. This distributed architecture ensures redundancy, rapid replenishment, and resilience, preventing a strategic blackout even under hostile conditions.

Technological sovereignty cannot rest solely on ISRO or DRDO. It requires systemic integration of India’s private space ecosystem. Mission DefSpace has posed seventy‑five specific technological challenges to industry, ranging from signal intelligence and autonomous debris removal to persistent surveillance.

This marks a decisive shift in procurement, moving away from slow legacy processes towards the agility of non‑governmental entities and start‑ups. By harnessing private innovation, India is building a military‑industrial complex capable of matching the rapid pace of regional rivals.

A transformative frontier in this strategy is In‑Space Servicing, Assembly, and Manufacturing. The traditional “launch‑and‑forget” model is giving way to technologies that extend satellite lifespans through in‑orbit refuelling and modular upgrades.

In conflict, the ability to repair sensors or reposition satellites without fresh launches is a game‑changer. ISAM also enables the construction of large orbital structures, such as high‑powered ISR platforms, which cannot be launched in a single rocket. This turns space into a dynamic, serviceable infrastructure rather than a static gallery of tools.

The vast data generated by these constellations requires real‑time processing to shorten the “sensor‑to‑shooter” loop. Integrating geospatial foundation models and artificial intelligence provides planet‑scale intelligence, automatically detecting troop movements, new airfields, or naval deployments across thousands of kilometres. Combined with the high revisit rates of LEO satellites, this replaces the fog of war with a transparent battlefield.

Securing orbital assets depends equally on the resilience of data links. Satellite communications are vulnerable to cyber‑attacks and jamming. India’s roadmap to 2047 envisions quantum‑secure, cyber‑hardened connectivity.

Quantum Key Distribution will ensure military commands and intelligence feeds remain un-hackable, even against quantum computing threats. This hardened nervous system will underpin the evolution of the Defence Space Agency into a tri‑service Space Command, integrating space effects into land, air, and sea operations.

Institutional evolution must be matched by fiscal and policy reform. The private sector’s role as an engine of defence innovation requires a predictable environment. ISpA has advocated granting “Critical Infrastructure” status to space assets, unlocking long‑term capital.

A fifty per cent government procurement mandate for domestic private players would provide stable demand, enabling start‑ups to scale globally.

Rationalising GST and introducing Production‑Linked Incentive schemes for satellite manufacturing are strategic measures that determine whether India builds its own shield or remains dependent on foreign vendors.

Strategic autonomy also hinges on Space Situational Awareness. With militarisation of space and the risk of Kessler Syndrome, India must track debris and adversarial inspector satellites manoeuvring near sensitive platforms. Indigenous SSA ensures India is not blindsided in its orbital backyard.

Sovereign Positioning, Navigation, and Timing is equally critical. While GPS is ubiquitous, India’s NavIC constellation provides secure, independent signals, ensuring missile guidance and troop navigation remain operational even if foreign systems are denied.

The future will see non‑state actors and smaller nations gaining access to orbital data. In this crowded environment, the edge will belong to nations that synthesise information fastest and act with precision. India’s Amrit Kaal vision for 2047 is to lead in sustainable and secure orbital practices, not merely participate.

Achieving this requires sustained increases in R&D investment, scaling beyond current modest levels to reflect the existential importance of space.

Strengthening India’s defence capabilities through space is thus a multidimensional project requiring the precision of researchers, the agility of entrepreneurs, and the foresight of generals. It marks a journey from “Space for Peace” to “Space for Strength.”

By fostering an indigenous ecosystem, integrating AI and quantum security, and evolving institutional commands, India is ensuring sovereignty in the heavens as on the ground. Space is no longer a distant horizon but the first line of defence, a shield, a sword, and an unblinking eye securing peace through undeniable strength.

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IAF's Bold Leap: Mastering Near-Space To Counter Hypersonic Menaces

The Indian Air Force (IAF) is transcending traditional aerial boundaries, venturing boldly into the realm of space operations. With the activation of a dedicated Space Training Cell at the College of Air Warfare (CAW) in Hyderabad, the IAF signals its intent to cultivate a new cadre of space-savvy warriors.

This facility, now fully operational, equips officers with the expertise to navigate the complexities of near-space environments, blending air power with cosmic capabilities.

Underpinning this shift is the IAF's ongoing development of a comprehensive doctrine for near-space operations. This doctrinal framework extends the service's responsibility from the conventional 20 km altitude—hitherto the edge of airspace—upwards into the near-space domain, typically spanning 20 to 100 km. Here, the thin atmosphere blurs the lines between aeronautics and astronautics, demanding innovative tactics and technologies.

At the heart of this evolution lies a critical mission: intercepting hypersonic ballistic missiles (HBMs) that threaten to dominate near-space trajectories. These weapons, capable of speeds exceeding Mach 5, manoeuvre unpredictably at altitudes where traditional air defence systems falter. The IAF aims to pioneer countermeasures, leveraging agility and precision to neutralise such threats before re-entry.

Complementing these efforts is the Defence Space Agency (DSA), established in 2019 under the Integrated Defence Staff. The DSA manages vital space-based assets for intelligence, surveillance, and reconnaissance (ISR), precise positioning, navigation, and timing (PNT), as well as secure communications. These pillars enable real-time situational awareness, crucial for near-space engagements.

The Space Training Cell at CAW represents a cornerstone of human capital development. Pilots and ground crew undergo specialised modules on satellite operations, orbital mechanics, and counter-space warfare. Simulations replicate hypersonic intercepts, fostering decision-making under the unique physics of near-space, where drag is minimal and velocities soar.

India's indigenous space program, spearheaded by ISRO, provides a robust foundation. Collaborations yield dual-use technologies like the GSAT series for encrypted comms and the Cartosat constellation for high-resolution ISR. The IAF integrates these with platforms such as the Akashteer air defence system, evolving it for space-layer defence.

Near-space operations demand novel platforms. The IAF eyes high-altitude long-endurance (HALE) UAVs like the TAPAS-BH-201, capable of 30+ km loiter times, and future hypersonic vehicles akin to DRDO's HSTDV. These assets bridge the gap, offering persistent vigilance and rapid response in contested near-space.

Countering hypersonic threats requires layered defences. The IAF doctrine emphasises boost-phase intercepts using space-based sensors for early warning, cueing ground-based systems like the S-400 or indigenous AD-1 missiles. Directed energy weapons (DEWs) and kinetic kill vehicles emerge as promising tools for precision strikes at extreme altitudes.

Geopolitically, this expansion responds to regional provocations. China's hypersonic arsenal, including the DF-17 and YJ-21, and Pakistan's nascent programs underscore the urgency. India's Agni-V and BrahMos-II developments mirror this, but defensive parity demands IAF dominance in near-space.

The DSA's ISR suite, bolstered by RISAT radar imaging satellites, delivers all-weather targeting data. PNT from NAVIC ensures metre-level accuracy for missile guidance, while secure comms via military-grade transponders maintain command chains amid jamming threats.

Training evolves beyond classrooms. The CAW's cell incorporates virtual reality for orbital pursuits and collaborative exercises with ISRO and DRDO. Joint missions, like the recent Hypersonic Technology Demonstrator Vehicle trials, validate concepts, paving the way for operational squadrons.

Budgetary commitments reflect priority. The 2025-26 defence allocation earmarks funds for space augmentation, including 36 additional satellites and CAW infrastructure upgrades. Public-private partnerships with Tata Advanced Systems and Bharat Electronics accelerate indigenisation.

Challenges persist. Near-space's vacuum-like conditions strain air-breathing engines, necessitating scramjet advancements. Cyber vulnerabilities in space assets demand robust hardening, while international norms like the Outer Space Treaty constrain weaponisation rhetoric.

However, the IAF's vision remains undeterred. By 2030, projections envision a dedicated near-space wing, integrating manned fighters with unmanned swarms for multi-domain superiority. This fusion redefines air power, extending India's strategic depth skywards.

Global precedents inspire. The US Space Force's orbital warfare and Russia's Cosmos intercepts highlight the stakes. India, however, leverages asymmetric advantages: cost-effective launches and a burgeoning private space sector like Skyroot and Agnikul.

The mantra 'the sky is no longer the limit' encapsulates this paradigm shift. As the IAF masters near-space, it not only safeguards the homeland but positions India as a pre-eminent space-faring military power, ready for the hypersonic age.

IDN (With Agency Inputs)

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Panel Urges Swift Rollout of SBS-III to Bolster India's IOR Vigilance Amid Sino-Pak Naval Threat

A Parliamentary committee has called for the prompt implementation of the Space Based Surveillance-III (SBS-III) program in a time-bound manner to enhance India's Maritime Domain Awareness (MDA) in the Indian Ocean Region (IOR).

This recommendation forms part of a broader report by the Standing Committee on External Affairs, chaired by Congress MP Shashi Tharoor, which evaluates the government's response to prior observations on India's Indian Ocean Strategy.

The committee underscores the pivotal strategic, economic, and environmental role of the IOR for India. Spanning over 70 million square kilometres, the region connects more than 35 littoral states and supports one-third of the global population. India's own stakes are substantial, with a coastline exceeding 11,098 kilometres and an Exclusive Economic Zone (EEZ) of 2.4 million square kilometres.

The IOR handles 90 per cent of India's trade volume, alongside half of the world's container shipments, a third of bulk cargo, and two-thirds of oil shipments. The committee stresses that this maritime lifeline is integral to India's geopolitical, economic, and cultural interests, necessitating a comprehensive strategy to ensure regional security, stability, and prosperity.

While acknowledging recent government initiatives, the committee insists on intensified bilateral and multilateral defence partnerships. It notes India's commitments through military asset provision, joint exercises, high-level visits, and capacity-building support. Yet, it urges the Ministry of External Affairs (MEA) to elevate these efforts, positioning India as a leading security provider in the IOR.

A key concern is the deepening China-Pakistan naval nexus, which poses a combined threat to regional balance. The committee recommends proactive countermeasures, including bolstered deterrence capabilities and joint exercises with partners. The Indian Navy remains vigilant, closely monitoring deployments by both nations.

Recent naval enhancements include the commissioning of INS Vikrant, submarine fleet modernisation with nuclear-powered vessels, induction of anti-submarine warfare (ASW) corvettes, P-8I long-range maritime reconnaissance aircraft, and MH-60R helicopters.

Despite these strides, the committee expresses alarm over expanding Chinese deployments in the IOR and potential Sino-Pak naval collaboration.

To counter these risks, the MEA should support the Indian Navy's strategic partnerships via increased deployments, exercises, and collaborations with like-minded navies. Strengthening MDA is paramount, with SBS-III positioned as a cornerstone for real-time intelligence, surveillance, and situational awareness.

The committee also highlights the escalating narcotics trafficking in the IOR, urging comprehensive upgrades to coastal surveillance infrastructure. Measures already in place include the National Command, Control, Communication and Intelligence Network (NC3I), Sagar Prahari Bal, over 80 fast interceptor craft, 23 immediate support vessels, coastal security exercises, and Automatic Identification System (AIS) transponders on fishing vessels.

The Indian Coast Guard has similarly acted against trafficking. However, the committee emphasises that these threats extend beyond coasts, impacting national security, economic stability, and social order. It calls for a National Maritime Domain Awareness Project to integrate all surveillance centres and databases under one umbrella, expedited in a time-bound fashion.

State-of-the-art coastal surveillance is essential for monitoring India's vast EEZ against piracy, trafficking, illegal fishing, maritime terrorism, and natural calamities. As of September 2025, the Indian Navy operates 140 ships and submarines alongside 264 aircraft, with 55 more ships under construction for induction over the next six years and approval for 74 additional vessels.

India must amplify its naval presence to provide credible deterrence and safeguard national interests. The committee reiterates the need for sustained investment in modernising both the Indian Navy and Coast Guard, enabling India to fulfil its role as a net security provider in the IOR.

ANI

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UPDATE: India Establishing 4 Specialised, Tri-Service Military Agencies—DGA, Data Force, Drone Force, And Cognitive Warfare Action Force

India is spearheading a transformative overhaul of its military structure through the establishment of four specialised tri-service agencies: the Defence Geo-Spatial Agency (DGA), Data Force, Drone Force, and Cognitive Warfare Action Force.

These units form a cornerstone of the Armed Forces Vision 2047, a comprehensive blueprint designed to propel the Indian military into a technologically dominant force by 2030.

Drawing on integrated capabilities from the Army, Navy, and Air Force, they address emerging domains of modern warfare, from geospatial intelligence to cognitive operations.

The Defence Geo-Spatial Agency (DGA) stands as the nerve centre for geospatial intelligence. It seamlessly integrates satellite imagery, advanced mapping technologies, and real-time geospatial data to bolster battlefield intelligence, navigation, and strategic planning.

In an era where precision targeting and terrain awareness can determine victory, the DGA will fuse inputs from indigenous satellites like those from ISRO with ground-based sensors, enabling commanders to visualise threats and opportunities in three dimensions.

This agency builds on existing foundations such as the Defence Intelligence Processing and Analysis Centre (DIPAC) but elevates them to tri-service integration. By 2030, the DGA aims to deliver predictive geospatial analytics, supporting operations ranging from border skirmishes along the Line of Actual Control (LAC) to maritime domain awareness in the Indian Ocean Region.

Its role in navigation will enhance precision-guided munitions and autonomous systems, reducing collateral damage and amplifying operational tempo.

Complementing the DGA, the Data Force emerges as a pivotal hub for military data stewardship. This unit centralises vast streams of data from sensors, platforms, and human intelligence, employing artificial intelligence (AI) for analytics, cyber-intelligence, and decision-support systems. In a data-saturated battlefield, it promises to convert raw information into actionable insights, mitigating information overload for decision-makers.

The Data Force will leverage machine learning algorithms to detect patterns in enemy movements, forecast logistics needs, and counter cyber threats proactively. Integrated with quantum-resistant encryption and edge computing, it aligns with India's push for Atmanirbhar Bharat in defence technologies.

By 2030, this force could enable real-time battle management systems akin to those used by advanced militaries, ensuring the Indian Armed Forces maintain superiority in the information domain.

The Drone Force represents a bold leap into unmanned aerial dominance. Dedicated to Unmanned Combat Aerial Vehicles (UCAVs), intelligence, surveillance, and reconnaissance (ISR) drones, loitering munitions, and swarm warfare, it consolidates fragmented drone programmes under a unified tri-service command. This addresses the proliferation of drone threats witnessed in recent conflicts, such as those along India's northern borders.

Drawing from indigenous platforms like the DRDO's Rustom and Tapas UAVs, as well as loitering munitions like the Nagastra-1, the Drone Force will pioneer swarm tactics—deploying hundreds of low-cost drones to overwhelm adversaries. Swarm warfare, inspired by global trends but tailored to Indian terrain, could neutralise air defences or saturate enemy positions without risking pilots. Operational by 2030, it will integrate with the DGA for targeting and Data Force for command-and-control, forming a synergistic kill chain.

Finally, the Cognitive Warfare Action Force targets the human dimension of conflict. Specialising in information warfare, psychological operations (PSYOPS), influence campaigns, and counter-disinformation, it counters hybrid threats from state and non-state actors. In an age of social media amplification and deepfakes, this unit will craft narratives, disrupt enemy morale, and safeguard India's information ecosystem.

Employing AI-driven tools for sentiment analysis and meme warfare, the force will conduct operations across digital, cyber, and kinetic domains. It echoes NATO's cognitive warfare concepts but adapts them to South Asian geopolitics, countering narratives from adversarial neighbours. By 2030, it aims to integrate with the other agencies, enabling holistic operations where data feeds influence campaigns and drones amplify PSYOPS.

These agencies are embedded within the ambitious Armed Forces Vision 2047, a phased roadmap approved by the Cabinet Committee on Security. The initial phase targets full operational capability by 2030, coinciding with milestones like the induction of indigenous aircraft carriers and next-generation missiles. This aligns with broader reforms, including the Chief of Defence Staff (CDS) structure and theatre commands, fostering jointness across services.

Financially, the initiative leverages the increased defence budget, which crossed INR 6 lakh crore in recent years, with allocations for AI, drones, and space rising sharply. Indigenous manufacturing under Make in India will drive procurement, involving firms like HAL, BEL, and private players such as Tata Advanced Systems—your likely professional ecosystem.

Geopolitically, these units respond to escalating threats from China and Pakistan. The DGA counters PLA's satellite constellations; Data Force thwarts cyber incursions; Drone Force matches Bayraktar-style incursions; and Cognitive Warfare neutralises propaganda. They position India as a net security provider in the Indo-Pacific, complementing Quad partnerships and space collaborations.

However, interoperability hurdles among services, talent shortages in AI and cyber domains, and supply chain dependencies persists. Yet, initiatives like the Agnipath scheme and iDEX could pipeline skilled personnel. International collaborations, such as with Israel on drones and the US on geospatial tech, will accelerate progress.

By 2047, these forces envision an India-centric military paradigm: predictive, autonomous, and cognitively resilient. The 2030 milestone marks not just technological upgrades but a doctrinal shift towards multi-domain operations, ensuring deterrence in a volatile neighbourhood.

IDN (With Agency Inputs)

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MoD Charts Path For Drone Forces, Space Command-Geo-Intelligence Commands, And Expanded Air Defence Under India’s Defence Vision 2047

The Ministry of Defence has unveiled a comprehensive vision document titled 'Defence Forces Vision 2047: A Roadmap for a Future-Ready Indian Military'.

Released publicly on Thursday following its launch by Defence Minister Rajnath Singh on 10-Mar-2026, the 47-page blueprint outlines transformative structural and technological reforms for the Indian armed forces.

Attended by top military brass including Chief of Defence Staff General Anil Chauhan, Chief of the Air Staff Air Chief Marshal AP Singh, and Chief of the Naval Staff Admiral Dinesh K Tripathi, the event underscored the plan's strategic urgency amid evolving multi-domain threats.

Central to the vision is the establishment of specialised entities to address emerging warfare paradigms. These include a dedicated Defence Geo-Spatial Agency for advanced mapping and intelligence; a Data Force to harness analytics for decision-making; a Drone Force to operationalise unmanned systems at scale; and a Cognitive Warfare Action Force focused on information and psychological operations. Such agencies signal a shift towards domain-specific expertise, enabling rapid response in contested environments.

Full-fledged commands for space and cyber operations represent a pivotal expansion. While existing divisions handle preliminary space tasks, these commands will elevate capabilities to include satellite defence, orbital manoeuvres, and anti-satellite operations. Cyber commands will similarly mature to counter digital incursions, integrating offensive and defensive postures across networks.

A cornerstone initiative is Mission Sudarshan Chakra, an expanded air defence architecture slated for operational readiness by 2030. This system will bolster ballistic missile defence (BMD) and multi-layered air defences, safeguarding economic hubs, strategic assets, and civilian infrastructure.

Building on India's successful BMD interceptor trials, Sudarshan Chakra aims to neutralise diverse aerial threats, including hypersonic missiles and drone swarms, through indigenous sensors, interceptors, and command networks.

The document emphasises electromagnetic spectrum dominance as a force multiplier. This entails superior control over communications, radars, and navigation to enable friendly forces while jamming, spoofing, or denying adversary systems. Such superiority is vital for battlespaces where electronic warfare decides outcomes, from the Line of Actual Control (LAC) with China to maritime chokepoints.

Self-reliance (Atmanirbharta) permeates the roadmap, prioritising indigenous research and development of niche technologies. The focus spans hypersonics, AI-driven autonomy, quantum-secure communications, and directed-energy weapons. Dual-use infrastructure—civilian facilities convertible for military surge—will support prolonged high-intensity conflicts, addressing lessons from recent border standoffs.

The vision delineates three phased transitions. Phase-I (up to 2030), dubbed the 'era of transition', prioritises organisational restructuring for multi-domain integration. It seeks positive border control along the Line of Control (LoC) with Pakistan and LAC with China, deterring aggression, containing escalations, and neutralising terrorism through enhanced surveillance and rapid deployment.

Phase-II (2030-2040), the 'era of consolidation', advances data-centric warfare by fusing space, cyber, and electromagnetic domains with kinetic operations. Aerospace and maritime superiority will be pursued, enabling proactive denial of adversary access in critical theatres like the Indian Ocean Region (IOR).

Phase-III (2040-2047), the 'era of excellence', envisions a world-class military leading in technological innovation. Forces will achieve unrestricted freedom of action across land, sea, air, space, cyber, and cognitive domains, projecting power in areas of national interest while sustaining robust domain awareness in the IOR—encompassing maritime, underwater, and aerial surveillance.

Sustaining IOR presence emerges as a strategic imperative, countering extra-regional influences through persistent monitoring. Underwater domain awareness will track submarines, while air and surface vigilance ensures sea lines of communication remain secure. This aligns with India's Quad commitments and growing blue-water ambitions.

Therefore, Vision 2047 positions the Indian military as a future-proof entity, adapting to peer adversaries like China and revisionist actors like Pakistan. By institutionalising specialised forces and phased reforms, the MoD addresses capability gaps exposed in Galwan and recent drone incursions, fostering a synergistic, tech-driven triad of Army, Navy, and Air Force.

Challenges persist, including budgetary constraints and private sector integration, yet the emphasis on surge capacities and indigenous manufacturing—echoing successes like Tejas and BrahMos—offers a credible path. As India marks its centennial of independence in 2047, this roadmap promises a military not merely defensive, but dominant in an unpredictable geopolitical landscape.

Agencies

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India Developing Kinetic And Non-Kinetic Capabilities To Protect High-Value Spacecrafts

India's private sector is spearheading a ground breaking initiative in satellite defence, with firms preparing to launch the nation's first 'bodyguard' test satellite in the first half of 2026.

These orbital escorts aim to protect high-value spacecraft from emerging threats in space, amid rising geopolitical tensions. Discussions between security agencies and start-ups have reached advanced stages, marking a pivotal shift towards private involvement in strategic space capabilities.

The bodyguard satellites come in two primary variants, each designed for kinetic and non-kinetic defence roles. One type features a robotic arm capable of physically latching onto and repositioning hostile spacecraft, providing direct intervention. The other employs an enclosure mechanism to capture and relocate smaller attacking satellites, neutralising threats without destruction.

This development aligns with India's broader push for space security, including the fast-tracked Space-Based Surveillance program targeting over 50 spy satellites with night-time and all-weather imaging. 

High-value assets like the next-generation Earth Observation (EOS) missions, showcased in recent conceptual diagrams, stand to benefit most. These include advanced RISAT-series radar satellites for high-resolution stereo imaging and all-weather monitoring.

Private firms are also eyeing additional launches by late 2026 or early 2027, building on successes like Bengaluru-based GalaxEye's planned Drishti satellite aboard a SpaceX mission.

Complementary efforts involve hyperspectral satellites for strategic surveillance and environmental monitoring. Such missions enhance border vigilance, disaster response, and defence, with radar imaging penetrating clouds and darkness.

India's Defence Research and Development Organisation (DRDO) bolsters these private endeavours through expanded space defence technologies post-Mission Shakti. Kinetic options draw from anti-satellite (ASAT) interceptors, while non-kinetic tools encompass directed-energy weapons, cyber systems, and electromagnetic pulses to disable adversaries. Project Netra advances space situational awareness with radar, optical sensors, and LiDAR for early threat detection.

The EOS line-up features specialised payloads: L&S-band SAR for wide swath imaging, high-resolution VNIR with EOS-7 Microsat, and day/night thermal capabilities. GNSS-R, EOS-R for ocean studies, and geostationary colour cameras with continuity sensors round out the constellation. These high-res satellites, including RISAT follow-ons, demand robust protection as India deploys up to 150 new orbital assets for comprehensive border oversight.

Geopolitical drivers, including cooperation with France and the UAE on tracking, underscore the urgency. Private PSLV production enables more frequent launches, with India's first private PSLV flight slated for early 2026 and others following.

The Defence Space Agency (DSA) will oversee operations, pursuing launch-on-demand for rapid replacements.

This dual-track approach—private innovation fused with government oversight—positions India as a space security frontrunner. By year-end, test successes could herald a new era of resilient high-value spacecraft defence.

IDN (With Agency Inputs)

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India Advances Space Shield 'Satellite Bodyguard' First Space Protection Mission Project

India is launching an ambitious indigenous space defence project led by ISRO, called "Satellite Bodyguards," designed to protect Indian satellites from hostile threats.

This ₹27,000 crore initiative aims to deploy a fleet of 50 advanced satellites by 2029, with the first launch expected as early as next year.

These satellites will provide real-time threat detection with cutting-edge technologies like LiDAR for precise 3D mapping of nearby orbital objects and will operate alongside a comprehensive ground-based surveillance system.​​

The urgency of this project gained momentum after a near-collision incident in 2024, where an adversarial satellite came within one kilometre of an ISRO military satellite orbiting at 500–600 km. 

This near-encounter highlighted the vulnerability of Indian space assets crucial for military functions including mapping and surveillance.

China's vast space presence—with over 900 satellites—and its ability to support Pakistan during regional conflicts emphasizes the strategic threat India faces in space. The project aims to ensure sovereignty and security in this contested theatre.​

The bodyguard satellites will be equipped with sensors for surveillance, rapid manoeuvrability propulsion systems, and potentially countermeasures to deter enemy interference including signal jamming or physical attacks.

LiDAR technology will enable 3D detection of threats in orbit more accurately and faster than conventional radar. These satellites will be integrated with upgraded ground-based radar and telescope networks for continuous 24/7 monitoring and a layered defence posture.​​

The project, commonly referred to as Mission Rakshak, involves a significant public-private partnership with Indian private firms contributing to satellite construction alongside ISRO. This collaboration is part of a broader ₹27,000 crore Space-Based Surveillance Phase-3 (SBS-3) program, which will deploy 50–52 satellites by 2029.

The fleet will enable autonomous coordination with advanced AI for real-time military and geo-intelligence collection. This indigenous approach strengthens India’s Atmanirbhar Bharat vision in defence technology and space security.​

These satellites will act as vigilant sentinels, orbiting alongside valuable assets to detect and counter threats early, ensuring seamless protection of Indian space infrastructure vital for national security and civil applications.

This development places India among a select group of countries with active space defence capabilities, addressing emerging space warfare challenges posed by close-proximity satellite manoeuvres and adversarial tactics demonstrated particularly by China.​​

ISRO’s indigenous Satellite Bodyguards project will create a robust, multi-layered space defence shield, leveraging advanced sensing and AI to safeguard India’s strategic space assets from evolving threats, thereby marking a strategic pivot in India’s military defence architecture into outer space.

This represents a future-ready approach to space security paralleling terrestrial air defence systems like the S-400, adapted for the space domain.

IDN (With Agency Inputs)

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India Plans To Develop 'Bodyguard Satellites' To Identify & Counter Threats of Orbiting Assets Under A Satellite-Protection Project

India is embarking on a new initiative to create “bodyguard satellites” designed to protect its space assets from potential adversarial actions. This development follows heightened concerns in 2024 after a foreign satellite maneuvered within just 1 kilometre of an Indian satellite in low Earth orbit.

Although no collision occurred, the incident was regarded as a demonstration of hostile capabilities, prompting New Delhi to strengthen space security measures.

India’s growing dependence on space assets for communications, navigation, reconnaissance, and intelligence makes them critical for both civilian and military operations. The close pass in 2024 underscored the vulnerabilities of these satellites, particularly in low Earth orbit (500–600 km altitude), which is increasingly crowded with satellites belonging to commercial constellations like Starlink as well as strategic assets of rival nations. The event heightened concerns that adversaries could deliberately interfere with or disable Indian satellites in a crisis.

The government’s plan involves developing dedicated satellites capable of monitoring, manoeuvring, and intervening to protect high-value Indian spacecraft. These escort or bodyguard satellites are expected to carry sensors for surveillance, propulsion systems for rapid repositioning, and possibly countermeasure technologies to deter or disable threats. The project aligns with India’s broader effort to integrate space situational awareness (SSA) with active defensive measures to secure its strategic assets.

This program ties into a ₹270 billion ($3 billion) initiative already approved to deploy about 50 new surveillance satellites. The first of these is scheduled for launch next year.

These platforms will enhance border security, track adversarial military movements, and contribute to intelligence gathering. Together with bodyguard satellites, they form a layered structure of surveillance and protection, crucial in a region marked by competition with China’s rapidly expanding satellite fleet and Pakistan’s growing but still limited capabilities.

Experts emphasize that in-orbit defense systems cannot function in isolation. Comprehensive ground-based infrastructure—such as radar systems, optical telescopes, and machine learning-enabled tracking networks—will be critical to provide early warning of close approaches or deliberate threats. India currently lacks an around-the-clock in-orbit monitoring capability, but several domestic start-ups are exploring solutions to strengthen this area, complementing ISRO’s existing Deep Space Network and mission control facilities.

India currently operates over 100 active satellites, significantly ahead of Pakistan’s 8 but dwarfed by China’s fleet of over 930 satellites, which include sophisticated military reconnaissance, communication, navigation, and anti-satellite (ASAT)-oriented systems. The imbalance highlights the urgency for India to not only expand the quantity of its space assets but also to protect high-value satellites against interference or attacks, an area where China has already demonstrated advanced capabilities.

ISRO’s satellite assets have been directly involved in supporting India’s security during past conflicts. During heightened tensions with Pakistan, more than 400 ISRO scientists worked continuously to manage Earth observation and communication systems, a public acknowledgment of how deeply integrated space operations are with national defense readiness. The creation of bodyguard satellites can be viewed as an extension of this defensive posture, ensuring India’s satellites remain secure in both peacetime competitions and wartime contingencies.

India’s initiative positions it among a small group of nations considering defensive satellite constellations as part of space warfare preparedness. While still in the conceptual stage, the bodyguard satellites could mark a decisive step in India’s progression from being a regional space power to a space security actor capable of countering both kinetic and non-kinetic threats in orbit. Future developments will likely involve cooperation between government agencies, ISRO, the Defence Space Agency (DSA), and private space start-ups to create a cohesive security ecosystem in space.

Agencies

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Top Commanders Release Joint Military Space Doctrine

The Combined Commanders’ Conference (CCC) in Kolkata, which concluded on September 17, 2025, laid out a comprehensive roadmap to transform India’s armed forces into a highly integrated, technologically advanced, and agile warfighting entity.

A key highlight was the formal release of a joint military space doctrine, marking a strategic milestone in institutionalising space as a critical domain within national security planning and operational doctrine.

The doctrine underscores the armed forces’ recognition of space as a contested and vital frontier that directly influences multi-domain operations against threats from both China and Pakistan, while also aligning with global military trends.

In parallel, the CCC approved major structural reforms aimed at strengthening tri-Service integration. This included merging the education branches of the Army, Navy, and Indian Air Force into a consolidated Tri-Service Educations Corps, streamlining resources and fostering unified professional military education.

Additionally, the decision to establish three joint military stations will enhance deployment flexibility, interoperability, and infrastructural efficiency across services, thereby contributing to integrated theatre command objectives.

Chief of Defence Staff General Anil Chauhan emphasized that these reforms are to be implemented in a time-bound manner, embedding transformation as a continuous and institutional process to ensure forces remain self-reliant, future-ready, and agile.

His directives echo the central theme of technology-driven warfare, where innovations in space, cyber, and AI-driven systems must be seamlessly integrated into operational doctrine. The discussions placed particular focus on evolving border security dynamics with China and Pakistan, underscoring the necessity of a rapid, adaptive capacity-building approach.

Both Prime Minister Narendra Modi and Defence Minister Rajnath Singh, addressing the conference, underlined the twin imperatives of jointness and Atmanirbharta (self-reliance). Modi urged military leaders to foster innovation, indigenisation, and synergy across services to build combat readiness while reducing dependence on external sources.

Singh reiterated the importance of continuous reform and capacity enhancement to match the pace of evolving global security environments.

The CCC thus reinforced its role as a pivotal platform for shaping long-term capability development, ensuring India’s armed forces remain operationally superior, technologically resilient, and aligned with national security priorities.

Based On TOI Report

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Kepler Secures $4 Million iDEX Prime Contract For Indian Defence Satellite Swarm

Sheshnag-150 long-range, AI-powered, swarming drone made by NewSpace Research & Tech

On July 4, 2025, Kepler, a pioneering space technology company, announced the signing of a landmark prime contract under the Government of India’s Innovations for Defence Excellence (iDEX) initiative. The contract, valued at $4 million, includes substantial government grants and launch services, marking a significant milestone for both Kepler and India’s growing defence space sector.

The funding will empower Kepler to develop a cutting-edge 6-satellite Intelligence, Surveillance, and Reconnaissance (ISR) swarm constellation. This constellation is designed to serve the Defence Space Agency (DSA), Headquarters Integrated Defence Staff (HQ IDS), and the Ministry of Defence.

The satellites will operate collaboratively, leveraging swarm technology to deliver persistent, distributed, and autonomous intelligence capabilities in space.

This project is a crucial step in strengthening India’s space-based defence infrastructure. The ISR swarm will:

Mimic a beehive in orbit, with satellites autonomously tracking signals, heat signatures, and suspicious movements without requiring ground-based commands.

Provide real-time situational awareness and surveillance, enhancing national security and rapid threat detection.

Enable the Indian defence establishment to maintain a technological edge in space-based reconnaissance and electronic warfare.

Beneficiaries And Stakeholders

The constellation is being developed specifically for:

Defence Space Agency (DSA): The tri-services agency responsible for India’s space warfare and satellite intelligence assets.

Headquarters Integrated Defence Staff (HQ IDS): The body that coordinates among the Army, Navy, and Air Force for joint operations.

Ministry of Defence: The central authority overseeing India’s defence modernization and capability development.

Timeline And Future Prospects

The project is scheduled for launch in 2027. The initial $4 million grant will support the demonstration mission, with expectations of larger follow-on orders as the technology proves its value to the defence establishment. Kepler’s successful execution of this contract could position the company as a key player in India’s defence and space sectors, while also contributing to the nation’s goal of self-reliance in critical technologies.

Conclusion

Kepler’s iDEX Prime contract represents a forward leap for India’s defence space capabilities. By harnessing advanced satellite swarm technology, the initiative is set to provide the country with robust, autonomous, and persistent surveillance assets, reinforcing national security and technological sovereignty in a rapidly evolving strategic environment.

Agencies

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