For government and defence fleets. Apsia reads the power telemetry your satellites already send and tells you how much each one can give in a surge, what that costs in battery life and which one is degrading, on your own network.
How many more minutes of payload fit in each window at the risk you accept, and what a surge costs in battery life before you send it. An ageing battery shortens what fits every year; you see it coming. Your operators decide.
Which battery or array is degrading and when it stops carrying the mission, so a replacement is planned, not improvised. Validated on public failures before anyone announced them.
Shadow, season, distance from the Sun, ageing: each reading is set against what the physics expects. What it explains is closed quickly; what it does not is what your analysts look at.
The same product in a container you run, cut off from the internet if you need it. Nothing leaves.
It reads volts, amps and temperatures. It never sends a command to a satellite.
A Spanish company. When you prefer our cloud, it runs in the EU.
It is never used for another customer, never shared and never moved outside the EU.
The product civil operators run, tested on public flight data with every figure set against the usual method.
Exports from your control system, with your own mission database: XTCE or SCOS-2000.
Under the agreement you need, on your network. A person answers within two working days.