Hyper
Relay loop Your satellites Ground station

Find your mission

Single satellite / demo
Your first mission on orbit
Average wait time

Without a relay:

Avg sessionHow long one unbroken contact lasts, on average, once your fleet links up.
Worst waitThe longest stretch with no contact at all across the simulated window.
In contactThe share of total time your fleet has a live path to the ground.
10 min/s

Network rollout

MML1 · 2029
Single satellite / demoLoops MML1

One CubeSat on a standard mid-morning orbit at 525 km. With the HYPER relay layer the satellite stays connected continuously, instead of seeing a few passes each orbit.

Simulation parameters
Window
Epoch
Customer spacecraft
Relay spacecraft
Ground stations
Orbit states propagated
Link pairs in contact
Contact windows
Total contact time

Flying something different? We'll run your constellation with your orbits and your ground segment through the same engine and walk you through the numbers.

Request a simulation

Why a relay layer

Your data shouldn't wait for the planet to turn.

Today a low-Earth-orbit satellite offloads its payload when it flies over a ground station, giving a few minutes of contact per pass, then silence between. The HYPER relay layer keeps you connected between passes, so the gap between capture and downlink collapses from hours to seconds.

Always in view

From the first relay loop to the full network, HYPER extends connectivity along your satellite's orbit, reducing dependence on the next ground station pass.

Seconds, not orbits

Optical inter-satellite links move data across the network at the speed of light, delivering to the nearest gateway in near real time.

One network, any orbit

Scale from a single cubesat to a full constellation on the same backbone, the relay layer grows with your mission.

Planet textures © Solar System Scope · CC BY 4.0