Kepler Aerospace designs and delivers modular satellite electronics and subsystems engineered for integration readiness, operational durability, and mission reliability.
Our systems are developed for platforms up to the 200 kg class and are built with a focus on interoperability across diverse mission architectures.
We prioritize systems that are deployment-ready, not experimental prototypes.
Systems are engineered to support secure data transport and compatibility with modern ground architectures.
Capabilities include
Radiation-tolerant processing cores for mission-critical data management.
High-reliability acquisition systems designed for the space environment.
Integrated handling of uplink commands and downlink telemetry streams.
Regulated power distribution and protection across all subsystem buses.
Ground and space components are engineered for interoperability across the mission lifecycle.
Purpose-built hardware for satellite telemetry reception and command uplink operations.
Distributed operations tools enabling mission teams to manage assets from any location.
End-to-end health monitoring with real-time telemetry visualization and alerting.
Kepler subsystems have been validated through deployment in operational environments across national and strategic programs.
Our focus remains on integration readiness and operational consistency.
Multiple components have achieved TRL-8 and TRL-9 through
Plug-and-play subsystem blocks that reduce integration time and risk.
Every interface, connector, and protocol chosen for mission compatibility.
Specifications derived from real mission requirements, not lab benchmarks.
Compatible with CCSDS, ECSS, and other international mission standards.
