Kurs Orbital

Kurs Orbital is a space technology company developing autonomous rendezvous and docking systems for in-orbit satellite servicing. Its ARCap Module combines machine vision, radar, laser ranging, and robotic technologies to enable spacecraft to approach and capture objects in orbit without direct human control. The technology is designed for satellite life extension, orbital relocation, spacecraft inspection, and space debris removal. Kurs Orbital is developing its systems for integration with servicing spacecraft operating in low Earth orbit and geostationary orbit, supporting emerging commercial space logistics and orbital maintenance operations.
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.
InspeCity

InspeCity is a space technology company developing in-orbit satellite servicing systems to extend spacecraft lifespans and support sustainable orbital operations. Its technology combines green propulsion, robotic manipulation, and autonomous rendezvous, proximity operations, and docking (RPOD) for satellite maintenance and servicing missions. The company’s development programs include GITA, RAMA, CHAKSU, and VEDA, which form part of its planned orbital servicing architecture. InspeCity is working toward spacecraft life extension, in-orbit refueling, and robotic servicing capabilities that could reduce satellite replacement requirements and support long-term space infrastructure.
OrbitAID

OrbitAid is a space technology company developing in-orbit satellite refueling and servicing systems designed to extend the operational life of spacecraft. Its technology combines autonomous rendezvous and docking, propellant transfer mechanisms, and specialized interfaces that allow satellites to receive fuel while operating in space. The company is developing tanker satellites and its Standard Interface for Docking and Refuelling Port (SIDRP) to support orbital maintenance, reduce premature satellite retirement, and establish infrastructure for future in-space servicing operations.
ClearSpace

ClearSpace is a space technology company developing robotic spacecraft and in-orbit servicing systems for removing orbital debris, inspecting satellites, and extending spacecraft operational lifetimes. Its technology combines autonomous navigation, robotic capture mechanisms, and rendezvous systems to approach and interact with objects in orbit. The company is developing missions including ClearSpace-1, designed to demonstrate active debris removal, and Phoenix, focused on satellite life-extension services. Its spacecraft technology supports safer satellite operations, orbital debris mitigation, and the development of commercial satellite maintenance infrastructure.
D-Orbit

D-Orbit is a space logistics and transportation company providing satellite deployment, orbital transfer, and in-space operations services. Its ION Satellite Carrier is an orbital transfer vehicle designed to transport satellites from their initial launch orbit to designated orbital positions. The company also develops technologies for hosted payloads, mission control, satellite servicing, and space debris management. These capabilities help satellite operators deploy spacecraft, manage orbital missions, and support the growing infrastructure of commercial space operations.