The services we deliver and the architecture beneath them — a standards-native, multi-shell space network connected by optical inter-satellite links, with an integrated micro data center grid in orbit.
Resilient, low-latency connectivity for operations that cannot afford a dead zone — fleets, field operations, remote sites and critical infrastructure.
Seamless in-flight and maritime connectivity — a continuous signal from gate to gate, port to port, built on multi-orbit handover.
A highly connected dynamic grid of satellites together form a micro data center fabric enabling AI inferencing and onboard processing.
Front/Mid/Backhaul connectivity for terrestrial cellular network extending the network beyond fiber reach and improving coverage.
Our space networks combines satellites across multiple shells in LEO — connected via optical inter-satellite links form a low-latency routing plane that reaches anywhere on or above Earth.
Our services are built against recognized, interoperable standards — not walled gardens — so devices, operators and spacecraft can integrate cleanly
Ku, Ka and S-band operation with dynamic allocation across the constellation
Near-infrared optical inter-satellite links built on a roadmap toward an open standard for ISL-as-a-service
Packets traverse space directly — shorter paths, lower latency, fewer terrestrial hops
High-altitude pseudo-satellites and unmanned aerial vehicles give the network an elastic layer — deployed to extend capacity, fill coverage gaps, or support critical operations on short notice
A single architectural fabric serves user devices on the ground, commercial and defense aircraft, maritime vessels, earth-observation satellites, space telescopes, and deep-space entities with both communication and compute
Instead of optimizing for a single shell, we compose across shells in LEO — plus HAPS and UAVs — so each workload rides the layer that suits it best
We are working toward a standardized protocol for inter-satellite links — unlocking ISL-as-a-service for fellow operators and their spacecraft
Every service layer complies with 3GPP NTN, cellular and IoT standards — devices, networks and missions interoperate without bespoke integration