Paras Defence Secures ₹26.59 Crore DRDO Contract To Deliver Advanced Optics For Space-Based Hyperspectral Mission

Paras Defence and Space Technologies Ltd has secured a fresh order worth ₹26.59 crore from the Defence Research and Development Organisation (DRDO), operating under the Ministry of Defence. The contract further strengthens the company's growing presence in high-precision space and electro-optical systems.

Under the agreement, Paras Defence will serve as the Lead System Integrator for a strategic Hyperspectral Mission. The company will be responsible for the complete design, analysis, fabrication, manufacturing and assembly of the mission's Optics and Opto-Mechanical Unit.

The payload being developed under the contract will qualify as a space-borne system and is expected to support Earth Observation applications.

Hyperspectral imaging systems are capable of capturing data across hundreds of narrow spectral bands, enabling detailed analysis of terrain, vegetation, water bodies, minerals and environmental conditions from space.

The award highlights DRDO's confidence in Paras Defence's capabilities in precision optics, opto-mechanical engineering and advanced space payload integration. Such systems require extremely high levels of alignment accuracy and reliability to withstand launch stresses and prolonged operation in orbit.

The order carries a stipulated execution deadline of 27 September 2027, providing the company with approximately one year to complete development, manufacturing, integration and delivery of the system.

As part of the contractual requirements, Paras Defence has furnished a Performance Security Deposit of ₹79.76 lakh.

The company clarified that the contract is a domestic order and does not constitute a related-party transaction. It also confirmed that neither its promoters nor promoter-group entities have any interest in the awarding authority.

The disclosure was made pursuant to Regulation 30 of the SEBI Listing Regulations, under which listed companies are required to inform investors regarding material business developments.

The latest order adds to Paras Defence's expanding portfolio of defence, space and electro-optical projects. The company has increasingly positioned itself beyond component manufacturing and towards higher-value system integration roles, a segment that generally offers stronger technological differentiation and long-term growth opportunities.

With India's space and Earth Observation ecosystem expanding alongside greater indigenous participation in strategic technologies, contracts of this nature are expected to enhance Paras Defence's credentials in developing sophisticated optical payloads for future civilian, scientific and national-security space missions.

Agencies

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Tonbo Imaging Develops Avenger S75E Indigenous Multi-Spectral Targeting System for Airborne Surveillance

Tonbo Imaging’s Avenger S75E is a compact, airworthy electro-optical gimbal engineered for long-range airborne surveillance, reconnaissance, targeting and search-and-rescue operations.

The system combines daylight, short-wave infrared (SWIR) and mid-wave infrared (MWIR) imaging through a common-aperture optical architecture. This arrangement aligns the sensors along a shared optical path, helping operators retain a consistent line of sight and matched fields of view across multiple imaging bands.

Despite incorporating very long focal-length optics, the Avenger S75E is packaged in an 18-inch-class gimbal weighing under 55 kg. Its compact form factor is intended to ease integration on medium-altitude long-endurance and high-altitude long-endurance unmanned aerial vehicles, as well as manned and unmanned rotary-wing and fixed-wing platforms.

The payload incorporates four-axis precision stabilisation, including fibre-optic gyroscope-based stabilisation, to support steady imaging and target observation from moving airborne platforms. Such stability is central to maintaining surveillance quality during aircraft manoeuvres, vibration and long-range observation.

An integrated laser designator and laser rangefinder enable the system to determine target distance and support laser-aided targeting functions. The multi-sensor configuration is designed to give crews daylight and thermal imaging options for operations across differing visibility conditions.

An onboard graphics-processing unit provides real-time processing of high-definition video feeds. It supports artificial-intelligence-enabled automatic target recognition and automatic video target tracking, reducing the operator workload involved in detecting, identifying and continuously following objects of interest.

The Avenger S75E forms part of Tonbo’s wider Avenger-S family of airborne imaging and targeting systems, which the company positions for aircraft, helicopters, UAVs and aerostats operating in border, coastal and high-altitude surveillance roles. The family uses GPU-based video processing and multi-sensor electro-optical payloads for airborne missions.

Tonbo describes the Avenger S75E as one of its most complex systems. It has been designed and developed indigenously, creating substantial proprietary intellectual property in long-range optics, stabilised gimbals, sensor integration, laser systems and embedded artificial-intelligence processing.

TONBO News

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Ajit Doval Recalls Career-Defining Crisis When Agents Were Captured By China

National Security Adviser Ajit Doval has recounted a harrowing episode from his early career, describing the moment when operatives sent across the border were captured and held in Chinese custody. Speaking at the convocation ceremony of IIT-Roorkee, he admitted that at the time he feared the incident would mark the end of his professional journey.

Doval explained that the group of operatives had been dispatched across the frontier but failed to return within the expected timeframe. Days passed without any communication, and there were no reports of avalanches or other natural incidents that could explain their disappearance. The silence deepened his concern.

He recalled receiving a telephone call from headquarters, where his superior asked if he had sent men across. Doval replied that they should have returned within five or six days, but it had already been ten or eleven. His superior then informed him that the operatives were in Chinese custody.

According to Doval, the agents had been captured and interrogated by Chinese authorities. Eventually, they were returned, but only after what he believed must have been negotiations or a deal. He described them as shattered and in shambles upon their release.

The incident triggered an official inquiry. Doval admitted that he believed his career was finished, as he was still in his twenties and considered the episode unprofessional.

He feared he would have to start anew. However, the inquiry concluded that he was not at fault. The responsibility lay with defects in the sketches and maps provided by headquarters, which contained mistakes that had led to the mishap.

Reflecting on the episode decades later, Doval used the occasion to highlight the opportunities available to today’s youth. He told the graduating students of IIT-Roorkee that they were the luckiest generation in the last thousand years, as they were entering an era of unprecedented possibilities.

He contrasted their situation with earlier generations who struggled under slavery and lacked such opportunities. He emphasised that technology would be the most important driver of growth and progress for countries and societies in the future.

Doval urged the students to recognise the transformative power of technological advancement, stressing that they were entering a period where innovation and science would shape the destiny of nations. His remarks combined a personal recollection of vulnerability with a broader message of optimism for the younger generation.

Agencies

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India’s Eye In The Sky: EOS-05 Geo-Imaging Satellite Secures Continuous Watch From Space

India’s EOS-05, launched on 4 September 2026 aboard GSLV-F17, is now positioned in geosynchronous orbit, marking a historic milestone as the country’s first dedicated geo-imaging satellite.

It provides near-continuous coverage of the Indian subcontinent, enabling disaster monitoring, precision agriculture, and strategic surveillance.

A few days ago, India successfully launched EOS-05, also known as GISAT-1A, from Sriharikota using the GSLV-F17 rocket. This mission represents a crucial technological advancement, expanding India’s ability to monitor large areas of its territory at frequent intervals.

The satellite’s true significance lies in its orbital position. Unlike conventional low-Earth-orbit satellites that revisit locations every few days, EOS-05 maintains a steady view over a broad region from geosynchronous orbit. Positioned nearly 36,000 kilometres above Earth, it provides uninterrupted coverage directly over India.

Satellite imagery has long been a cornerstone of governance, supporting agriculture, forestry, water resources, urban planning, and disaster response. EOS-05 enhances this capability by delivering frequent, near-real-time imagery.

During cyclones, it tracks atmospheric development and landfall paths. In floods, it maps inundation spread. It also aids in monitoring forest fires, landslides, and other fast-evolving crises.

Weighing approximately 2,367 kg, EOS-05 is the heaviest operational payload launched by the GSLV to date. The mission demonstrates India’s growing maturity in delivering heavy spacecraft into high-altitude transfer orbits. While PSLV remains the backbone for low-Earth missions, GSLV provides the heavy-lift capacity essential for geosynchronous operations. The success of GSLV-F17 strengthens confidence in indigenous launch systems.

The mission also represents recovery from past setbacks. In August 2021, ISRO’s attempt to launch EOS-03 aboard GSLV-F10 failed due to a cryogenic stage anomaly. Engineers used the intervening years to analyse failures, re-engineer systems, and add redundancies. EOS-05’s success highlights resilience and technical learning.

Beyond disaster response, EOS-05 supports precision agriculture, forestry, water management, and environmental monitoring. Farmers benefit from crop health tracking and climate impact assessments. Urban planners gain updated imagery for expanding cities and industrial corridors.

EOS-05 also strengthens India’s situational awareness. Continuous surveillance of border zones and maritime regions complements low-Earth satellites. Its dual-use nature addresses both national security and civilian priorities, from monitoring extreme weather to tracking strategic frontiers.

The mission arrives as India’s space sector expands with private companies, Start-Ups, and academic institutions. High-frequency Earth-observation data unlocks opportunities for precision farming, climate risk modelling, and infrastructure monitoring, aligning with national economic growth.

EOS-05 imagery is expected every five minutes for selected regions and every 30 minutes for the entire Indian landmass, with a spatial resolution of 42 metres. Its nine-year mission life ensures long-term monitoring. The satellite uses multispectral and hyperspectral bands, supported by a 700 mm Ritchey–Chrétien telescope and advanced detectors.

The GSLV-F17 rocket stood 51.7 metres tall, weighed 420.5 tons at lift-off, and used a three-stage configuration with a cryogenic upper stage. It injected EOS-05 into a Sub-Geosynchronous Transfer Orbit with a perigee of 170 km and apogee of 28,934 km. The satellite then used its Liquid Apogee Motor to raise its orbit to geosynchronous altitude.

EOS-05 places India among a select group of nations, including the US, China, and ESA, operating dedicated geostationary observation satellites. Its success depends on converting raw data into actionable decisions, enabling faster emergency responses, improved resource management, and informed agricultural planning.

Agencies

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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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Safran Seals ₹45 Crore Deal With Dhruva Space To Power India’s Future SBS-III Constellation of 52 Satellites Between 2027 And 2030

The first International Space Summit in Paris has brought together governments, companies, space agencies and scientists to collectively advance space activities as a lasting driver of society.

The summit has seen 51 announcements worth about €20 billion, equivalent to approximately ₹1,80,000 Crores. These announcements highlight the dynamism of the global space sector and the importance of international cooperation in preserving orbital and frequency resources while ensuring the sharing of scientific data.

Among the India-related developments, Safran Space France has signed several contracts with Dhruva Space, strengthening the Franco-Indian strategic partnership in the space sector. The contracts are worth more than €5 million, which translates to approximately ₹45 crores.

These agreements will provide Safran Space technologies, communication systems, inertial navigation units, optical payloads and ground stations. They are intended for India’s future SBS-III space-surveillance constellation, which envisages deploying 52 satellites between 2027 and 2030.

This cooperation illustrates the rise of India’s New Space sector and the French industry’s ability to support the development of India’s sovereign space capabilities. It also opens the way to further collaboration under the future SBS program.

The partnership builds on a long-standing Franco-Indian space relationship. Safran has already contributed to India’s Chandrayaan-III lunar mission and has expanded its industrial footprint in India, particularly in Bangalore.

The contracts signed at the Paris summit reflect the growing momentum of Dhruva Space as a key player in India’s private space sector. They also demonstrate how French technological innovation is being integrated with Indian industrial capacity to advance India’s space ambitions.

This collaboration is aligned with India’s “Make in India” policy, ensuring that the SBS-III constellation and future projects will combine international expertise with domestic integration.

The agreements mark a significant step in India’s journey towards building robust space-surveillance capabilities, enhancing national security, and contributing to global space sustainability.

Agencies

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'Win-Win Nature': Chinese FM Defends India Trade Amid Xiaomi Scrutiny

China has described its economic and trade cooperation with India as mutually beneficial and win-win in nature. At a press briefing in Beijing, Chinese Foreign Ministry spokesperson Guo Jiakun emphasised that New Delhi should provide a fair, just, transparent and non-discriminatory business environment for Chinese companies operating in India.

His remarks came in response to questions about reports that India’s Serious Fraud Investigation Office had recommended an investigation into Chinese smartphone maker Xiaomi.

Guo stated that he was not aware of the specific situation regarding Xiaomi but reiterated China’s expectation that India would ensure a level playing field for all foreign companies investing and operating in the country. He underlined that economic and trade cooperation between the two Asian giants has consistently delivered mutual benefits.

The comments follow heightened scrutiny in India over Chinese firms, particularly in the technology sector, with Xiaomi facing calls for investigation by the SFIO. This development has added a layer of complexity to bilateral economic ties, which remain significant despite political and security challenges.

When asked whether Chinese President Xi Jinping would attend the BRICS Summit in India later this week, Guo declined to elaborate. The question reflects growing anticipation over a possible meeting between Prime Minister Narendra Modi and President Xi on the sidelines of the summit.

Such an encounter would be closely watched as both nations cautiously attempt to rebuild ties following the prolonged tensions triggered by the 2020 Galwan clashes.

India’s Ambassador to China, Vikram Doraiswami, has meanwhile made a strong pitch for deeper cooperation across trade, economy, climate action and the digital sphere.

Writing in the Chinese daily Global Times, Doraiswami argued that a stable, predictable and amicable India-China relationship would serve not only their combined population of around 2.8 billion but also contribute to global peace, stability and prosperity.

He highlighted that India’s Chairship of the 18th BRICS Summit is guided by the theme “Building for Resilience, Innovation, Cooperation and Sustainability.” The summit’s agenda is framed around a human-centric approach, focusing on reinforcing institutional strength and supporting sustainable growth.

This theme reflects India’s broader vision of leveraging multilateral platforms to foster inclusive development and resilience in the face of global challenges.

The convergence of these diplomatic statements underscores the delicate balance in India-China relations. While economic cooperation is acknowledged as mutually beneficial, political sensitivities and regulatory scrutiny continue to shape the trajectory of engagement.

The BRICS Summit is expected to provide a crucial opportunity for both sides to reaffirm their commitment to constructive dialogue and explore avenues for collaboration in areas of shared interest.

ANI

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Indian Army Launches AASHVAST Labs To Detect Hidden Risks In Defence Electronics

The Indian Army has unveiled AASHVAST Labs in Delhi to strengthen the security of military drones and electronic defence equipment. The initiative is designed to detect hidden vulnerabilities in hardware, software and firmware, particularly those linked to foreign components or unauthorised technology.

AASHVAST, which stands for Assessment and Analysis of Electronic Systems Hardware for Vulnerabilities and Security Threats, is a specialised system created to validate critical military electronics. It examines both hardware and software layers to uncover concealed risks that may compromise the safety or functioning of defence platforms.

The labs are capable of scanning systems for hidden passwords, embedded keys and remote-access tools. They also verify whether devices are receiving software updates approved by the original manufacturer. These checks are intended to identify unauthorised modifications or features that could create security threats.

Military drones are a key focus of the program. While a drone may appear genuine during a physical inspection, its software and firmware can determine how it flies, responds to commands and performs under different conditions. These hidden elements are difficult to assess through conventional checks, making AASHVAST vital for detecting vulnerabilities that lie beneath the surface.

The Army is paying particular attention to the possible presence of Chinese components and software in sensitive defence equipment. AASHVAST Labs can determine whether drones or other platforms contain unapproved elements or have been modified after production or deployment.

Even a small hidden component or software flaw can pose a serious risk, underscoring the importance of detailed inspections.

The labs will also assess security controls related to navigation and location. Military drones are vulnerable to GPS spoofing and jamming, where attackers feed false location data or disrupt signals. AASHVAST is designed to evaluate whether a drone’s location-security measures are strong enough to withstand such threats.

Army Chief General Dhiraj Seth inaugurated the facility in Delhi on 14 August. The Army stated that the initiative will enhance the evaluation of critical defence platforms, strengthen cybersecurity, improve operational preparedness and support the growth of India’s domestic defence ecosystem.

Modern defence equipment relies heavily on electronics, software and communication systems, which means threats can exist beyond visible physical components. A platform may pass a basic inspection yet still contain hidden weaknesses that affect its performance, control or security.

AASHVAST Labs aim to close this gap by conducting detailed examinations of both hardware and software. The initiative is part of the Army’s broader effort to make defence systems more secure and reliable, while reducing risks linked to foreign technology and unauthorised modifications.

This development reflects India’s growing emphasis on indigenous defence technology and cyber resilience. It complements ongoing efforts in electronic warfare, secure communications and self-reliant defence programs, ensuring that critical military platforms remain protected against evolving threats.

Agencies

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EOS-05 Achieves Key Milestone With Successful Apogee-Raising Operation

EOS-05 has successfully completed its second apogee-raising operation, marking another crucial milestone in its journey towards Geostationary Orbit.

The Liquid Apogee Motor (LAM) engine was fired for 338.9 seconds at 7:00 pm on 06 September 2026. This precise manoeuvre has raised the satellite’s apogee to an estimated 35,786 km, which corresponds to the altitude of a standard Geostationary Orbit. The operation was executed as planned, and the satellite’s health has been confirmed to be normal.

This achievement follows the earlier success of the GSLV-F17 mission, which placed EOS-05 into a higher-than-expected Sub-Geosynchronous Transfer Orbit. The cryogenic third stage of GSLV had delivered an apogee of 31,026 km, exceeding the planned 28,934 km.

That performance allowed EOS-05 to conserve its onboard propellant, giving it a better margin for subsequent orbit-raising manoeuvres.

The latest LAM firing is part of a series of carefully planned operations designed to gradually raise the satellite’s perigee and apogee until it achieves a circular Geostationary Orbit. By reaching the 35,786 km apogee, EOS-05 is now significantly closer to its final operational orbit, from where it will provide continuous Earth observation capabilities.

EOS-05, weighing 2,367 kg, is India’s first imaging satellite intended to operate from Geostationary Orbit.

Its mission is to deliver persistent monitoring of the same region, enabling applications such as disaster management, cyclone tracking, flood assessment, forest fire detection, agricultural planning, and environmental monitoring.

The satellite’s extended mission life, made possible by the efficient use of propellant, will enhance India’s strategic and scientific capabilities.

The health of the satellite remains stable, which is critical at this stage of orbit-raising. Each manoeuvre places demands on the propulsion system and structural integrity, and the confirmation of normal status ensures confidence in the mission’s progress. The next operations will focus on circularising the orbit and stabilising the satellite for long-term stationkeeping.

This mission underscores ISRO’s growing expertise in complex orbital mechanics and propulsion management. The successful execution of the LAM firing demonstrates the reliability of India’s satellite propulsion systems and strengthens its position in advanced space technology. EOS-05’s journey highlights the synergy between launch vehicle performance and satellite engineering, ensuring optimal utilisation of resources.

Once EOS-05 reaches its final orbit, it will serve as a continuous eye in the sky, providing India with enhanced Earth observation capabilities from nearly 36,000 km above the planet.

Its extended mission life will ensure long-term benefits across multiple sectors, including national security, environmental monitoring, and disaster response.

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India’s Eye In The Sky: Ex-ISRO Chairman Reveals EOS-5 Satellite’s Strategic Edge

ISRO’s EOS-05 launch marks a historic milestone as India’s first geosynchronous earth imaging satellite, delivering real-time strategic data for agriculture, disaster management, and national security, NewsX Live reported. 

Former Chairman G Madhavan Nair emphasised its importance in strengthening India’s space program and enhancing surveillance capabilities across sensitive borders and maritime zones.

The Indian Space Research Organisation successfully launched EOS-05 aboard the GSLV-F17 from Sriharikota. The satellite, weighing 2,367 kg, was injected into a sub-geosynchronous transfer orbit before being raised to its final geosynchronous position at 36,000 km altitude.

This makes EOS-05 the heaviest payload carried by GSLV to date and India’s first dedicated imaging satellite in geosynchronous orbit.

EOS-05 is nicknamed the “Eye in the Sky” for its ability to provide persistent coverage. Unlike low-earth orbit satellites, which revisit regions after long intervals, EOS-05 can continuously monitor the same area.

It carries multispectral imagers, including one with a 42-metre resolution, the highest ever achieved in geostationary orbit. It can image the Indian subcontinent every 30 minutes and priority targets every 5 minutes, enabling rapid response to dynamic events.

The applications of EOS-05 are wide-ranging. In agriculture, it will monitor crop health, irrigation, and land-use changes. In disaster management, it will provide near real-time tracking of cyclones, floods, landslides, and forest fires.

For environmental monitoring, it will observe cloud systems, pollution, and deforestation. Strategically, it will strengthen surveillance of borders with Pakistan and China, maritime domains, and conflict zones, providing India with a crucial edge in national security.

Former ISRO Chairman G. Madhavan Nair explained that the satellite’s high-resolution imaging capabilities are vital for both civilian and defence purposes. He highlighted that such satellites are indispensable for modern warfare, where real-time intelligence can determine outcomes.

He also noted that EOS-05 represents a leap in India’s space program, showcasing indigenous capability in heavy satellite launches and advanced imaging technology.

The mission is also significant for ISRO’s GSLV program. The GSLV-F17 marks the 19th flight of the series and demonstrates improved cryogenic engine performance.

This success follows earlier setbacks, including the failure of GISAT-1 in 2021, making EOS-05 a redemption for ISRO’s geo-imaging ambitions. The satellite is expected to play a key role in India’s upcoming missions, including Gaganyaan, by proving reliability in heavy payload launches.

EOS-05’s dual-use nature underscores India’s growing reliance on space assets for both development and defence. Its ability to provide continuous, high-resolution imagery will support government agencies, armed forces, and disaster response teams.

The satellite also strengthens India’s position in the global space race, where geospatial intelligence is increasingly critical.

The launch was witnessed by scientists, officials, and members of the public, despite the odd hour and rain. ISRO Chairman V Narayanan confirmed that the satellite’s health is perfectly stable, with solar panels deployed successfully.

The mission director and project director described EOS-05 as a uniquely configured satellite with complex capabilities, reflecting years of teamwork between ISRO and its industrial partners.

This achievement comes at a time when India is transferring satellite and rocket technologies to private players, signalling a structural transition in the space sector. EOS-05 demonstrates that ISRO remains at the forefront of strategic missions while enabling private industry to contribute to future developments.

Agencies

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Pentagon’s Unprecedented Polygraph Dragnet Targets Leaks On Iran War And Munitions

The Pentagon has launched an unprecedented leak probe, subjecting around 50 Joint Staff members to polygraph tests in August after reports revealed severe shortages of US munitions during the war with Iran.

The move reflects both President Donald Trump’s fury over leaks and Secretary of War Pete Hegseth’s aggressive clampdown on dissent within the military.

US government investigators carried out polygraph examinations on approximately 50 officers and civilian employees of the Joint Staff.

The inquiry focused on whether they had disclosed classified information to journalists, particularly details about depleted stockpiles of long‑range missiles and Patriot interceptors. The tests followed a series of media reports highlighting shortages of critical weapons during the West Asia conflict.

Officials familiar with the probe said the effort was designed not only to identify individuals who may have leaked information but also to deter others from speaking to the press. The Joint Staff, which coordinates operations, policy, and war plans with combatant commanders worldwide, employs between 1,500 and 2,000 personnel. Mass testing of this scale has not been seen in modern US military history.

Pentagon spokesman Sean Parnell issued a statement stressing that the department does not comment on internal personnel or investigative matters but takes leaks of classified national security information extremely seriously. He added that securing classified information is critical to ensuring the safety of US forces deployed globally.

The investigation comes amid growing concern over the impact of the Iran war on US munitions reserves. Reports by multiple news organisations have detailed how the conflict has strained stockpiles of precision weapons, raising questions about America’s long‑term readiness. Trump has described critical media coverage of the shortages as “treasonous” and pressed officials to aggressively pursue those responsible for leaks.

The atmosphere inside the Pentagon has become increasingly tense. Current and former officials say distrust has deepened, attributing much of it to Secretary of War Pete Hegseth. Operating with a close circle of loyalists, Hegseth has blocked or pushed out the promotions of at least 80 generals, admirals, and senior officials. His leadership style has triggered several leak investigations since early last year, with critics pointing to his restrictive approach to press access.

Hegseth faced criticism previously after sharing sensitive details about US strikes in Yemen in a Signal group. He has not briefed the Pentagon press corps about the war in Iran since May 5, further limiting transparency.

Last month, the Department of War dismissed the publisher and editor‑in‑chief of Stars and Stripes, a government‑funded military news outlet. Journalists at the paper said the move was retaliation for their reporting on worsening conditions aboard the USS Abraham Lincoln.

Investigators are also reportedly considering whether some leaks may have involved foreign intelligence activity, given the sensitivity of the munitions data. The scale of the polygraph campaign underscores the administration’s determination to clamp down on unauthorised disclosures, even at the cost of morale among senior military staff.

ANI

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GSLV Outperforms Expectations: EOS-05 Set For Extended Mission Life

A screengrab of GSLV's Cryogenic Upper Stage (CUSP) injecting EOS-05 into a precise orbit

ISRO’s GSLV-F17 rocket has outperformed expectations, placing EOS-05 into a higher-than-planned orbit with an apogee of 31,026 km instead of 28,934 km.

This improved performance means the satellite will conserve fuel during orbit-raising, likely extending its mission life beyond the planned seven years.

The GSLV-F17 mission was designed to place EOS-05 into a Sub-Geosynchronous Transfer Orbit. The expected apogee was 28,934 km, but the cryogenic third stage delivered an apogee of 31,026 km, exceeding projections by 2,092 km.

This achievement is significant because EOS-05, weighing 2,367 kg, is heavier than the 2,250 kg maximum payload GSLV can deliver to a standard Geostationary Transfer Orbit.

EOS-05 is India’s first imaging satellite designed to operate from geosynchronous orbit. Ideally, such satellites are launched into an elliptical 170 × 35,786 km Geostationary Transfer Orbit.

From there, they use onboard propulsion to raise the perigee and circularise into a Geostationary Orbit at 35,786 km altitude. However, due to the payload mass exceeding GSLV’s GTO capacity, ISRO opted for a burn-to-depletion strategy, exhausting all cryogenic propellant to send the satellite as far as possible.

The higher apogee achieved means EOS-05 will now require less of its own propellant to reach geosynchronous orbit. This conservation of fuel is critical because the remaining propellant will be available for station-keeping and attitude control once the satellite is operational.

Station-Keeping ensures the satellite remains fixed relative to Earth’s rotation, while attitude control maintains its orientation for imaging and communication.

By saving fuel during orbit-raising, EOS-05 is expected to extend its mission life beyond the planned seven years. This extended operational period will enhance India’s ability to conduct continuous Earth observation, disaster monitoring, cyclone tracking, flood assessment, forest fire detection, agricultural planning, and environmental studies. It will also provide persistent monitoring over strategically important regions.

The mission is a milestone for ISRO’s GSLV program. EOS-05 is the heaviest satellite ever launched by GSLV into a Sub-GTO orbit, demonstrating the improved performance of India’s indigenous cryogenic stage.

The rocket’s lift-off mass was 420.5 tons, and this was its 19th flight. The success boosts confidence in India’s ability to place heavier payloads into geosynchronous orbit, a capability crucial for advanced communication, meteorology, and strategic surveillance.

EOS-05’s successful injection into a higher orbit also highlights ISRO’s engineering refinements. The cryogenic stage has evolved significantly since its early flights, now capable of delivering payloads beyond its nominal design limits.

This achievement strengthens India’s position in space technology and enhances its strategic autonomy in Earth observation.

The satellite will now perform a series of orbit-raising manoeuvres using its onboard propulsion system. Once it reaches its final geosynchronous orbit, EOS-05 will provide India with a continuous eye in the sky, capable of monitoring the same region repeatedly from nearly 36,000 km above Earth.

Agencies

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RRP Defence And ESC BAZ Join Forces To Launch Diamond Surveillance Technology In India And Beyond

RRP Defence Limited has announced an exclusive association with ESC BAZ, a globally recognised developer of advanced electro-optical observation systems, to introduce the Diamond – Unique Observation System to India and explore opportunities across international markets.

This partnership combines ESC BAZ’s advanced observation technology with RRP Defence’s manufacturing and market capabilities, creating a new business segment around intelligent surveillance and observation systems.

Diamond is a breakthrough in surveillance technology, offering daylight-quality imaging in complete darkness. This capability enables continuous monitoring in demanding environments where conventional systems fail. The system is powered by AI-driven detection and analytics, allowing faster identification and response to potential threats.

It is designed for both fixed and tactical deployment, including masts, towers, and rapidly re-positionable applications. With an 80° field of view and resolution of up to 4240 × 2832, Diamond is tailored for applications across border security, defence installations, critical infrastructure, perimeter protection, and tactical surveillance.

The timing of this association is significant, as global demand for advanced electro-optical and infrared surveillance technologies continues to rise. The global military EO/IR market is projected to reach approximately ₹92,150 crores ($11.1 billion) by 2025.

India alone represents an estimated ₹4,810 crores ($580 million) opportunity within this sector. According to RRP Defence’s business assessment, Diamond and its associated technology could contribute nearly 30% of the potential revenue opportunity within this emerging segment.

The partnership provides RRP Defence with a first-mover advantage in India’s specialised surveillance technology market. Diamond’s advanced observation capabilities directly address the growing requirement for intelligent surveillance in low-light and complete-darkness environments. Its AI-enabled analytics differentiate it from conventional systems, offering enhanced situational awareness. 

By establishing an early position, RRP Defence can scale the technology across defence, homeland security, critical infrastructure, and other high-security environments. Beyond India, the platform supports ambitions to manufacture locally and expand into selected international markets.

This initiative aligns with India’s broader Make in India program, with RRP Defence aiming not just to import or distribute technology but to progressively support manufacturing, localisation, deployment, and international expansion.

The association is designed to create value for both organisations by combining ESC BAZ’s technology expertise and international experience with RRP Defence’s manufacturing and market reach. The company emphasised that Diamond is not merely another product addition but a strategic entry into a highly specialised technology segment with significant defence and security applications. The objective is to build in India, establish a strong market position, and ultimately take these capabilities to global markets.

The importance of surveillance has grown sharply as geopolitical tensions and security challenges intensify worldwide. Continuous monitoring and situational awareness are no longer luxuries but necessities.

The ability to detect and monitor threats in complete darkness is particularly critical for border and perimeter surveillance, defence and military installations, critical infrastructure, strategic industrial facilities, tactical security operations, and the protection of high-value and sensitive assets.

Diamond, with its ability to deliver daylight-quality images in darkness, AI-powered analytics, and flexible deployment options, is positioned to meet these requirements effectively.

This association marks a significant step for RRP Defence in expanding its portfolio into next-generation surveillance technologies. By leveraging ESC BAZ’s proven expertise and combining it with indigenous manufacturing and market reach, RRP Defence is poised to strengthen India’s defence ecosystem while simultaneously creating opportunities in global markets.

Agencies

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ISRO’s ‘Eye In The Sky’: EOS-05 Lifts Off To Deliver Strategic Data

ISRO has achieved a historic milestone with the successful launch of EOS-05, India’s first ever imaging satellite in geosynchronous orbit. ISRO's launch of India's first imaging satellite will help keep a permanent eye on its border from 36,000 km away.

The mission was carried out from Sriharikota in Andhra Pradesh in the early hours of Friday, 4 September 2026, using the GSLV-F17 rocket.

The satellite, weighing over 2,300 kg, was placed into a precise sub-geosynchronous transfer orbit just 18 minutes after lift-off, marking ISRO’s maiden success of the year.

This achievement is significant because most Earth observation satellites operate from low Earth orbit. EOS-05, however, will hover at an altitude of nearly 36,000 km, matching Earth’s rotational speed.

This positioning allows the satellite to provide continuous real-time imagery of the same region, a capability that is crucial for agriculture, disaster management, and national security. Senior scientists described the satellite as “the eye in the sky,” highlighting its strategic importance.

The mission was a morale booster for ISRO, which had faced setbacks in recent years. ISRO chief V Narayanan expressed his delight, announcing that the GSLV-F17 vehicle had successfully and precisely injected the advanced EOS-05 satellite into the required orbit.

He noted that this was the 107th launch from Sriharikota and the 19th mission of the GSLV series. He recalled that the first GSLV launch carried a payload of 1,536 kg, and since then, ISRO has steadily improved the rocket’s performance by optimising structural mass and enhancing propulsion systems. 

Today (4-Sep-2026), the vehicle has successfully carried its heaviest payload of 2,367 kg.

Once operational, EOS-05 will become India’s first dedicated imaging satellite from the geo-orbit, providing strategic data for national activities. Satellite telemetry confirmed that all systems were functioning perfectly, with solar panels deployed and the satellite’s health reported as stable. Orbit-raising manoeuvres will soon elevate the satellite to its final geosynchronous position, ensuring uninterrupted imaging capabilities.

Mission Director Thomas Kurien emphasised that EOS-05 is uniquely configured for near real-time imaging and is the heaviest satellite ever launched by GSLV into a GTO or sub-GTO orbit.

Project Director Imteyaz Ahamad described it as a complex satellite with multi-band operating capabilities, making it one of a kind in terms of configuration and content.

The launch followed a smooth 27-hour countdown beginning at 11:30 PM on Wednesday. At exactly 2:55 AM, the 51.7-metre-tall, three-stage GSLV rocket, with its cryogenic upper stage, lifted off with a mass of 420.5 tons.

Despite rain and the odd hour, large crowds gathered at the Satish Dhawan Space Centre to witness the event, many carrying umbrellas to cheer the mission.

The EOS-05 mission is seen as a replacement for the unsuccessful GSLV-F10/EOS-03 mission of 2021, which was aborted due to a cryogenic stage anomaly.

The success of EOS-05 marks a redemption for ISRO, restoring confidence in its launch program. It also comes after a gap of nearly eight months, following the failure of PSLV-C62 in January 2026, which was unable to place 16 satellites into orbit due to a third-stage anomaly.

The mission also carried a spiritual dimension, as ISRO chairman V Narayanan had visited the Tirumala Tirupati temple days earlier to pray for its success. The culmination of teamwork between ISRO and its industrial partners has now delivered a satellite that will serve India’s strategic and civilian needs for years to come.

PTI

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Eye In The Sky: ISRO Successfully Places Advanced EOS-05 Civil-Military Satellite Into A Precise Orbit

The Indian Space Research Organisation has achieved another monumental milestone in space exploration with the successful launch of the Geosynchronous Satellite Launch Vehicle, designated as the GSLV F-17 mission.

Lifting off majestically from the Second Launch Pad at the Satish Dhawan Space Centre in Sriharikota, the rocket precisely injected the state-of-the-art EOS-05 Earth observation spacecraft into its targeted Sub-Geosynchronous Transfer Orbit.

Weighing approximately 2,367 kilograms, the satellite stands as India's first-ever advanced Earth imager designed specifically to operate from high-altitude geosynchronous orbit, marking a quantum leap in the national space program.

The three-stage launch vehicle, standing 51.7 metres tall and weighing a massive 420.5 tons at liftoff, executed all flight phases flawlessly, powered by its indigenously developed cryogenic upper stage.

The launch vehicle flew with an impressive four-metre diameter ogive composite payload fairing, protecting the sophisticated satellite during its ascent through the dense layers of the atmosphere.

Known also by its series designation GISAT-1A, the EOS-05 acts as a replacement for the earlier GISAT-1 mission, reinforcing the country's capability for continuous monitoring of the Indian subcontinent.

Unlike traditional Earth observation satellites placed in Low Earth Orbit that pass over regions intermittently, EOS-05 is engineered to sit nearly 36,000 kilometres above the equator.

From this immense altitude, the spacecraft's orbital period perfectly matches the rotation of the Earth, enabling it to remain in a stationary position relative to the surface below.

This continuous spatial positioning allows the spacecraft to generate near-real-time imaging of the landmass and ocean bodies at rapid intervals of approximately 30 minutes, with target revisit times as low as five minutes.

The capabilities of EOS-05 offer critical primary data for tracking fast-evolving natural disasters such as cyclones, widespread floods, sudden forest fires, and landslide events.

Additionally, the spacecraft will actively support agricultural sector assessments, water body mapping, urban infrastructure planning, environmental monitoring, and vital strategic security surveillance.

The successful mission directly highlights the robust technical maturity achieved by Bangalore-headquartered space research facilities and their collaborative ecosystem.

The mission also saw active private sector engagement, encouraging an emerging Start-Up ecosystem and established industrial partners that supply key vehicle hardware components.

With the successful deployment of EOS-05, India joins an elite group of spacefaring nations capable of maintaining constant high-resolution eye-in-the-sky surveillance from deep geostationary space.

IDN (With Agency Inputs)

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Always-On ISR: The Defence Logic Behind GISAT‑1’s Geostationary Orbit

ISRO is preparing for a landmark mission with the launch of EOS-05, also known as GISAT-1, aboard the GSLV-F17 rocket on 4 September at 2:55 AM IST. This mission is historic because it will be the first time India places an imaging satellite in geosynchronous orbit, nearly 36,000 kilometres above Earth.

The rocket will initially place EOS-05 into a Sub-Geosynchronous Transfer Orbit, or Sub-GTO. This elliptical orbit will have a perigee of about 170 kilometres and an apogee of nearly 28,934 kilometres. 

From this position, the satellite will use its onboard propulsion system to gradually raise its orbit until it reaches its final geosynchronous altitude of 35,786 kilometres above the equator.

A geosynchronous orbit allows the satellite to remain synchronised with Earth’s rotation. Unlike low-Earth-orbit satellites that move rapidly across different regions, EOS-05 will continuously observe the same broad area. This capability is vital for India, as it enables persistent monitoring of the subcontinent and surrounding regions.

The GSLV-F17 rocket, making its 19th flight, will lift off from the Second Launch Pad at the Satish Dhawan Space Centre in Sriharikota. It will fly in its four-metre-diameter ogive composite payload fairing configuration. The mission is a major test of ISRO’s resilience, especially after setbacks with earlier PSLV launches and the failure of GISAT-1 (EOS-03) in 2021 due to a cryogenic stage anomaly.

EOS-05 is designed to provide frequent imaging in multispectral and hyperspectral bands. It can deliver images of selected regions every five minutes and cover the entire Indian landmass every 30 minutes, with a spatial resolution of about 42 metres.

This will support disaster management, cyclone tracking, flood monitoring, forest fire detection, agriculture, environmental observation, and national security surveillance.

The Sub-GTO trajectory is a carefully planned step. Instead of placing the satellite directly at its final altitude, the rocket delivers it into an intermediate orbit, allowing EOS-05 to complete the climb using its own engines. This approach reduces the rocket’s workload and ensures precise orbital insertion.

From its high vantage point, EOS-05 will give India a new eye in space, capable of watching the same region far more continuously than conventional Earth-observation satellites. This persistent observation will be crucial for both civilian and strategic applications, strengthening India’s space-based monitoring infrastructure.

The mission cost is estimated at around ₹450 crores, reflecting India’s commitment to expanding its space capabilities. Live streaming of the launch will begin at 2:25 AM IST, and visitors can witness the event from the Launch View Gallery at SDSC SHAR.

Agencies

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ISRO’s Hawk’s Eye: GSLV-F17 Move From VAB To Umbilical Tower; EOS-05 Military Sat Set For Launch On 04 Sept 2026 At 02:55AM IST

ISRO has successfully moved the GSLV-F17 rocket carrying EOS-05 from the Vehicle Assembly Building to the Umbilical Tower at Sriharikota on 28 August 2026, marking the final phase of preparations for its scheduled launch on 4 September 2026 at 2:55 AM IST.

This mission is critical as EOS-05 will be India’s first imaging satellite to operate from geosynchronous orbit, providing near real-time Earth observation capabilities.

The Geosynchronous Satellite Launch Vehicle F17 stands 51.7 metres tall and weighs 420.5 tons at lift-off. It is a three-stage launch vehicle with an indigenous cryogenic upper stage.

The mission will place the 2,367 kg EOS-05 satellite into a Sub-Geosynchronous Transfer Orbit, from where it will manoeuvre into its final geosynchronous orbit nearly 36,000 km above Earth.

EOS-05, also known as GISAT-1A, is designed to provide continuous imaging of the Indian landmass. Unlike conventional Earth observation satellites that revisit a location at intervals, EOS-05 will remain fixed over a region, enabling repeated observations. This capability is vital for monitoring cyclones, floods, forest fires, cloudbursts, and other rapidly developing events.

The satellite is expected to deliver images in multispectral and hyperspectral bands under cloud-free conditions. It can provide images of selected regions every five minutes and cover the entire Indian landmass every 30 minutes, with a spatial resolution of about 42 metres. Such frequent imaging will support disaster management, agriculture, forestry, weather tracking, and national security surveillance.

This mission carries added significance as it comes nearly five years after the failure of GISAT-1 (EOS-03) in August 2021 due to a cryogenic stage anomaly. The setback had delayed India’s ambitions in continuous Earth observation from geosynchronous orbit. EOS-05 is therefore seen as a replacement and a redemption mission, restoring ISRO’s capability in this domain.

The launch will take place from the Second Launch Pad at the Satish Dhawan Space Centre, SHAR, Sriharikota. ISRO has announced that live streaming of the mission will begin at 2:25 AM IST on 4 September. Visitors can witness the launch in person from the Launch View Gallery at SDSC SHAR by registering online.

EOS-05 is expected to strengthen India’s strategic and civilian applications. For agriculture, it will help track crop health and soil conditions.

For disaster management, it will provide rapid updates during floods and cyclones. For defence, it will enhance surveillance of sensitive regions. The mission also reflects ISRO’s determination to overcome recent PSLV setbacks and reinforce confidence in its launch program.

The cost of the mission, though not officially disclosed, is estimated to be in the range of ₹450 crores, considering the expenses of the GSLV MK-II rocket and the EOS-05 satellite development. This investment underscores India’s commitment to expanding its space-based monitoring infrastructure.

With EOS-05, India is poised to achieve a new level of space-based observation capability, ensuring both civilian and defence sectors benefit from advanced imaging technology. The mission is being closely watched as a test of ISRO’s resilience and technical prowess.

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Pakistan Fears India May Access J‑10CE Secrets Via Uzbekistan

Pakistan Air Force intelligence officials are increasingly concerned that India may gain access to sensitive technical data on the Chinese‑supplied J‑10CE fighters through Uzbekistan, potentially undermining Pakistan’s strategic edge.

This fear stems from reports of growing Indo‑Uzbek defence cooperation and the possibility of technology transfers or intelligence sharing that could expose vulnerabilities in Pakistan’s frontline aircraft.

Pakistan’s J‑10CE fleet represents a major leap in capability. The aircraft, delivered in batches since 2022, are equipped with advanced AESA radars, infrared search and track systems, electronic countermeasures, and PL‑15 long‑range air‑to‑air missiles.

These systems allow Pakistan to challenge India’s Rafales and Su‑30MKIs with a credible beyond‑visual‑range strike capability. The integration of augmented reality helmets further enhances pilot situational awareness, making the J‑10CE a force multiplier in contested airspace.

The concern within Pakistan’s Air Force intelligence directorate is that India’s growing ties with Uzbekistan could provide New Delhi with indirect access to Chinese fighter technology.

Uzbekistan has historically operated Soviet‑era aircraft but has recently sought closer defence cooperation with multiple partners, including India.

If Indian personnel or defence contractors gain exposure to Chinese systems through Uzbek channels, Pakistan fears that operational secrets of the J‑10CE could be compromised.

Officials worry that even limited access to technical manuals, maintenance procedures, or avionics data could allow India to develop counter‑tactics against the J‑10CE. This would erode the qualitative advantage Pakistan sought when it inducted the aircraft. The possibility of India learning about radar frequencies, electronic warfare suites, or missile integration methods is seen as a serious threat to Pakistan’s air defence posture.

Pakistan’s intelligence community has reportedly flagged this risk to senior leadership, urging tighter security protocols and closer monitoring of Chinese‑Uzbek defence interactions.

There is also concern that India could exploit its intelligence cooperation with Central Asian states to gather insights into Chinese export platforms, which would indirectly weaken Pakistan’s deterrence.

The timing of these fears coincides with reports that China is preparing to supply Pakistan with additional advanced systems, including the PL‑17 ultra‑long‑range missile and potentially the fifth‑generation J‑35 stealth fighter.

Pakistan views these acquisitions as essential to maintaining parity with India’s expanding airpower. However, if India gains technical knowledge of the J‑10CE, it could accelerate the development of counter‑measures, diminishing the effectiveness of Pakistan’s new arsenal.

Uzbekistan’s role as a potential conduit is particularly troubling because of its strategic location and history of balancing ties between Russia, China, and Western powers. For Pakistan, the prospect of India leveraging this relationship to penetrate Chinese technology is a reminder of the vulnerabilities inherent in relying heavily on foreign suppliers.

The intelligence directorate has recommended enhanced collaboration with Chinese counterparts to ensure that sensitive data remains secure.

It has also suggested that Pakistan should diversify its defence partnerships to avoid over‑dependence on a single supplier, which could expose it to risks if adversaries gain access through third parties.

In the broader context, this episode highlights the complex web of regional defence diplomacy, where alliances and partnerships can inadvertently expose critical military secrets. For Pakistan, safeguarding the integrity of its J‑10CE fleet is now as much about intelligence vigilance as it is about operational readiness.

Agencies

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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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Suspected Pakistani National Arrested By West Bengal STF Near Border

West Bengal’s Special Task Force has arrested two individuals, including a suspected Pakistani national identified as Rana Rauf alias Wahab Alam, near the India-Bangladesh border. Investigators believe he has links to Pakistan’s ISI and was involved in espionage activities, including tracking military and railway movements.

Rana Rauf, reportedly a resident of Faisalabad in Pakistan, was apprehended in Bangaon, North 24 Parganas district, following a search operation based on specific intelligence.

He had allegedly entered India illegally through Nepal in 2012 after spending some time there. Officials revealed that he subsequently settled in West Bengal and assumed the identity of Wahab Alam using forged documents such as Aadhaar and voter identity cards.

Investigators suspect Rauf maintained links with Pakistan’s Inter-Services Intelligence and collected information of potential intelligence value. His activities included photographing railway stations, tracks, and train movements, as well as monitoring the movements of armed forces. Authorities are examining electronic devices and documents recovered during the operation to determine whether this information was transmitted outside India.

The second person arrested, identified in some reports as Muhammad Izaz or Md Aziz, was taken into custody from Topsia in Kolkata. He allegedly had direct contact with Rauf and assisted him in securing fraudulent Indian identity documents and establishing a local support system.

Investigators believe he knew Rauf from Nepal and later helped him integrate into West Bengal society. Reports suggest Aziz even travelled with Rauf to Nepal on multiple occasions and married a local woman there.

Officials are scrutinising telephone numbers linked to Rauf to identify recipients of the transmitted photographs and to ascertain whether payments were made through hawala or other informal financial channels. Both suspects are being interrogated to establish whether they were part of a wider espionage network and to identify additional facilitators who may have assisted Rauf during his long stay in India.

Lawyers representing the STF told the Barasat court that Rauf, also referred to as Rana Rauf Khalid, had been tracking the movements of Army and railway officials since entering India.

Both suspects attempted to delete data from their mobile phones before being apprehended. The court has remanded them in police custody until 26 August for further investigation.

The arrests highlight the continuing threat of cross-border espionage and the use of forged documents to infiltrate Indian society.

They also underscore the importance of vigilance along the India-Bangladesh border, which has historically been exploited for illegal crossings and intelligence operations. The STF is now focusing on dismantling any broader network linked to these suspects and preventing further attempts to compromise national security.

PTI

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