Deploying a multi-shell satellite constellation delivering real-time global broadband, precision Earth observation, and deep-space relay capabilities across commercial, government, and scientific sectors.
End-to-end orbital operations spanning connectivity, imaging, navigation, and scientific payload hosting.
High-throughput LEO mesh network delivering <25ms latency to remote, maritime, and aerial platforms.
Multispectral & SAR imaging at sub-meter resolution with daily revisit capability and AI-driven change detection.
Augmented GNSS correction services providing centimeter-level positioning for autonomous systems & infrastructure.
Open architecture platforms for university, research, and defense experiments in microgravity & atmospheric study.
| Parameter | Specification |
|---|---|
| Orbital Shells | LEO (550km) · MEO (20,200km) · GEO Relay (35,786km) |
| Intersatellite Links | Optical inter-satellite links (OISL) · 100 Gbps bidirectional |
| Ground Latency | <25ms (LEO direct) · <50ms (routed mesh) |
| Antenna Array | Electronic scanning phased array · Ka/Ku/V-band |
| Propulsion | Hybrid cold-gas + electric Hall-effect thrusters |
| Debris Mitigation | AI-driven collision avoidance · 50-year post-mission decay compliance |
| Security | FIPS 140-3 compliant crypto · Quantum-resistant key exchange (KYBER) |
Flexible data access models designed for enterprise, government, and research institutions.
Fully registered orbital slots & frequency allocations across all operational shells.
Space systems safety & reliability management compliant with international aerospace standards.
UN COPUOS guidelines adherence · Active deorbit systems · 50-year decay rule compliance.
ITAR/EAR compliant · FIPS 140-3 crypto · GDPR & regional data sovereignty support.
Whether you're scaling enterprise connectivity, deploying government missions, or conducting orbital research, our engineering team is ready to architect your solution.