Exact fault diagnosis for spacecraft electrical systems, in milliseconds.
A current channel goes to noise in a simulated run. Someone has to find out why.
From that one channel, a threshold can only say the numbers look wrong. Manifest reads every sensor on the bus together, so it can say what happened: a routine power-source switch, and one sensor failing at the same moment. The spacecraft is healthy.
The verdict arrives in milliseconds, on a single CPU core.
Manifest watches every sensor as telemetry arrives, ranks every possible cause with an exact probability, and runs onboard or on the ground.
Automated model production turns your system diagram into a working model of your exact spacecraft.
Weighs every reading against the whole system model as the telemetry comes in.
Ranks every possible cause with an exact probability and shows the evidence behind each number.
Four automated steps from your diagram to a model that answers in milliseconds. Under a day for the first, about 30 minutes per variant after.
{ "evidence": [ "<sensObs>" ], "posteriors": [ "<compHealth>", "<compGlitch>" ], "components": [ { "name": "DEP1", "type": "rbattery", "modelHealth": true }, { "name": "DEP1_switch_Isense", "type": "current-sensor", "glitchProb": 0.001, "brokenProb": 0.0001, "monterm": "DEP1_switch.0", "direction": "PULL" } ] }