Every command on the record.
Encrypted links, signed firmware, per-site geofences and an audit entry for every command sent to every machine. Data residency follows the contract, not the hardware it was captured on.
What it does
Every machine on your sites carries its own hardware identity. Firmware is signed and verified at boot, so an aircraft will not run an image we did not build, and a machine that cannot authenticate its ground station does not arm. Command and telemetry links are encrypted end to end.
The rest is bookkeeping you can hand to an owner: a geofence per site enforced on the machine rather than in the plan, an audit entry for every command with an operator ID and a timestamp, retention set per contract, and data held in the region the contract names. SOC 2 Type II, reviewed annually.
How it works
- 01
Enrol the machine
Each aircraft and robot is enrolled with a hardware key before it ships to site. Firmware is signed, verification happens at every boot, and an unverified image simply does not run.
- 02
Fence the site
Boundary, ceiling and no-fly volumes are enforced on the machine, not only in the mission plan. A geofenced aircraft will not cross the line even under a manual command.
- 03
Log every command
Arm, take-off, waypoint change, override, download — each entry carries an operator ID and a timestamp, retained for the term of the contract and exportable for an owner's audit.
Spec
- FIRMWARE
- SIGNED · VERIFIED AT BOOT
- LINK
- ENCRYPTED · MUTUAL AUTH
- GEOFENCE
- ENFORCED ON MACHINE
- COMPLIANCE
- SOC 2 TYPE II · ISO 27001
100%
Commands written to the audit log