Flight‑qualified platforms spanning satellite buses, payload integration, ground segment operations, and astronaut health—engineered for reliability from launch to de‑orbit.
Capabilities
- Radiation‑tolerant avionics
- Autonomous guidance, navigation, and control (GNC)
- High‑throughput downlink and ground segments
- Payload integration and thermal management
- Exploration systems and deep‑space autonomy
- Crew health monitoring and analytics
Programs
- Orbital services
- Satellite bus integration
- Deep‑space autonomy
- Ground segment ops
- Crew health ops
- Environmental testing (TVAC, vib, EMI/EMC)
- Fault‑tolerant flight software toolchains
- Propulsion and attitude control prototyping
Key Technologies
Radiation‑tolerant compute and memoryStar trackers and reaction wheelsFault‑tolerant flight softwareAutonomous rendezvous and dockingThermal control subsystemsHigh‑throughput optical/radio downlink
Frequently Asked Questions
Do you build flight hardware?
We support flight‑hardware development, qualification, and mission readiness across LEO, GEO, and deep‑space programs.
How is mission safety addressed?
Redundancy, FMEA, fault management, and environmental testing across TVAC, vibration, and EMI/EMC.
Can you integrate third‑party payloads?
Yes. We provide mechanical, power, data, and thermal interfaces with qualification support.
Do you support ground operations?
End‑to‑end ground segment services including TT&C, monitoring, and incident response.
What radios do you support?
S‑, X‑, and Ka‑band downlink along with optical pilots where available.
Ready to Collaborate?
Explore partnership opportunities or learn more about our Space Technologies capabilities.