Spacecraft health, ground contacts, and conjunction risk on one live orbital plane — anomalies surfaced and the maneuver drafted before the window closes, every command proven on an append-only ledger.
Mission readiness
97.1%
Bus health nominal · contacts on schedule
97.1%
Readiness
23/24
Sats nominal
2
Conjunctions
14m
Next contact
18%
Power margin
99.6%
Downlink
Every bus and ground asset, live. The agents surface the anomaly and draft the maneuver before the window closes.
SAT-07 · power
array string degraded
SAT-12 · thermal
within band
Conjunction 4471
TCA in 6h · Pc 1e-3
Svalbard pass
scheduled 14m
SAT-03 · ADCS
pointing nominal
Imager 9
tasking on plan
TT&C link
downlink 99.6%
SAT-19 · prop
fuel margin low
Telemetry anomaly detection surfaces the bus fault before it becomes a safe-mode.
Conjunction screening and maneuver drafting before the collision window closes.
Pass scheduling and downlink orchestration across the ground network.
Every command verified and logged on an append-only mission ledger.
Root-cause a spacecraft telemetry anomaly.
{
"sat": "SAT-07",
"event": "bus voltage droop -4%",
"suspected": "solar-array string failure",
"impact": "power margin 18%",
"action": "load-shed non-critical payload"
}Pick an artifact and generate to watch the agent draft it.
Emerging bottlenecks surface here as demand signals — and graduate into live packs through the Capability Gap Radar.
Robotic refuel, repair, and upgrade missions require autonomous rendezvous, proximity ops, and manipulation.
Thousands of satellites can't be flown by humans — autonomous collision avoidance, tasking, and health management are mandatory.
Congested orbits need continuous SDA, conjunction screening, and coordinated maneuver negotiation across operators.
Sustained presence beyond LEO needs autonomous supply, positioning, and comms-relay coordination.
Building structures and products in space requires robotic assembly under new operational constraints.