Foundational

Foundational develops satellite laser ranging infrastructure that provides precise orbital positioning data for satellite operators. Its technology combines automated ground stations, passive laser retroreflectors, and the Origin data platform to measure satellite distances, improve orbit determination, and support space traffic monitoring and constellation operations.
LookUp Space

Look Up Space is a French space technology company developing radar-based surveillance and space domain awareness systems for monitoring objects in Earth’s orbit. Its SORASYS ground-based radar network collects orbital tracking measurements, while its SYNAPSE software platform combines radar observations with other sensor data to analyze spacecraft activity and potential collision risks. The company’s technologies support satellite operators, defense organizations, and space agencies with orbital monitoring, conjunction analysis, maneuver detection, and space traffic coordination. Its integrated approach connects independent surveillance infrastructure with data analytics and operational decision-support software.
Ecosmic

Ecosmic is a space intelligence company developing software for space domain awareness, orbital risk assessment, and satellite collision avoidance. Its VALKYR platform combines observations from ground-based and space-based sensors, including optical, radar, and radio-frequency systems, to create a continuously updated picture of orbital activity. The company’s SAFE software analyzes collision risks and supports satellite operators in evaluating potential avoidance maneuvers. Ecosmic uses data processing, predictive algorithms, and orbital analytics to help commercial and government organizations monitor space objects, assess threats, and improve spacecraft operational safety.
Slingshot AerospaceĀ

Slingshot Aerospace is a space technology company developing software, data analytics, and artificial intelligence systems for monitoring and managing activity in Earth’s orbit. Its space operations intelligence platform combines sensor observations, orbital data, simulation, and AI-assisted analysis to support satellite tracking, collision risk assessment, and operational decision-making. The company’s technology helps commercial satellite operators, defense organizations, and government agencies understand spacecraft behavior and coordinate activities in increasingly congested orbital environments. Its products include Slingshot Beacon, Slingshot Laboratory, and software for space domain awareness and satellite operations.
Aldoria

Aldoria is a space technology company developing optical surveillance systems and orbital intelligence software to monitor satellites and debris across Earth orbits. Its global telescope network uses Multiple Telescopes Observation Station (MTOS) technology to collect observations of space objects, while its Orbital Information System processes tracking data to estimate trajectories and detect maneuvers. The company’s products include TRACKER, SPACELOG, CALM & COLA, and WATCHER, supporting collision avoidance, satellite monitoring, space traffic management, and defense-related space domain awareness.
Infinite Orbits

Infinite Orbits is a space technology company developing autonomous spacecraft for satellite inspection, protection, and life extension in geostationary orbit. Its technology combines vision-based navigation, autonomous rendezvous, and docking systems to enable spacecraft to approach and service other satellites. The company’s Orbit Guard platform provides orbital surveillance and close-range inspections, while Endurance is designed to extend satellite lifespans by taking over station-keeping operations. Infinite Orbits supports commercial satellite operators and government organizations seeking to maintain and protect orbital infrastructure.
Sidus Space

Sidus Space is a space and defense technology company developing satellite platforms, orbital computing systems, and space-based data services. Its LizzieSat satellite architecture supports multiple payloads and missions, while its Orlaith AI Ecosystem combines FeatherEdge onboard processors with Cielo software for near real-time data analysis. The company also develops Fortis VPX computing hardware and provides spacecraft manufacturing, payload integration, and mission operations services. Its technologies support Earth observation, maritime monitoring, environmental intelligence, space situational awareness, and defense applications.
TransAstra Corporation

TransAstra is a space technology company developing systems for asteroid mining, orbital debris removal, and in-space transportation. Its technologies include the Sutter telescope network for detecting and tracking space objects, inflatable Capture Bag systems for collecting orbital debris and asteroids, and the Worker Bee spacecraft concept powered by Omnivore propulsion. The company also develops SolarForge technology to extract useful materials from asteroids and orbital debris using concentrated solar energy. These systems support emerging space logistics, resource utilization, and orbital infrastructure applications.
Turion Space

Turion Space is a space technology company developing spacecraft, satellite systems, and mission software for orbital operations and space logistics. Its technology supports space situational awareness, spacecraft maneuvering, and mission capabilities for commercial and government customers. The company combines satellite hardware with ground-based software to support operations in increasingly congested orbital environments. Turion Space is also developing technologies for future in-space resource utilization, extending its work beyond Earth orbit into longer-term space infrastructure applications.
ODIN Space

Odin Space is a space technology company developing onboard debris impact sensors and orbital collision intelligence systems for satellites operating in Earth orbit. Its technology uses compact impact detectors and a spacecraft-mounted Black Box to identify collisions with small debris particles that conventional ground-based tracking systems cannot reliably observe. The sensors collect impact data to help operators investigate spacecraft anomalies, assess damage, and understand orbital debris risks. Odin also provides collision alerts, orbital risk intelligence, and access to debris-specific insurance coverage for satellite operators.