Infinite Orbits is advancing in-orbit servicing, space situational awareness, satellite life extension and sustainable space transportation through a portfolio of geostationary orbit (GEO) mission platforms designed to support the growing demand for orbital servicing and logistics. Headquartered in Toulouse, the company focuses on autonomous spacecraft technologies that enable satellite inspection, life-extension services and reusable in-space transportation solutions for the geostationary satellite market. Infinite Orbits is addressing these challenges through a combination of autonomous navigation technologies, servicing spacecraft, and reusable orbital logistics vehicles capable of supporting long-term space infrastructure development. The company’s mission portfolio includes Orbit Guard, Endurance and GEORyder, each designed to address different aspects of geostationary orbit operations, from inspection and surveillance to life extension and satellite transportation.
At the forefront of Infinite Orbits’ mission portfolio is the Orbit Guard mission platform, a servicing spacecraft designed to provide in-situ surveillance and inspection services for satellites operating in geostationary orbit. Orbit Guard represents the first generation of Infinite Orbits’ servicing vehicles and has successfully reached orbit, becoming one of the first commercial European SmallSat platforms operating in GEO. The spacecraft was developed specifically to provide close-range inspection capabilities and space situational awareness services for geostationary satellite operators. Orbit Guard performs in-situ observation directly within the geostationary orbital environment. This proximity enables detailed inspection of satellite structures, components and operational conditions that may be difficult to assess using terrestrial tracking systems alone. The spacecraft utilizes Infinite Orbits’ Autonomous Vision-Based Navigation Solution to safely maneuver around client satellites while collecting imagery and operational data. This technology enables autonomous rendezvous operations and close-proximity inspections while maintaining the precision and safety required for servicing activities in crowded GEO environments. Orbit Guard is designed to support a variety of operational services depending on customer requirements. These include geostationary space situational awareness data collection, orbital monitoring and active inspection of customer spacecraft. Such capabilities are increasingly important as satellite operators seek enhanced visibility into spacecraft health, orbital conditions and potential operational threats. The platform’s autonomous maneuvering capabilities further allow it to perform complex inspection missions while reducing the need for continuous ground intervention, supporting more efficient and responsive GEO surveillance operations.
A defining element across Infinite Orbits’ mission architecture is the Autonomous Vision-Based Navigation technology, which serves as the operational foundation for both Orbit Guard and Endurance missions. The navigation system uses advanced vision processing and autonomous guidance algorithms to determine relative position, attitude and motion between servicing spacecraft and client satellites. This capability allows spacecraft to safely approach, inspect and potentially dock with geostationary assets without relying solely on conventional navigation methods. Autonomous rendezvous and proximity operations are among the most technically demanding activities performed in orbit, particularly in GEO where satellites represent critical and often high-value infrastructure. Infinite Orbits’ navigation architecture is designed to support these operations while maintaining high levels of safety, reliability and operational precision. The technology enables close-range inspections, orbital maneuvers and servicing operations that form the basis of the company’s broader vision for sustainable satellite servicing and orbital logistics.
Building upon the inspection and surveillance capabilities, Infinite Orbits is developing Endurance, the first dedicated satellite life-extension vehicle for geostationary assets. Endurance is designed to address one of the most common challenges facing satellite operators: fuel depletion. While many satellites remain operationally healthy at the end of their design life, they often become limited by declining onboard propellant reserves needed for station keeping and orbital maneuvering. Powered by the company’s Autonomous Vision-Based Navigation Solution, Endurance is intended to provide life-extension services by supporting continued operation of GEO satellites beyond their original mission timelines. The vehicle is designed to safely rendezvous with client spacecraft and provide propulsion support that helps maintain orbital positioning and operational capability. The Endurance platform is focused on delivering competitive and operationally safe life-extension services that allow satellite operators to optimize fleet management strategies and defer costly spacecraft replacement programs. Life-extension missions are becoming increasingly important within the satellite industry as operators seek to maximize the return on investment from existing orbital assets. By extending mission lifetimes, servicing vehicles such as Endurance can help preserve valuable geostationary orbital positions while maintaining service continuity for customers. The platform also contributes to broader sustainability objectives by reducing the need for premature spacecraft replacement and supporting more efficient utilization of orbital infrastructure.
Infinite Orbits is also developing the GEORyder project, a reusable in-space transportation system designed to improve access to geostationary orbit for small satellite missions. Derived from technologies developed through the Endurance servicing program, GEORyder is envisioned as a green reusable kickstage vehicle capable of performing multiple transfers from Geostationary Transfer Orbit (GTO) to Geostationary Orbit (GEO). The system is intended to address a significant challenge faced by small geostationary satellite operators: affordable and flexible access to final operational orbit. The reusable vehicle enables satellites to reach their final GEO destinations more efficiently while supporting a broader range of mission configurations. By offering reusable transportation services, GEORyder is designed to improve cost efficiency and operational flexibility for small satellite operators entering the geostationary market. The project also supports growing industry interest in sustainable orbital logistics and reusable space infrastructure. The GEORyder initiative focuses on refueling technologies. Infinite Orbits identifies refueling as a key enabling capability for future reusable transportation systems and long-term orbital sustainability.
The GEORyder project is being developed through a consortium of seven European organizations and was selected by the European Commission for development support. Project participants include Berlin Space Technologies, Deimos, Politecnico di Milano, Dawn Aerospace, Skylabs, Space Applications Services and Arianespace. This collaborative approach reflects the growing European focus on building indigenous in-space servicing, transportation and logistics capabilities that support long-term orbital sustainability and commercial competitiveness. Through Orbit Guard, Endurance and GEORyder, Infinite Orbits is developing an integrated portfolio of autonomous servicing and logistics solutions designed to improve operational awareness, extend satellite lifetimes, and enhance access to geostationary orbit. By combining autonomous navigation technologies, in-orbit inspection services, life-extension capabilities and reusable transportation architectures, the company is contributing to the evolution of a more sustainable and service-oriented space economy where satellites can be monitored, maintained and supported throughout their operational lifecycles.
About Infinite Orbits
Infinite Orbits is a space technology company headquartered in Toulouse focused on satellite servicing, in-orbit inspection, life-extension missions and space logistics for geostationary orbit (GEO) assets. The company develops autonomous spacecraft and navigation technologies designed to enhance satellite operations, extend mission lifetimes and support sustainable use of orbital infrastructure. Infinite Orbits’ portfolio includes the Orbit Guard in-orbit inspection platform, the Endurance life-extension vehicle and the GEORyder reusable kickstage project. Orbit Guard is designed to provide space situational awareness and close-proximity inspection services for satellites operating in GEO, while Endurance is being developed to deliver life-extension services that help operators maximize the value and operational lifespan of existing spacecraft. The company’s servicing solutions are powered by proprietary Autonomous Vision-Based Navigation technology, enabling autonomous rendezvous, proximity operations, inspection missions and servicing activities around geostationary satellites. These capabilities are intended to support satellite fleet management, asset monitoring and long-term orbital sustainability. Infinite Orbits is also developing GEORyder, a reusable in-space transportation system designed to perform multiple transfers from Geostationary Transfer Orbit (GTO) to Geostationary Orbit (GEO) for small satellites. Through the focus on autonomous servicing, reusable logistics and satellite life-extension technologies, the company is contributing to the development of a more sustainable and service-oriented geostationary space ecosystem.
