Finland’s SpaceTech Firm ICEYE Launches Indian Subsidiary to Deliver Sovereign SAR Intelligence and Boost Local Satellite Manufacturing

Finnish space technology company, ICEYE, has formally established its Indian subsidiary, ICEYE India, headquartered in New Delhi, to provide sovereign Synthetic Aperture Radar (SAR) intelligence and build local satellite manufacturing capabilities. This move directly supports India’s defence, surveillance, and Aatmanirbhar Bharat goals.

SAR can penetrate clouds, fog, and darkness, unlike optical satellites and delivers imagery as fine as 25 cm to 16 cm, supporting defence and disaster response. A "Sovereign SAR" means that the governments can own and operate SAR constellations for independent surveillance. ICEYE offers sovereign SAR systems to governments, enabling them to operate independent constellations

Best known for operating the world’s largest constellation of Synthetic Aperture Radar (SAR) satellites, ICEYE pioneered miniaturized SAR satellites under 100 kg, making radar imaging more cost-effective and scalable.

Key Highlights of ICEYE India

• Subsidiary launch date: August 24, 2026
• Location: New Delhi, India
• Immediate priority: Supporting India’s defence and intelligence customers with advanced SAR-based intelligence solutions
• Strategic alignment: Strengthens India’s sovereign intelligence capability and aligns with Aatmanirbhar Bharat
• CEO statement: Rafal Modrzewski emphasized “real engineering and manufacturing capability on the ground” in collaboration with government and local partners

Why SAR Technology Matters

• All-weather capability: Unlike optical satellites, SAR can capture imagery day or night, through clouds and vegetation
• Applications: Defence surveillance, environmental monitoring, disaster management, and insurance risk assessment
• Resolution: ICEYE’s SAR satellites deliver imagery with resolutions as fine as 16 cm, enabling persistent situational awareness

Strategic Importance for India

• Defence & Intelligence: Enhances India’s ability to monitor adversarial activity and secure borders
• Domestic Manufacturing: ICEYE India will build local production capacity, sourcing components from Indian suppliers and employing local engineering talent
• FDI Policy Fit: India allows up to 74% automatic foreign direct investment (FDI) in satellite manufacturing, facilitating ICEYE’s entry
• Global Context: ICEYE has supplied sovereign SAR systems to countries like Poland and tactical imagery to Ukraine, showcasing its credibility in defence partnerships

Risks & Considerations

• Technology Transfer: Success depends on how much ICEYE shares proprietary SAR technology with Indian partners
• Geopolitical Sensitivity: SAR intelligence is critical for military operations; balancing foreign ownership with sovereignty will be closely watched
• Competition: India’s own space ecosystem (ISRO, private startups) may compete or collaborate with ICEYE India

Quick Comparison: SAR vs Optical Satellites

SAR Satellites	Optical Satellites
Operate day/night, all weather	Limited by daylight & clear skies
Penetrates clouds & vegetation	Blocked by clouds, fog, or smoke
High revisit frequency	Lower revisit frequency
Useful for defence & disaster monitoring	Useful for mapping & visual imagery

About ICEYE 

Founded in 2014, by Rafał Modrzewski (CEO) and Pekka Laurila (CSO), ICEYE is headquartered in Espoo, Finland, with offices in Poland, Spain, Germany, UK, US, Greece, Japan, UAE, and Australia.

In 2019, ICEYE was recognized with the Finnish Engineering Award (2019) for breakthroughs in SAR miniaturization.

ICEYE sold SAR satellites to Brazil’s Air Force on 2020 and provided tactical imagery to Ukraine during the 2022 war. ICEYE signed a €200 million deal with Poland in 2025 for radar satellites and ground infrastructure.

ICEYE has positioned itself as a critical player in global defence and disaster intelligence, with its SAR constellation offering unmatched revisit times and imaging quality.

SpaceX Wins $4.16B Contract to Build Defense Satellites

SpaceX has secured a massive $4.16 billion contract from the U.S. Space Force to build a constellation of satellites under the Space-Based Advanced Moving Target Indicator (SB-AMTI) program, aimed at tracking airborne threats such as missiles and aircraft. The system is expected to be operational by 2028, strengthening America’s Golden Dome missile defense initiative.

The Space-Based Advanced Moving Target Indicator (SB-AMTI) is a U.S. Space Force program designed to create a constellation of satellites that can detect, track, and target airborne threats such as aircraft and missiles from orbit, forming a critical sensing layer in the Golden Dome missile defense system.

Key Details of the Deal

• Contract Value: $4.16 billion
• Awarding Agency: U.S. Space Force
• Program Name: Space-Based Advanced Moving Target Indicator (SB-AMTI)
• Purpose: Detect and track airborne threats (missiles, aircraft) from orbit
• Deployment Timeline: Constellation of satellites projected by 2028
• Strategic Role: Forms part of the Golden Dome missile defense shield

How SB-AMTI Works

• Space-based sensors: Provide wide-area surveillance beyond traditional radar
• Secure communications links: Ensure real-time data flow to command centers
• AI-enabled ground processing: Helps identify and track fast-moving airborne targets
• Layered defense integration: Works alongside systems like the E-7 Wedgetail aircraft

Strategic Context

Golden Dome	SB-AMTI	Starshield
$185B missile defense shield	$4.16B satellite tracking program	$2.29B secure comms network
Ground interceptors + sensors	Detects airborne threats from orbit	Connects sensors & weapons globally
Expanding since 2025	Operational by 2028	Awarded earlier this week

Risks & Challenges

• Cost escalation: Golden Dome’s budget has risen to $185 billion
• Geopolitical competition: China and Russia are developing counter-space systems
• Technical hurdles: Rapid deployment by 2028 requires accelerated development

Why It Matters Globally

• Militarization of space: Satellites now play active defense roles
• Ripple effects: Allies may seek similar systems, adversaries accelerate counter-tech
• SpaceX IPO momentum: Strengthens investor confidence with $1.75T valuation target

India’s EON Space Labs Unveils Germanium‑Free AI Imaging System for Next‑Gen ISR Missions

EON LUMIRA

Deep-tech startup EON Space Labs has launched an indigenously developed ultra-lightweight Germanium-free EO and infrared imaging system designed for advanced aerial Intelligence, Surveillance, and Reconnaissance (ISR) missions. Lumira_E40I50 was designed and engineered to eliminate reliance on germanium, a critical mineral for defence electronics and long-wave infrared imaging.

Designed and manufactured in India, Lumira bypasses the global germanium supply chain, riddled by ongoing export restrictions and price volatility. India is currently 100% import dependent, and geopolitically motivated trade restrictions have caused prices to shoot more than 3 times since mid-2023.

“We made a deliberate decision early to design and engineer a germanium-free infrared imaging system. By eliminating any dependence on its use for thermal imaging, we’ve developed a system that’s resilient not only to supply chain disruptions but also enables scalable, cost-effective domestic manufacturing,” said Sanjay Kumar, Co-founder of EON Space Labs.

Lumira delivers real-time Edge AI detection and classification capabilities that can detect humans from a distance of up to 2 kms and vehicles at 8 kms. The complete suite includes 40X optical zoom, a long-wave infrared (LWIR) thermal sensor, and gimbal. Weight as per specs ranges from 800g to 2.2kg, making it suitable as a plug and play payload for compact UAVs, drones, aerostats and eVTOLS, that engineered to MIL-STD-810H standards, and capable of performing in extreme temperatures from -20°C to +55°C.

 

Cofounders of EON Space Labs (Left to Right, Punit Badeka, Sanjay Kumar, Manoj Kumar Gaddam)

“Lumira is much easier to manufacture domestically at scale and has global export potential. The future of military-grade imaging relies on innovations that combine advanced performance, mission endurance, and payload flexibility, with a zero-compromise mindset on technological sovereignty," added Punit Badeka, Co-founder of EON Space Labs.

The ongoing conflict in the Middle East has forced Israel, accounting for almost 15% of India’s defence imports, to temporarily halt critical exports that include missiles, UAVs, radars, sensors, electro-optics and EW systems. EON Space Labs is also readying the launch of a ground-based ISR platform, named Raven, by mid-2026, to address the present-day reality of asymmetric warfare, driven by the threat of loitering munitions and kamikaze attack drones.

Digantara Secures $50M Series B to Build Full-Stack Space Surveillance Infrastructure

Anirudh Sharma, Founder & CEO, Digantara

• Fresh capital to be deployed towards global manufacturing expansion;
• The company is gearing up to launch 15 space-based space surveillance satellites along with 2 dedicated missile-warning satellites through 2026–27.

Digantara Industries, a pioneer in Space Surveillance and Intelligence, today announced the closing of its Series B fundraise of USD 50 million raised from a mix of new strategic and financial investors such as 360 ONE Asset, SBI Investments Co Japan, and Ronnie Screwvala with continued participation from existing investors, Peak XV Partners and Kalaari Capital. The company aims to deploy this fresh capital into global expansion beyond India and the US, into new manufacturing facilities for optical systems, satellite production and towards doubling its research & development teams globally over the coming year.

This investment marks a decisive inflection point for Digantara as it transitions from pure play space situational awareness company to a full stack space surveillance and intelligence company, developing sovereign hardware, software, and intelligence systems that strengthen national security and strategic autonomy.

Space is no longer a frontier, it is the new high ground for national security. Adversaries of the future will seek asymmetric advantage where sensing, automation, and latency matter most” said Anirudh Sharma, Founder and CEO, Digantara. “This capital accelerates our path to operational readiness, expand into the US and Europe, and drive new programs in missile warning, tracking, and space-based interceptors to deliver real deterrence and multidomain superiority.

“What stood out about Digantara is their commitment to build the full stack infrastructure. From the outset, the founding team’s blend of technical expertise and business acumen stood out, an essential combination for long-term success. We remain committed to backing founders developing mission-critical capabilities across sensing, autonomy, and downstream applications.” said Sameer Nath, CIO & Head, Venture Capital & Private Equity, 360 ONE Asset.

With operations across India, Singapore, and the United States, and an expansion to Europe by mid-2026, Digantara is leveraging its global presence to provide strategic capabilities for multidomain awareness autonomy. The company is establishing a new standard in sovereign space intelligence and redefining how nations manage, protect, and defend assets across domains and this is evidenced by large orders and mission contracts being placed by leading defence and commercial intelligence customers.

Digantara’s systems play a vital role for various governments and defence agencies globally, offering a comprehensive suite of services to safeguard against national security risks. Its integrated infrastructure, ‘AIRA’, unites advanced hardware, data, and processing capabilities across space and ground systems to create a multidomain surveillance capability. At the core of this infrastructure are its sensing systems, on track for launch through 2026-27: the ‘SCOT’ series, a fleet of electro-optical and LiDAR satellites engineered for space based space surveillance; the ‘ALBATROSS’ series, dedicated to early missile warning and precision tracking; and ‘SKYGATE’ an expanding network of ground-based sensors that enables persistent observation across critical theatres of operations.

Through the fusion of these systems within AIRA’s space-and-ground construct, Digantara achieves near real-time acquisition, characterization and interpretation of emerging threats. This integrated infrastructure equips Digantara’s proprietary platforms ‘Space MAP’ and ‘STARS’ with mission-ready data for decisive, real time tactical response.

About Digantara Industries:

Digantara Industries, founded by Anirudh Sharma in 2020, is a space surveillance and intelligence company dedicated to protecting and defending sovereign and allied interests across operational domains from emerging threats while ensuring safety, security, and long-term sustainability. By integrating advanced space-based sensors, proprietary optics, and AI-driven analytics into a unified space-intelligence infrastructure, Digantara delivers the comprehensive domain awareness required to safeguard critical assets and maintain strategic superiority.

More information is available at: www.digantara.co.in

PM Modi-Chaired CCS Approves 52 Spy Satellites equipped with Artificial Intelligence

The Cabinet Committee on Security (CCS), chaired by Prime Minister Narendra Modi, has approved the launch of 52 spy satellites under Phase III of the Space Based Surveillance (SBS-III) project. This project, estimated to cost around Rs 27,000 crore, aims to enhance India's surveillance capabilities, especially along its borders with Pakistan and China.

The satellites will be launched into low Earth and geostationary orbits and will be equipped with artificial intelligence (Al) to improve geo-intelligence and communication between satellites for better threat mitigation.

Additionally, the CCS has also approved the $3.9 billion purchase of 31 weaponized Predator drones from General Atomics, to complement the surveillance capabilities of the SBS-III mission. General Atomics (GA) is a California, US based company that specializes in defense and diversified technologies, including energy, defense, robotics, and unmanned aircraft.

The Space Based Surveillance (SBS-III) project is a significant initiative by the Indian government to enhance its surveillance capabilities through space-based technology.

In Phase-I (2001), 4 satellites were launched, under the aegis of the then prime minister Atal Bihari Vajpayee. In Phase-II, 6 satellites were launched in the year 2013. And, now in 2024, 52 surveillance satellites have been approved by the CCS, to launch. 

Indian Space Research Organisation (ISRO) is responsible for the development and launch of these satellites.

National Security Council Secretariat works alongside the Defence Space Agency under the integrated headquarters in the Defence Ministry to handle the project. Defence Space Agency plays a crucial role in the project, focusing on enhancing India's defense capabilities.

These organizations and entities are working together to enhance India's surveillance and defense infrastructure.

Development of the Spy Satellites

ISRO will follow a comprehensive process to develop these spy satellites. Here's an overview of the steps involved:

1. Design and Development: The satellites will be designed and developed at the U R Rao Satellite Centre (URSC). This involves creating detailed designs, selecting materials, and developing the technology.

2. Assembly and Testing: Once the design is finalized, the satellites will be assembled and rigorously tested to ensure they meet all specifications and can withstand the harsh conditions of space.

3. Launch Vehicle Preparation: The satellites will be launched using ISRO's launch vehicles, such as the Polar Satellite Launch Vehicle (PSLV) or Geosynchronous Satellite Launch Vehicle (GSLV), depending on the payload and orbit requirements.

4. Launch: The satellites will be launched from the Satish Dhawan Space Centre on Sriharikota Island, near Chennai.

5. Deployment and Operation: After launch, the satellites will be deployed into their designated orbits and will start their operational phase, providing surveillance data and enhancing India's national security.

ISRO's expertise in satellite technology and its successful track record in launching and operating satellites make it well-equipped to handle this ambitious project.

Nibe to Launch 23 Made-In-India Military-Grade Intelligence Satellites in India

Nibe Limited, a prominent Indian aerospace and defense company, is gearing up to launch a cutting-edge constellation of 23 military-grade intelligence satellites. This ambitious project marks a major milestone in India's efforts to enhance its space-based surveillance and intelligence capabilities.

The constellation is expected to be expanded to 40 satellites over a time of seven years, and these satellites will be manufactured and launched in India.

These Made-In-India satellites will serve multiple purposes including Military Surveillance, Monitoring borders, Disaster Management and Environmental Monitoring such as deforestation and pollution.

Key Features of the Satellites:

Advanced Technologies: The satellites will be equipped with Optical, Infra-Red, and Synthetic Aperture Radar (SAR) technologies. These tools are essential for providing high-resolution imagery and real-time data.

Versatile Applications: The satellites will benefit both military and civilian applications, including border monitoring, disaster management, and environmental tracking.

Strategic Partnerships:

Nibe Limited is collaborating with several key players to bring this project to fruition:

Thales Alenia Space: A joint venture between French company Thales and Italian firm Leonardo, providing essential components and expertise.

Larsen & Toubro: A major Indian conglomerate with extensive engineering capabilities.

AgniKul and Skyroot: Indian startups known for their breakthroughs in small satellite launch vehicles.

This initiative not only strengthens India's strategic presence in space but also positions the country as a rising player in the global space industry.

Established in 2021, Nibe Limited is headquarters is located in Pune, Maharashtra. Specifically, their main office for the defense and aerospace division is situated at Chakan Industrial Area, Pune District.

The company also have facilities for their Electric Vehicles division in Maharashtra.

Besides this, it may be recalled that earlier this month, Union Minister Nitin Gadkari announced that India will soon introduce a satellite-based toll collection system on highways. This system will use GNSS (Global Navigation Satellite System) and GPS technology to charge vehicles based on the distance traveled, eliminating the need for toll plazas.

Satellite-based Survilience Provider PierSight Secures $6 Mn in Seed Round Led by Alpha Wave Ventures and Elevation Capital

PierSight Secures $6M in Seed Funding to Revolutionize Maritime Surveillance with Cutting-Edge Satellite Technology

The company is poised to accelerate its growth trajectory to provide persistent surveillance for the maritime industry.

PierSight, a satellite-based surveillance provider for the maritime industry, today announced the closing of a $6 million Seed funding round co-led by Alpha Wave Ventures and Elevation Capital with participation from existing investor Techstars. The funding will be used for the procurement and testing of critical hardware, the design and launch of demo and operational satellites, and to expand the company’s world-class team.

Earlier in September last year, PierSight had raised $600K in a pre-seed round led by All In Capital, along with participation from entrepreneurs, angel investors such as Andreas Klinger, Vismay Agrawal, and Nikunj Jalan, amongst others.

PierSight is creating a persistent and dynamic view of all human activity at sea through a constellation of Synthetic Aperture Radar (SAR) and Automatic Identification System (AIS) integrated satellite technology. This fresh capital underscores strong confidence in PierSight's vision to transform ocean monitoring and the maritime industry, which has historically grappled with limitations in tracking and visibility. With its SAR and AIS integration, PierSight’s technology will provide "eyes and ears" at sea, offering unparalleled 30-minute interval monitoring capabilities to shipping, insurance, defense, coastguard, oil & gas, and other organizations that rely on maritime intelligence.

Gaurav Seth and Vinit Bansal at NASA JPL 3

“Illegal fishing causes direct losses of $24 billion annually. Oil spills are difficult to monitor and combat, and are destroying delicate ecosystems. Terrorist infiltrations via sea are extremely hard to detect even for the most sophisticated of coastguards and naval forces. Persistent monitoring unlocks capabilities that weren’t previously available. Unlike traditional Earth observation solutions which are incremental, this is a step function change,” said Gaurav Seth, Cofounder & CEO and Vinit Bansal, Co-founder and CTO, PierSight. "In order to make situational awareness default, we are in advanced conversations with several government agencies, coastguards, ship liners, shipping insurance providers, and non-government environmental agencies who are aligned with our mission.”

This funding comes on the heels of a period of rapid growth for PierSight, positioning the company to further accelerate its trajectory to provide global maritime surveillance. PierSight plans to focus on the design and launch of a demo satellite on ISRO’s PSLV Orbital Experimental Module (POEM) platform, along with the deployment of its first operational satellite. The company's dynamic team is also set to expand, with plans to more than double its members in the coming year across various experience levels to fill roles in multiple functions, from electronics design, mechanical and thermal, mission design, SAR data processing, among others.

“What we liked about Piersight was the paradigm change that could be brought about to the Industry of Surveillance as we know it today. If successful, this endeavor can set a new industry standard and catalyze global efforts for sustainable marine resources usage, better oceanic logistics infra and overall align perfectly with a future where technology, sustainability and efficiencies converge for the well being of our oceans and nations. The ability to do this while also being able to form a formidable moat of being the lowest cost operator in the broader sector is what excites us. Alpha Wave has been an early backer of SpaceX and our first space investment is a testament to our belief in the ability of the high-pedigreed duo of Gaurav and Vinit as they embark on this exciting mission.” said Navroz D Udwadia, Co-founder, Alpha Wave Ventures

“India has made rapid progress in Spacetech in a short period of time and is poised to accelerate dramatically to become a true world leader in this industry. At Elevation Capital, we're thrilled to be part of this thriving momentum and are excited to partner with PierSight in developing a constellation of SAR satellites. We foresee a robust platform for persistent maritime monitoring, which will be used by multiple organizations. Our partnership with PierSight embodies our steadfast confidence in Gaurav and Vinit as industry veterans, leading a team that leverages their deep industry experience to redefine the boundaries of SpaceTech innovation,” said Mayank Khanduja, Partner, Elevation Capital.

"PierSight stood out immediately when we were evaluating companies for the Techstars Space program. Gaurav and Vinit have remarkable backgrounds in the space sector, and are extraordinary entrepreneurs,” said Matt Kozlov, Managing Director of Techstars Space Accelerator. “In the three months since we invested in PierSight, the company's pipeline of business both in the US and internationally has grown exponentially."

PierSight's journey is supported by a network of advisors including Kristi Bradford, Sherman Williams, and Andre Wilson. Further, the company’s participation in the Techstars Space Accelerator program has enabled access to the global space industry. PierSight has also secured access to IN-SPACe’s labs for satellite development under the mentorship of Rajeev Jyoti, Technical Director at IN-SPACe.