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Kepler’s relay satellites are designed to provide real-time connectivity for LEO satellites that can only relay data while passing over an approved ground station.
Kepler launched its first two optical pathfinder satellites in late 2023.
Kepler expects its first full tranche of optical satellites to be launched and operational by 2025 to provide services to commercial and government partners.
Kepler Communications entered into an agreement with TESAT-Spacecom and Airbus Defence and Space to develop a high-bandwidth optical communications network in low Earth orbit.
Kepler is leveraging technology being developed for its LEO optical data relay network, The Kepler Network, for the project.
Kepler Communications currently operates 21 satellites in a sun-synchronous fleet that provide low-data-rate connectivity for devices out of range of terrestrial networks.
Kepler Communications expects its first full tranche of optical satellites to be launched and operational by 2025 to provide services to commercial and government partners.
Kepler Communications, TESAT-Spacecom, and Airbus Defence and Space have entered into an agreement to develop a high-bandwidth optical communications network in low Earth orbit to address opportunities including ESA’s HydRON program.
Kepler Communications is teaming up with Airbus Defence and Space and Tesat-Spacecom to develop an optical relay network in low Earth orbit.
Kepler launched its first two optical pathfinder satellites in late 2023.
Kepler Communications was a subcontractor within two competing groups that won early ESA study contracts in 2022 for a multi-orbit HydRON demonstration mission.
Kepler’s LEO data relay network would provide real-time connectivity for LEO satellites that otherwise can only relay information when passing over approved ground stations.
Kepler Communications launched its first two optical pathfinder satellites in late 2023.
NASA's history of the Discovery program illustrates its evolution through missions such as NEAR, Mars Pathfinder, Dawn, and Kepler.
Kepler’s network is an SDA-compatible space relay network designed to provide low-latency, high-throughput optical communications and 24/7 on-orbit capabilities.
The Kepler and Skyloom relay constellations will be used to transmit data to and from Axiom Space’s orbital data center via Optical Intersatellite Links.
Kepler Communications’ space relay network is designed to be Space Development Agency–compatible and to provide low-latency, high-throughput on-orbit data relay services.
Kepler Communications’ network is designed to provide 24/7 on-orbit capabilities to support continuous, high-capacity connectivity for commercial space stations and Earth observation companies.
Kepler Communications raised $92,000,000 in a Series C funding round 2023.
Kepler Communications is expanding from low-data-rate IoT connectivity into optical data relay.