Thales Alenia Space

Thales Alenia Space designs, operates and delivers satellite-based systems that help position and connect anyone or anything, everywhere.

Thales Alenia Space designs and manufactures advanced satellite systems for telecommunications, Earth observation, navigation, and space exploration. The company creates communication satellites, develops space infrastructure, and supports critical space missions including International Space Station resupply, lunar exploration programs, and satellite constellations. With over 40 years of experience, they engineer high-performance space technologies that enable global connectivity, environmental monitoring, and scientific research.

ExLabs

ExLabs is a pioneering aerospace company that is revolutionizing space exploration and resource utilization.

ExLabs develops advanced spacecraft and robotic technologies for space exploration and resource management. The company specializes in creating large-scale space vehicles designed to capture, control, and redirect space objects like debris and near-earth asteroids. Their key technologies include the Arachne Platform and Space Exploration and Resource Vehicle (SERV), which enable object capture, debris removal, and potential resource extraction in space environments.

ODIN Space

ODIN Space developed a state-of-the-art network of impact detectors that track small-scale debris in space.

ODIN Space develops cutting-edge space debris detection sensors that track microscopic orbital fragments invisible to existing technologies. Their network of on-orbit sensors provides real-time, high-precision data on debris as small as 0.1mm, enabling satellite operators to understand and mitigate collision risks in Low Earth and Geosynchronous Earth orbits.

Orbotic Systems

Orbotic Systems is advancing human progress in low Earth orbit (LEO) by addressing the growing threat of space debris.

Orbotic Systems develops innovative space technology to address orbital debris challenges. The company creates the D3 device, a cost-effective satellite maneuvering and deorbiting solution that provides 80% of traditional propellant thruster capabilities at just 10% of the cost. Their technology enables SmallSat operators to safely manage spacecraft in low Earth orbit without using explosive propellants. By developing advanced solutions for satellite management and space infrastructure protection, Orbotic Systems is actively working to enhance space sustainability and reduce orbital debris risks.

Solstorm

Solstorm, a Norway-based company, is revolutionizing the space industry with its unique propulsion system, Magbreak.

Solstorm develops innovative spacecraft technologies focused on space debris management and sustainable orbital solutions. The company creates hybrid propulsion systems and mission design software that help space missions reduce waste and optimize asset removal. Their technology enables satellites and space vehicles to safely de-orbit, reducing orbital clutter and supporting long-term space infrastructure sustainability. Solstorm’s systems convert solar energy for spacecraft propulsion, providing advanced solutions for space transport that minimize environmental impact in Earth’s orbital environment.

PIAP Space

PIAP Space is a company that specializes in designing, engineering, and delivering top-quality robotics solutions.

PIAP Space develops advanced robotics and technology solutions for satellite servicing and in-orbit operations. The company specializes in creating robotic arms, grippers, and sensors designed for tasks such as maintenance, repair, and debris removal in space. Their innovative projects include modular grippers for orbital applications and multi-articulated robotic arms for satellite deorbiting. With a focus on enhancing the capabilities of space missions, PIAP Space contributes to the sustainable development of space infrastructure.

TRL11

TRL11 designs and manufactures state-of-the-art full-motion video solutions and supporting subsystems for aerospace applications.

TRL11 develops advanced video recording and monitoring technologies specifically for spacecraft and space missions. The company creates specialized video solutions that capture, process, and transmit high-quality visual data in challenging orbital environments. Their core product, SAVER (Space Aware Video Edge-Compute Recorder), enables detailed full motion video recording from multiple camera angles with intelligent edge processing. These technologies help space operators obtain unambiguous visual information about spacecraft operations, mission events, and orbital activities through resilient video systems.

Kall Morris

Kall Morris Incorporated (KMI) is an orbital debris research and solution development company that focuses on Active Debris Removal (ADR).

Kall Morris Incorporated (KMI) is a space logistics company specializing in orbital debris removal and satellite relocation services. The company develops advanced technologies to collect, detach, and deorbit space debris using innovative software and hardware solutions. KMI’s proprietary systems, including the TumblEye machine-learning algorithm and REACCH gecko-inspired adhesive grappling tool, enable safe interaction with uncontrolled space objects. By providing active debris removal services, KMI helps maintain the safety and sustainability of orbital infrastructure.

Vyoma

Vyoma is a space company building the operating system of space and also provides orbit determination and collision avoidance services.

Vyoma Space develops advanced space traffic management services using in-orbit telescopes and machine learning. The company creates a comprehensive monitoring system that tracks satellites and space debris from low-Earth to geostationary orbits, providing real-time collision warnings and precise orbital data. Their technology enables automated satellite operations, helping commercial space operators optimize safety and reduce mission risks through 24/7 space traffic intelligence.

Orbit Fab

Orbit Fab, is an space company with the mission to eliminate the single-use spacecraft paradigm through in-space refueling.

Orbit Fab creates gas stations in space, developing innovative satellite refueling technology that extends spacecraft operational lifespans. The company provides a standardized refueling port called RAFTI, enabling satellites to be replenished with propellant in orbit instead of being discarded when fuel runs low. By introducing in-space propellant transfer capabilities, Orbit Fab is transforming satellite economics, allowing spacecraft to remain functional longer and reducing space debris. Their services support existing space businesses like communications and Earth observation, with plans to service satellites in multiple orbital ranges.