Space segment
Satellite to satellite. Straight down to ground.
Space-qualified optical terminals for inter-satellite mesh and direct-to-earth downlink, sized for a cubesat payload budget.
10
Gbps @ 2,000 km
8,000
km ISL reach
1,100
grams, downlink unit
≤10
Seconds to acquire
Satellite to satellite. Straight down to ground. Every unit ships from the same production line and shares one pointing, acquisition and tracking stack.
Space ISL
10 Gbps @ 2,000 km
4U internal + 1U external, gimballed 80 mm aperture.
Space Downlink
10 Gbps down
1U, 1.1 kg, 4 W average. 500–1,500 km range.
TRing & Borg DC
24 Tbps LEO ring
The orbital backbone the terminals feed, at 70 ms RTT.
Published in full. Nothing withheld.
LAN Mode gives you a physically separated constellation. Cloud Mode adds the global fleet, TRing access and direct multi-cloud gateways.
| Capability | LAN Mode | Cloud Mode |
|---|---|---|
| Project & lifecycle | ||
| Mission & CONOPS analysis | ✓ | ✓ |
| Order-to-launch lifecycle support | ✓ | ✓ |
| Post-launch support | 8×5 | 24×7 |
| Connectivity | ||
| Client-owned mesh (sat-to-sat) | ✓ | ✓ |
| Transcelestial Ring (TRing) access | × | ✓ |
| Global fleet downlink / uplink | × | ✓ |
| Multi-cloud gateway (AWS / Azure / GCP) | × | ✓ |
| Security | ||
| Post-quantum cryptography | Optional | Optional |
| Advanced VPN (WireGuard) | Optional | Optional |
Same photonics stack, same production line as the 300 km of laser network already carrying 1.8 Tbps a day on rooftops and towers.
Deployments running today, on live commercial service.
Route traffic in orbit instead of bouncing it off the ground at every hop.
Move high-volume imagery from orbit into processing without a teleport queue.
A physically separated mesh that never touches shared infrastructure.
Space-qualified for Europe’s first low-orbit 6G research laboratory.
Space segment, available now
Link budget, interface control documents and a deployment window.
Stay updated on our journey in the orbit.