PLANETARY SCALE DATA MESH
The first decentralized orbital network for high-frequency trading and autonomous logistics. Zero terrestrial bottlenecks.
The first decentralized orbital network for high-frequency trading and autonomous logistics. Zero terrestrial bottlenecks.
Real-time telemetry of the active node topology. Monitoring 4,203 satellites in Low Earth Orbit.
Data packets are sharded and encrypted at the source, then beamed via laser-link to the nearest orbital node. The mesh network dynamically routes around weather patterns and solar interference.
Full stack verification from physical uplink to application logic.
Interact with the grid using our CLI or SDKs. Provision bandwidth, spawn satellite instances, and route encrypted packets with simple commands.
npm install -g orbital-cli
orbital auth --token=sk_live_...
user@orbital:~$ orbital connect --region=us-east
Initializing handshake...
Resolving sat_id: SAT-9942
✓ Link established (3ms)
{
"status": "connected",
"node": "LEO-492",
"latency": "4ms",
"encryption": "QUANTUM-256",
"throughput": "100GB/s"
}
Keys managed via satellite hardware module
Scale your bandwidth from atmospheric to deep space.
Hover to open specifications
Hover to open specifications
Hover to open specifications
Encrypted testimonials from the deep web.
"The latency on the Orbital grid is practically non-existent. We stream telemetry from the outer rim without a single packet drop."
"Security is paramount when dealing with rogue AIs. Orbital's quantum encryption layer is the only thing we trust."
"Uplink successful. Throughput exceeds terrestrial limitations by 400%. Logic execution at edge nodes confirmed."
"They can't shut this network down. It's decentralized, resilient, and fast. Exactly what we needed."
"Delivering heavy data payloads used to be a headache. With the Orbital API, I just point and shoot."
"The interplanetary lag is finally manageable. We are using Orbital for all colony logistics."