Data Services Companies

Mercury Systems

Andover, United States commercial

Mercury Systems (Nasdaq: MRCY) is an Andover, Massachusetts defense electronics company founded in 1981 that is a leading supplier of radiation-hardened processors, secure processing modules, and mission computing systems for defense satellite programs and space-based intelligence platforms. The company's OpenVPX-based processing architectures, secure enclave modules, and high-bandwidth RF signal processing boards are used in SIGINT (signals intelligence) satellites, EO/IR surveillance satellites, and ground-based tactical processing systems. Mercury specializes in "trusted" processing — electronics qualified for classified programs with supply chain integrity assurance and anti-tamper protection. With ~$1B revenue, Mercury occupies the critical mid-tier between defense primes (Lockheed, Northrop) and component suppliers, providing ruggedized commercial-off-the-shelf (RCOTS) processing that primes integrate into their space systems.

HawkEye 360

Herndon, United States commercial

HawkEye 360 listed on the New York Stock Exchange as HAWK on 7 May 2026, raising about $437.5 million net at $26 a share. HawkEye 360 is a geospatial analytics company operating the world's first commercial constellation for radio frequency signal detection and geolocation from space. Headquartered in Herndon, Virginia, HawkEye 360 provides RF intelligence for maritime domain awareness, spectrum management, emergency response, and national security applications. In 2024, HawkEye 360 significantly expanded its constellation with multiple satellite cluster launches. Clusters 8 and 9 launched on SpaceX Bandwagon-1 in April 2024, followed by Cluster 10 in August 2024 bringing the constellation to 30 RF geolocation microsatellites, and Cluster 11 in December 2024. The company aims to operate 36 satellites across 12 clusters, with each cluster containing three satellites working together to trilaterate RF signals. Each HawkEye satellite features software-defined radios capable of detecting a wide range of radio frequencies simultaneously. When all three satellites in a cluster detect a common signal, they trilaterate its location with high accuracy. This capability enables detection and tracking of vessels with AIS transponders disabled, emergency beacon localization for search and rescue, and spectrum management analysis. HawkEye 360 acquired Maxar Intelligence's RF Solutions business in December 2023, expanding spectrum scanning capabilities. The company provides RF data to government and commercial customers for maritime situational awareness, illegal fishing detection, sanctions enforcement, and defense intelligence applications. HawkEye 360 continues expanding constellation capacity to meet growing demand for space-based RF geolocation services.

NextNav

McLean, United States commercial

NextNav, founded in 2007 and based in McLean, Virginia, is a technology company focused on enhancing geolocation services with a particular emphasis on vertical positioning. The company provides Position, Navigation, and Timing (PNT) solutions, addressing a critical need for more accurate and reliable location data beyond traditional latitude and longitude. NextNav differentiates itself by delivering precise z-axis, or vertical, location data – a capability often lacking in standard GPS and other satellite-based systems. Central to NextNav’s technology is a terrestrial-based 3D PNT system powered by low-band spectrum. This approach offers a complementary solution to satellite navigation, potentially improving accuracy and resilience, particularly in challenging environments where GPS signals are weak or unavailable, such as urban canyons or indoors. The company’s NextNav Pinnacle service specifically focuses on delivering this accurate vertical location data. While specific mission details or customer lists are not publicly available, NextNav positions its technology as enabling applications requiring precise 3D positioning. This includes emerging technologies like drone navigation, autonomous vehicles, and advanced surveying, as well as enhancing existing applications in areas like asset tracking and emergency response. NextNav’s unique value proposition lies in its ability to provide a terrestrial-based, highly accurate vertical positioning service. This addresses a growing market need for more robust and detailed geolocation data, particularly as industries increasingly rely on 3D mapping and autonomous systems.

Jacobs is a global engineering and consulting firm founded in 1947, with approximately $12 billion in annual revenue and a team of nearly 43,000 professionals. While operating across diverse sectors including advanced manufacturing, cities, energy, and life sciences, Jacobs provides specialized engineering services for the aerospace industry. The company focuses on delivering end-to-end solutions, encompassing advisory services, planning, design, and lifecycle management. Jacobs leverages data-driven solutions and digital technologies – including advanced algorithms and data integration – to address complex challenges and drive impactful results for its clients. Recent projects highlight their work in sustainable infrastructure, including decarbonization efforts at Heathrow Airport, the development of a net-zero utility campus in Florida, and grid strengthening in Singapore. They are also involved in large-scale transportation initiatives, such as a major rail project in Australia and AI-driven urban development in Riyadh. Beyond project execution, Jacobs emphasizes thought leadership and innovation, offering insights on topics ranging from urban sediment remediation to the future of transportation. Through strategic partnerships, such as with PA Consulting, they provide advisory services to public sector organizations and focus on creating a more connected and sustainable world.

Wyld Networks develops satellite IoT connectivity technology that links low-cost ground sensors directly to constellations of low-Earth-orbit satellites, enabling data collection in remote regions beyond terrestrial cellular coverage. Its core products include Wyld Connect, a LoRaWAN-based sensor-to-satellite module, and Wyld Fusion, a cloud management platform that routes device data through partner LEO networks. Target applications span agriculture, environmental monitoring, utilities, logistics and asset tracking. The company operates an asset-light model and is publicly listed on the Nasdaq First North Growth Market in Stockholm.

Bolivian Space Agency

La Paz, Bolivia government

The Bolivian Space Agency (ABE), founded in 2010 and based in La Paz, Bolivia, is the national entity responsible for overseeing the country’s space activities. Its core business centers around the operation of the Túpac Katari telecommunications satellite, which provides crucial connectivity services throughout Bolivia, with a particular focus on extending reach to rural and underserved communities. ABE leverages satellite technology to deliver a range of services including free-to-air television and radio broadcasting, and both residential and community-based internet access. Key services offered by ABE extend beyond direct consumer access. The agency provides digital connectivity solutions for businesses, including network expansion and cellular backhaul, enhancing mobile network coverage. Furthermore, ABE utilizes satellite imagery for teledetection applications, offering data services potentially for environmental monitoring, resource management, or other analytical purposes. ABE’s primary achievement is the successful deployment and operation of the Túpac Katari satellite, which has demonstrably expanded access to communication and information technologies within Bolivia. The agency positions itself as a provider of universal connectivity, specifically targeting areas where terrestrial infrastructure is limited or non-existent. While specific customer details are not publicly available, ABE serves both individual citizens through direct-to-home services and businesses requiring reliable network connectivity. The agency’s unique value proposition lies in its commitment to bridging the digital divide within Bolivia, utilizing space-based assets to deliver essential services to previously unconnected populations.

Planet Federal

San Francisco, United States commercial

Planet Federal is the government services division of Planet Labs, a San Francisco-based company founded in 2010 by former NASA scientists. Planet Labs focuses on daily global imaging, aiming to provide accessible and actionable intelligence derived from Earth observation. Planet Federal specifically caters to governmental clients, leveraging the broader company’s capabilities to deliver frequent, high-resolution satellite imagery and analytics. The core offering centers around Planet’s constellation of Dove satellites, which image the entire Earth’s landmass daily. This capability provides a significantly higher revisit rate than traditional satellite imagery providers, enabling customers to monitor change detection, track events, and gain near real-time situational awareness. Planet’s technology democratizes access to this data through a subscription-based platform, moving beyond the limitations of infrequent or expensive imagery. While specific missions or customers are not detailed publicly, Planet Federal’s value proposition lies in providing consistent, current, and comprehensive Earth observation data to government agencies. This allows for improved decision-making across a range of applications, including disaster response, environmental monitoring, security, and intelligence gathering. Planet Federal positions itself as a key player in the rapidly evolving geospatial intelligence market, offering a unique advantage through its daily global imaging and data accessibility. The company’s foundation by experienced NASA scientists suggests a strong technical expertise in satellite technology and data analysis.

Albedo

Denver, United States commercial

Albedo builds satellite buses for very low Earth orbit (VLEO, 250–450 km). It set out to operate its own 10-centimetre-resolution imaging constellation, but on 1 October 2025 it dropped the commercial imagery business to manufacture VLEO buses for other operators; its first satellite, Clarity-1 (launched March 2025), lost contact about nine months after launch and was not recovered. The Denver-based company's unique satellite bus platform enables operation in the denser atmosphere of VLEO. Clarity-1, the first satellite of Albedo's constellation, successfully launched on March 15, 2025 aboard SpaceX Transporter-13. The 530-kg satellite measures approximately 3 meters tall and 1 meter wide, using ion thrusters to continuously counteract atmospheric drag significantly stronger in VLEO. In June 2024, Albedo signed the launch contract with SpaceX. The satellites collect 10-centimeter optical imagery and 2-meter thermal longwave infrared imagery, far exceeding the 30-centimeter resolution offered by leading optical imagery providers. This resolution enables identification of objects as small as 10 centimeters, opening new applications in defense, infrastructure monitoring, and commercial analytics. In January 2024, Albedo raised $35 million in Series A-1 funding led by Standard Investments, bringing total funding to $97 million. Booz Allen Hamilton's venture arm made a strategic investment in the company. The National Reconnaissance Office awarded Albedo a contract for VLEO imaging capabilities, while the U.S. Air Force awarded a separate contract worth up to $12 million. Albedo plans an initial six-satellite constellation providing daily revisits, ultimately expanding to 24 satellites for five daily passes over any location.

Azercosmos

Baku, Azerbaijan government

Azercosmos, established in 2010 and based in Baku, Azerbaijan, is the national satellite operator for the Republic of Azerbaijan. The company focuses on the provision of telecommunications and Earth observation services. Its core business revolves around operating a fleet of geostationary (GEO) communications satellites under the Azerspace brand, and the Azersky Earth observation satellite. Azercosmos’ capabilities center around satellite communications infrastructure and the processing/delivery of Earth observation data. The Azerspace satellites provide regional telecommunications services, suggesting a focus on connectivity within Azerbaijan and potentially neighboring countries. The Azersky satellite indicates capabilities in imagery acquisition and analysis, likely serving applications such as environmental monitoring, urban planning, and agricultural assessment. Currently available information highlights Azercosmos as a key provider of satellite-based services for Azerbaijan. While specific mission details or a comprehensive customer list are not publicly available, the company’s role as the national operator positions it as a critical component of the country’s space infrastructure and a provider of essential services to government and potentially commercial entities. Azercosmos’ unique value proposition lies in its national mandate and regional focus. By independently operating its own satellite constellation, Azerbaijan gains strategic control over its communications and Earth observation capabilities, reducing reliance on foreign providers and fostering technological independence within the region.