Cargo Connectivity Without Compromise
The Outernet eliminates limited bandwidth rationed between operational systems and crew. There’s no ocean your vessel can sail into without coverage. Secure, real-time data transfer, anywhere on the planet.
No Gaps or Ground Stations
Modern vessels are sophisticated operations with real-time weather routing, predictive maintenance, fuel optimization, and crew safety systems. All of it depends on data and connectivity that doesn’t drop out.
Traditional GEO satellites can’t reach polar regions. Ground-station-dependent architectures create gaps no commercial operator can afford and as shipping routes push further into high latitudes, the coverage problem gets worse.
The Outernet is a gateway-less LEO network built exactly for this. Not rationed or rerouted through a ground station, just on.
Port-to-Port and Pole-to-Pole coverage
Operators often have to choose between running the ship and keeping the crew connected, while dealing with connectivity costs that punish demand rather than scale with it.
The Outernet offers pole-to-pole coverage, high-throughput low-latency connectivity, and pricing that doesn’t penalize usage. A network built for the ocean, not adapted for it.
KEY FEATURES OF THE OUTERNET
-
SECURITY
Isolate your data streams frompublic and third-party networks. Connect directly with intersatellite links and without gateways.
-
UBIQUITY
Establish uninterrupted connectivity from pole to pole, across the world’s land, sea, and airspace. Latency, high throughput, reach and mobility with true point-to-point services.
-
HIGH THROUGHPUT
Access your private Layer 2 network over Ka-band links with guaranteed data rates from 100 Mbps to multiple Gbps.
-
RESPONSIVENESS
Deploy and adapt your own virtual private network on demand, without reliance on dedicated infrastructure.
-
LOW LATENCY
Deploy and adapt your own virtual private network on demand, without reliance on dedicated infrastructure.
-
RESILIENCE
Harness the power of an optical mesh network in the sky enabled by a distributed LEO architecture.
