TACK — the Trajectory-Aware Command Kernel.
A mission-operations system that understands continuous-burn maneuvers as first-class objects. Plan, simulate, validate, and command — without leaving one secure surface.
Mission control was designed for impulsive maneuvers. TACK is designed for missions that thrust for weeks.
Electric propulsion changes the physics — but most ground systems still treat a maneuver as a single point in time. TACK models a maneuver as a continuous trajectory shaped by power, eclipse, attitude, and propellant constraints, and keeps every decision tied back to the trajectory it produces.
- Continuous-thrust solver with eclipse-aware power modeling
- Per-asset digital twin updated from truth telemetry
- Policy-as-code approval workflows, dual-control gates
- Signed, immutable audit log of every command
| Power max | 18.7 kW |
| Eclipse | 38 min |
| ΔV target | 156.4 m/s |
- Power budgetPASS
- Eclipse windowPASS
- AttitudePASS
- Approval gate2/2
Each module owns one piece of the operational loop.
A faster, safer operational loop — measured.
From mission objective to approved, validated command sequence.
Average savings per transfer with the multi-objective solver.
Reduction in command-related anomalies vs. manual workflows.
From contract to first command, on average.
Run TACK against a real mission.
Working session with our mission engineers — bring constraints, leave with a validated plan.
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