ICEYE USA stands as the American arm of Finland-based ICEYE, and it specializes in synthetic aperture radar (SAR) satellite tech for both government and commercial clients.
The company set up shop in the U.S. in 2020, putting its headquarters in Irvine, California. They actually run the world’s largest commercial SAR satellite constellation—pretty impressive in the industry.
ICEYE USA kicked off operations in early 2020, representing the Finnish parent company on U.S. soil.
They picked Irvine, California, mainly because Southern California has a deep space industry and a strong talent pool in aerospace.
The Irvine facility isn’t just an office. You’ll find satellite manufacturing, R&D labs, and the mission operations center for U.S.-licensed spacecraft all under one roof.
This setup gives ICEYE USA full control over satellite production and mission management, which is a big deal for quality and security.
CEO Jerry Welsh often talks about why California matters so much for them. The region puts them close to other space companies and lets them collaborate tightly with the aerospace community.
The facility’s capabilities help ICEYE USA stick to their ambitious goal: launching 10 satellites every year while keeping their current SAR constellation running smoothly.
ICEYE USA’s mission is to deliver reliable SAR capabilities to U.S. government agencies, defense contractors, and commercial players.
They offer persistent monitoring solutions that work no matter the weather or time of day.
Their SAR tech collects high-res Earth observation data. That’s useful for defense, intelligence, civil agencies, and even scientific research.
Government customers especially appreciate the all-weather imaging for emergency response and security.
Commercial clients use SAR for things like commodities trading analysis and environmental monitoring.
There’s a story people like to share: one Friday night, a government official asked for coastal oil spill imagery. ICEYE USA tasked a satellite and delivered detailed images by Saturday morning, showing both the spill’s location and estimated thickness.
Jerry Welsh leads ICEYE USA as CEO, bringing a lot of space industry experience to the table.
He’s helped the company expand its U.S. presence and land important government partnerships.
The leadership team puts a big focus on building strong relationships with U.S. government customers, who often want to work with domestic companies.
Welsh points out that security concerns make domestic operations crucial for certain classified projects.
ICEYE USA landed strategic support from In-Q-Tel, the intelligence community’s nonprofit investment group.
Simon Davidson, In-Q-Tel’s managing partner, said they invested because ICEYE offers global coverage and weather-independent imaging—two things that really stand out in the market.
ICEYE USA uses advanced synthetic aperture radar systems to grab high-res Earth imagery with microwave signals, no matter the weather or time of day.
Their SAR technology can hit resolutions down to 25 centimeters, and they operate across several specialized imaging modes.
Synthetic aperture radar works by sending out microwave pulses and analyzing the echoes.
Because SAR systems generate their own illumination, they work right through clouds and darkness.
ICEYE USA runs X-band SAR satellites, transmitting at about 9.6 GHz.
They use the synthetic aperture method, combining radar measurements along the satellite’s path to mimic a much larger antenna.
That’s how they pull off higher-res images than a physical antenna could manage.
Radar bandwidth matters a lot here. ICEYE’s tech demonstrator uses a 1200 MHz bandwidth, which lets them get that sharp 25-centimeter resolution.
That’s a pretty big step up from older satellite generations.
SAR tech brings some real advantages over optical imaging.
Radar signals cut through clouds, fog, and smoke, so you get consistent images no matter what’s happening in the atmosphere.
SAR satellites take images day and night. The active radar system doesn’t care about sunlight, so you get 24-hour coverage for critical applications.
This tech can detect surface changes and movements with millimeter-level accuracy.
SAR data uncovers ground deformation, infrastructure damage, and environmental shifts that optical sensors might miss.
That’s huge for disaster response, infrastructure monitoring, and defense.
ICEYE USA’s SAR satellites process and transmit data nearly in real time.
They’ve boosted downlink speeds and ground station integration, so urgent imagery gets delivered fast when it’s needed most.
ICEYE USA offers different imaging modes for different needs.
Spot mode gives you the sharpest images for detailed target analysis. Strip mode covers longer ground tracks, handy for mapping corridors.
They recently rolled out Scan Wide mode, which offers the largest scene coverage in their lineup.
That’s great for broad area surveillance where you care more about seeing everything than getting the highest possible resolution.
Spotlight mode focuses the radar beam on a specific target for longer observation, producing super-detailed images of things like infrastructure or vessels.
ICEYE USA’s constellation approach means they can revisit the same spot quickly, no matter which imaging mode you pick.
As their satellite fleet grows, the time between images for the same location keeps shrinking, which is a big plus for persistent monitoring.
ICEYE USA runs the world’s largest commercial SAR satellite constellation, with more than 31 satellites launched since 2018.
Their constellation delivers 24/7 all-weather imaging with advanced radar tech and rapid revisit rates—key for critical Earth observation missions.
ICEYE’s constellation uses X-band SAR satellites to deliver high-res images of Earth’s surface, no matter the weather or time.
They’ve launched 31 satellites since December 2018, steadily expanding their fleet.
The company keeps adding satellites through regular SpaceX rideshare missions out of Vandenberg Space Force Base.
Recent launches included four satellites in August 2024 and six more in June 2025.
Each satellite orbits in low Earth orbit, giving them global coverage.
Their distributed fleet design adds redundancy and keeps service going even if one satellite has an issue.
ICEYE USA builds and operates NOAA-licensed satellites for U.S. government and commercial customers.
These satellites fit right into the larger ICEYE constellation but also meet strict American regulatory standards.
The way they’ve arranged the constellation allows multiple daily passes over areas of interest.
That’s essential for things like disaster response, maritime monitoring, and national security.
SAR satellites send microwaves to the ground and form images from the reflected energy.
That makes them better than optical satellites for continuous monitoring, especially since about 70% of Earth is usually cloud-covered and half the planet is in darkness.
The constellation achieves sub-meter resolution using advanced imaging modes, including Spot Fine mode at 50 cm native ground resolution.
Dwell mode uses special collection methods to spot ground changes in near real time.
With so many satellites, ICEYE USA can revisit target areas several times a day—something single-satellite systems just can’t do.
Emergency responders get up-to-date imagery within hours after disasters or security incidents.
All-weather capability is crucial for tough environments.
Insurance companies use SAR data for damage checks, and defense agencies rely on it for surveillance, rain or shine.
ICEYE’s constellation supports fast decision-making during critical events, thanks to frequent coverage and weather independence.
ICEYE USA’s headquarters in Irvine, California, is where they build next-gen SAR satellites.
Manufacturing teams there work alongside European colleagues to standardize designs across the constellation, which keeps production costs down and quality up.
They invest heavily in SAR research and development.
Recent breakthroughs include new imaging modes and even better ground resolution—pushing past traditional SAR limits.
Their satellites use modular designs, so they can get software updates and new imaging modes even after launch.
Customers who buy dedicated satellites get the same models as the main constellation, so everything stays compatible.
The American facility boosts domestic satellite production and meets national security needs.
Building locally also shortens the supply chain and lets them respond faster to government requests.
ICEYE’s U.S. operations focus on building synthetic aperture radar satellites domestically.
They run a full-scale production facility in California, making sure they follow all U.S. licensing rules for spacecraft.
ICEYE opened its main U.S. manufacturing hub in Irvine, California, in April 2021.
This spot serves as their American headquarters and houses several spacecraft production lines at once.
The Irvine site combines manufacturing capabilities with R&D.
Engineers handle spacecraft assembly, integration, and testing in the same place where they develop new radar imaging tech.
The facility also includes dedicated customer spaces and a Mission Operations Center, which monitors and operates all U.S.-licensed spacecraft.
ICEYE picked Southern California because of its deep aerospace talent pool and supplier network.
The location gives them access to experienced engineers and solid supply chains—both crucial for building satellites.
Production capacity at Irvine lets them build several satellites at once.
They’ve already manufactured and launched spacecraft from this facility to grow their radar satellite constellation.
ICEYE operates U.S.-licensed satellites through its American branch, ICEYE US.
These satellites must meet Federal Communications Commission and National Oceanic and Atmospheric Administration rules.
The Mission Operations Center in Irvine manages command and control for all U.S.-licensed satellites.
This domestic operations setup keeps them in line with government requirements.
U.S. licensing lets ICEYE serve government customers with assets controlled right here in the States.
They’ve signed deals with In-Q-Tel to speed up radar imaging delivery to government agencies.
Licensed operations keep data sovereignty intact for sensitive applications.
Government clients get satellite imagery through U.S.-controlled systems and staff.
ICEYE US keeps hiring across spacecraft engineering, software, assembly, integration, testing, and project management.
They’re looking at opening more offices on both U.S. coasts.
Plans include launching operations in the Washington D.C. area to get closer to government customers.
Manufacturing expansion is a big focus—they want to boost the number of satellites built each year in Irvine.
The goal is to scale up production to meet the rising demand for radar satellite services.
Investing in U.S. operations helps ICEYE stay a trusted commercial satellite provider for government clients.
Having a domestic manufacturing base also fits hybrid architecture needs for sensitive projects.
ICEYE US has landed multiple big contracts with federal agencies and defense groups.
They provide synthetic aperture radar (SAR) capabilities that support national security and commercial space efforts.
ICEYE US works closely with several key federal agencies.
NASA awarded them a Blanket Purchase Agreement for high-res SAR data products under the Commercial SmallSat Data Acquisition Program.
The National Reconnaissance Office picked ICEYE US for evaluation contracts alongside Capella Space and Umbra Lab.
These contracts started in January 2022 and have supported government operations during the Russia-Ukraine conflict.
Space Force is a major collaborator too.
ICEYE US partners with Space Systems Command to deliver satellite-based services across space, air, land, maritime, and cyber domains.
Their SAR constellation provides 1-meter to 15-meter resolution imagery, enabling hourly revisits of any spot on the globe—even through clouds or at night.
ICEYE US takes part in programs that back U.S. national security goals. Its SAR satellites let decision makers across the Department of Defense keep tabs on what matters most.
Rome Research Corporation teams up with partners to keep terrestrial communication systems running 24/7. They’ve racked up contributions to more than 80 Defense Information Systems Agency facility awards.
The NRO’s commercial radar evaluation program gives ICEYE US a chance to show off its remote sensing chops. This two-year contract helps push SAR technology forward.
ICEYE US stands out in defense thanks to its real-time intelligence capabilities. Their constellation beams near-real time data to U.S. Combatant Commands, defense agencies, and international coalition partners.
PAR Government Systems Corporation joined forces with ICEYE US to land a prime contract spot on the $900 million PLEO initiative. This five-year Indefinite Delivery, Indefinite Quantity contract even includes extra five-year options.
The PLEO program acts as a backbone for satellite services across all operational domains. PAR Government made the cut as one of 16 awardees under Space Systems Command.
Strategic positioning through the Commercial Satellite Communications Office helps ICEYE US connect with federal agencies and international partners. Their partnership combines PAR Government’s tactical know-how with ICEYE US’s SAR constellation.
Contract extensions from the NRO open more doors for Capella Space, ICEYE US, and Umbra to boost their SAR capabilities. These agreements really show the government trusts commercial radar solutions.
ICEYE US gives businesses access to synthetic aperture radar satellite data for risk assessment and operational monitoring. Commercial clients get tailored imaging solutions and support for insurance claims, infrastructure monitoring, and disaster response needs.
ICEYE brings synthetic aperture radar data to the table through its commercial satellite fleet. They run several SAR satellites that snap high-res images no matter the weather or time.
Commercial clients pick between standard and premium data packages. Standard options offer basic SAR imagery with regular revisit times, while premium products bump up the resolution and speed.
Satellite data powers all sorts of commercial uses. Insurance companies tap the imagery to check property damage after disasters. Energy firms watch over pipelines and offshore sites.
ICEYE’s data fits right into existing commercial workflows. Clients get imagery in formats ready for geographic information systems and standard analysis tools.
ICEYE lets clients task satellites for their own needs. You can ask for images of specific spots at the times you care about.
They offer flexible tasking based on how urgent things are and how much coverage you need. Standard tasking gets images to you in 24-48 hours. If time’s tight, priority tasking speeds things up.
Custom tasking hits the mark for specialized needs. Construction companies use it to track progress and site conditions. Agricultural businesses keep tabs on crop growth and field changes.
ICEYE handles these requests with dedicated account managers. Clients work directly with technical folks to nail down imaging specs and delivery details.
ICEYE US keeps a support team just for commercial customers. Account managers guide clients through technical stuff and help weave SAR data into business operations.
The company runs training sessions for commercial users. These cover SAR data interpretation, analysis tricks, and software integration.
Clients get ongoing technical help during their contracts. Support teams help sort out data processing hiccups and fine-tune imaging workflows for different business cases.
ICEYE also offers consulting for tricky commercial projects. Their experts help clients build custom analysis methods and set up monitoring routines for industry-specific needs.
ICEYE’s SAR satellite network delivers real-time data for natural disaster response and environmental risk checks all over the U.S. Their round-the-clock monitoring helps emergency responders with accurate flood tracking and detailed climate risk analysis.
ICEYE runs the world’s largest SAR satellite constellation, so they can keep flood monitoring going no matter the weather or time. Their satellites see through clouds and darkness to catch flood events as they unfold.
Flood Rapid Impact is ICEYE’s latest leap in disaster tech. This automated system spits out flood data within 6-12 hours of the first signs and keeps updating every six hours as things evolve.
Emergency responders get actionable info from ICEYE’s Solutions Event Intelligence Hub. During the big central Texas flooding in July 2025, ICEYE worked with local and federal agencies to provide key data for response.
The system helps utilities and energy companies check conditions almost in real time. SAR satellites guide these organizations to send resources right where they’re needed. Forecast-aligned flood maps let teams get ahead of disasters.
FEMA now uses ICEYE’s satellite data in their flood response playbook. The tech gives communities crucial insights for taking action during natural disasters.
ICEYE’s meteorology team keeps an eye on global weather around the clock. Their surveillance system predicts potential flooding and tasks satellites for targeted shots.
SAR technology from ICEYE helps government agencies and private groups plan for environmental resilience. Near real-time Earth observation data lets organizations make smarter decisions about risks.
Machine learning models trained on radar data from over 300 past floods sharpen risk assessments. These systems spot new flood patterns and send out fresh data every six hours during active events.
ICEYE’s satellites stick around for all sorts of natural disasters, not just floods. The constellation keeps tabs on fires, storms, and other environmental threats that hit U.S. communities.
The Australian government jumped on ICEYE’s enhanced monitoring services, asking for more frequent environmental updates. This partnership shows the rising demand for advanced satellite-based monitoring worldwide.
ICEYE pushes SAR satellite tech forward with machine learning and new research. They focus on real-time data processing and next-gen satellite manufacturing.
ICEYE’s machine learning algorithms turn raw SAR data into actionable insights for government and commercial clients. These systems process satellite images automatically to spot changes on Earth’s surface.
The Wildfire Insights platform shows off their advanced AI. During California’s January 2025 wildfires, the system delivered fast fire detection and monitoring.
Machine learning models dig through SAR images to find things like oil spills, structural damage, and environmental shifts. The tech can even estimate oil spill thickness from radar alone.
ICEYE’s algorithms keep working in the background, crunching data from their satellite fleet. This automation means customers get critical info within hours of image capture.
ICEYE set up a research and development lab in Irvine, California, back in 2020. The lab works on advancing SAR tech for both government and commercial needs.
They rolled out Generation 4 satellites with better resolution and faster data transmission in 2025.
ICEYE teamed up with the Taylor Geospatial Institute for SAR tech workshops. These sessions bring academic researchers into the world of synthetic aperture radar and data analysis.
NASA picked ICEYE through its Commercial Smallsat Data Acquisition program. This partnership brings radar satellite imagery to support scientific and climate research.
ICEYE announced a big investment—over €250 million—to grow satellite manufacturing and speed up tech development.
ICEYE USA has built a wide network of partnerships in emergency management, defense, and commercial sectors. They weave their SAR tech into third-party platforms and set up joint ventures to reach more markets.
ICEYE USA has locked in key partnerships that boost its SAR capabilities across different sectors. In March 2025, they joined Juvare to plug SAR data into the WebEOC platform, giving emergency teams 24/7 situational awareness.
This collaboration lets emergency managers see real-time flood extents and wildfire burn areas using ICEYE’s all-weather satellites. The integration brings automated alerts and data-driven workflows for faster disaster response.
Defense sector partnerships include working with Saab and BoxMica. The Saab deal brings radar data into command and control systems for tactical decisions. BoxMica adds analytical imagery and RF sensing to strengthen government readiness.
ICEYE also keeps a strategic alliance with Safran.AI, mixing SAR data with multisensor AI solutions. This partnership delivers better geospatial intelligence for government clients needing persistent surveillance.
ICEYE USA actively plugs its SAR tech into commercial platforms to reach more users. They teamed up with SkyFi to bring SAR data into their Earth observation platform, making radar imagery easier to access.
The SkyFi integration gives users a simple way to tap into ICEYE’s high-res imagery. This partnership lowers the technical bar for organizations that want radar data but don’t have satellite experts on staff.
Platform integrations aim to make SAR accessible to folks who aren’t technical. ICEYE offers APIs and data feeds that developers can drop into their own apps and workflows.
These integrations touch industries like insurance, agriculture, and infrastructure monitoring. ICEYE works with platform providers to keep data delivery seamless and processing up to snuff for what clients need.
ICEYE US follows strict federal rules for satellite operations and data handling, and puts solid security protocols in place to protect sensitive SAR data.
ICEYE US plays by the book with export control regulations for satellite tech and imagery. They stick to ITAR and EAR rules when moving sensitive components or sharing radar imagery.
The company builds in multi-layered security to protect both classified and commercial data from their SAR satellites. That means encrypted transmissions, secure ground stations, and limited access to imagery processing.
ICEYE keeps tight data handling for government contracts. They separate sensitive defense and intelligence imagery from commercial ops with secure networks and staff with the right clearances.
Physical security matters too. ICEYE uses access controls, surveillance, and secure storage to keep satellite parts and control centers safe from unauthorized access.
ICEYE US holds Federal Communications Commission licenses that let it use X-band frequencies for satellite communications. The company has asked for more flexibility so it can use multiple earth stations around the U.S. to downlink mission data from its growing constellation.
ICEYE keeps commercial remote sensing licenses from the National Oceanic and Atmospheric Administration (NOAA). These licenses set rules for imaging over U.S. territory, including resolution limits, coverage restrictions, and how the company can distribute data from its commercial SAR satellites.
ICEYE works directly with the Federal Aviation Administration to coordinate launches and manage space traffic. They have to plan satellite deployments and orbital maneuvers to avoid interfering with other spacecraft. It’s becoming a crowded environment up there.
Export licenses from the Department of Commerce and State Department allow ICEYE to ship satellite components between international facilities. These licenses also let them deliver imagery products to approved foreign customers, all while staying compliant with national security requirements.
ICEYE plans to ramp up growth by launching more than 20 new satellites every year starting in 2025. They’re aiming to double revenue that year and are even considering an initial public offering to keep the momentum going.
ICEYE has set an ambitious satellite deployment schedule to grow its SAR satellite constellation. Starting in 2025, they want to launch over 20 satellites annually. That’s a big leap from what they’ve done before.
All the new satellites will offer 25-centimeter resolution imagery. That makes ICEYE’s constellation the sharpest SAR imaging system on the commercial market. Customers will get more detailed Earth observation data for all sorts of uses.
These launches will help ICEYE reach its goal of 24/7 operations for customers on every continent. With more satellites, revisit times drop and data availability goes up. That’s good news for government and commercial clients who need fast, reliable data.
Recent funding rounds have brought in over $500 million to cover manufacturing and launch costs. ICEYE has already shown it can pull off rapid satellite deployments, so they’re not exactly new to this.
ICEYE has built up manufacturing capabilities in the U.S. as it pushes for global expansion. They brought on Mark Matossian as CEO of ICEYE US to lead the American market push. He brings experience from satellite program management at big tech companies.
U.S. operations focus on serving government and defense customers who want domestically made satellites. ICEYE scouted multiple locations for its American manufacturing facility, looking for good suppliers and a skilled workforce. This move lets them compete for contracts that require U.S.-built satellites.
Revenue topped $100 million in 2023, which shows their SAR technology is commercially viable. ICEYE expects to double that in 2025 by expanding satellite capacity and rolling out new data products.
They’re also working on specialized products like Flood Insights and Wildfire Insights for government agencies and businesses. These tools use SAR data to give real-time updates on natural disasters and environmental changes.
ICEYE US operates as a subsidiary of the Finnish space technology company, providing synthetic aperture radar satellite services from Southern California. They focus on all-weather Earth observation using their SAR satellite constellation, serving government agencies, insurers, and commercial clients with detailed imaging data—rain or shine, day or night.
ICEYE US delivers synthetic aperture radar data and satellite-based intelligence services from its base in Southern California. They specialize in all-weather Earth observation, working around the clock.
Their main offerings include SAR data products, full satellite systems, and custom solutions for different industries. The U.S. office handles government contracts and commercial projects for American markets.
ICEYE US provides disaster response insights for floods and wildfires. Government agencies and insurance companies rely on these detailed hazard assessments to make critical decisions during emergencies.
They operate what they call the largest commercial SAR satellite constellation in the world. This network lets them revisit target areas frequently and offer backup coverage with multiple satellites.
ICEYE’s global headquarters sits in Espoo, Finland, at Maarintie 6. They started up in Finland in 2015 and still run most of their operations from there.
The Finnish headquarters oversees the company’s worldwide satellite constellation operations. This office manages mission planning and data processing for the entire SAR satellite fleet.
ICEYE US works as a subsidiary out of Southern California. That office takes care of regional sales, government contracts, and customer support for North America.
ICEYE remains a private company and isn’t listed on public stock exchanges. So, you can’t buy shares through regular stock markets or brokerage accounts.
They’ve raised $505.93 million through private funding rounds since launching. The latest rounds—Series E, D, and C—wrapped up between 2020 and 2024.
Private investors and institutional funds take part in ICEYE’s funding rounds. These opportunities usually require significant capital and direct relationships with the company.
If you’re interested in investing, you’ll need to reach out to ICEYE’s corporate development team. They review strategic partnerships and investment proposals individually.
ICEYE specializes in synthetic aperture radar satellite tech that produces detailed Earth images in any weather. Their SAR satellites grab data through clouds, rain, and even at night.
They operate microsatellites that are smaller and cheaper than traditional Earth observation satellites. These compact spacecraft make rapid deployments and constellation growth possible.
ICEYE’s satellites let customers monitor specific areas consistently. Clients get regular updates on ground conditions for agriculture, infrastructure, or security surveillance.
Their SAR technology delivers high-res images with precise measurements. Radar signals cut through weather that would block optical cameras, so data collection stays steady.
Right now, there aren’t any public details about ICEYE partnering or collaborating with Spanish organizations. Most of their documented activities focus on Finland, the U.S., and other European markets.
ICEYE serves clients worldwide using its satellite constellation. Spanish customers can still access ICEYE’s SAR data and services through standard commercial agreements.
The European market is a big part of ICEYE’s business. But as far as country-specific partnerships or joint ventures in Spain go, nothing’s been made public.
Right now, there’s no clear evidence of any direct business relationship or partnership between ICEYE and Rheinmetall.
These two companies both work in defense-related markets, but they’re really in different corners of the industry.
ICEYE delivers satellite-based Earth observation services to a mix of government and commercial clients.
Meanwhile, Rheinmetall handles automotive components and manufactures defense systems.
If they ever team up, it’d probably involve using satellite data for defense or security projects. But as of now, nobody’s announced or confirmed anything like that.
