Built to run where the signal doesn’t reach.
Mission-critical orchestration for autonomous underwater vehicles (AUVs), remotely operated vehicles (ROVs), and ocean-floor inspection rigs. Offline-first execution, acoustic and satellite link tolerance, and automated rollback safety.
Network Assumption
Update Recovery
Storage Integrity
What Admiral solves for marine & subsea.
Zero connectivity beneath the surface
Subsea robots operate submerged for hours or days with zero radio reception, relying on narrow-bandwidth acoustic modems or waiting for surface satellite uplink windows.
Inaccessible physical recovery
A corrupted operating system or failed driver update hundreds of metres underwater is catastrophic. The vehicle must be 100% self-healing and capable of autonomous boot recovery.
Harsh dirty power environments
Emergency thruster cuts, battery voltage drops, and sudden power disconnects cause filesystem corruption on standard Linux partitions.
Purpose-built for marine & subsea.
Autonomous Offline Execution
The Admiral OS executes containerized autonomy workloads completely offline. All telemetry, sonar recordings, and events buffer locally to flash storage and drain upon surfacing.
Dual-Slot A/B Rollback Watchdog
Firmware and OS updates stage into a passive partition slot. If the updated slot fails to verify health upon surfacing, the hardware autonomously rolls back to the known-good partition.
Power-Cut Immune CoW Storage
Persistent mission state and sonar datasets write to Copy-on-Write subvolumes with atomic snapshot checkpoints that guarantee filesystem integrity through emergency battery cutoffs.
With and without Admiral.
Without Admiral
- Standard cloud agents crash or freeze when submerged without an internet connection
- Corrupted OS updates require retrieving the vehicle and disassembling pressure hulls
- Power drops during thruster surges corrupt ext4 partitions and destroy mission logs
- Lack of multi-tier transport leads to dropped telemetry when connecting over high-latency satellite links
- Manual software staging requires days of technician prep before every dive
With Admiral
- End-to-end sovereign stack: kernel, bootloader, and supervisor compiled from source
- True offline-first execution with local diagnostic and telemetry buffering
- Dual-slot A/B fallback ensures subsea vehicles never brick miles offshore
- Copy-on-Write filesystem prevents data corruption during unexpected power cuts
- The Admiral Mesh handles high-latency satellite and intermittent radio links
- Deterministic container lifecycle restarts workloads automatically on power restore
Where marine & subsea teams use Admiral.
Autonomous Underwater Survey AUVs
Deploy side-scan sonar, bathymetry, and visual seafloor mapping workloads that run autonomously for extended deep-water missions.
Offshore Energy & Pipeline ROVs
Orchestrate real-time ultrasonic inspection, weld integrity perception, and tethered manipulator control in offshore wind and oil installations.
Oceanographic Environmental Buoys
Maintain remote floating sensor arrays that aggregate ocean currents, salinity, and temperature data with intermittent Iridium satellite uplinks.
Let's talk about your marine & subsea fleet.
Start free with 5 devices or talk to our team to scope a production rollout.