Voice AI for Multilingual Yacht Crews
Build, buy, or self-host voice assistants for multilingual yacht crews. Real latency numbers for Whisper, Piper, and Deepgram on vessel hardware.
By Ethan Marsh·11 min read

Private AI, running on your vessel. Conversations, knowledge, and voice that do not depend on the satellite.
Your vessel generates terabytes of sensor and operational data every voyage. Your satellite bandwidth is measured in megabits, not gigabits. Your people need answers in seconds, not the next time the link comes back up.
The cloud was never designed for the open ocean. What works at sea is sovereign, self-sufficient AI that operates independently of shore-side connectivity. Computing that moves with the vessel, not against it.
30TB
of sensor and operational data per voyage
10 Mbps
satellite uplink, on a good day
22,000 mi
to the nearest cloud data center
4 days
since the last reliable shore connection
What We Build
Your situation may be one of these, a combination, or something we scope together in the first conversation.
Our signature deployment. Pick up any handset on the vessel, or call a dedicated line from anywhere in the world, and hear an AI that understands your operation. Grounded in your documents, your manuals, your own knowledge base. Works when the link is up. Works when the link is down.
Ask where a spare part lives. Ask how the last refit went. Ask what the captain told the guests last trip. The answer comes back in seconds, in whichever language you asked.
Owner: Where did we store the spare injector for the port generator?
Vessel AI: Engineering locker, bay three, bin seven. Logged by the chief on the last refit in Palma.

NVIDIA H100, H200, L40S, and B200 configurations, installed in the vessel’s existing server space or an IT closet scoped for it. The hardware is standard enterprise gear run in a reliable environment, not a proprietary box we pretend is marine-grade.
From Field Notes
Build, buy, or self-host voice assistants for multilingual yacht crews. Real latency numbers for Whisper, Piper, and Deepgram on vessel hardware.
By Ethan Marsh·11 min read
The unglamorous realities of deploying GPU compute on a vessel. Power budgets, thermal management, vibration isolation, and physical access control.
By James Calder·12 min read
Most vessel networks were designed for convenience, not security. A practical zero-trust architecture for superyacht IT and OT segmentation.
By Marcus Hale·11 min read
From The Watch
SpaceX's V3 satellites promise 1 Tbps per bird. For vessel AI, the throughput was never the bottleneck. The architecture stays local.
By Ethan Marsh
The USCG cybersecurity rule hits its July milestone in six weeks. The IT/OT segmentation mandate validates sovereign vessel AI architecture.
By Ethan Marsh
Seatrade says cruise AI fails because the data layer is broken. They are right. But fixing it means fixing where the data lives, not just how it connects.
By Marcus Hale
A worm compromised 633 npm packages in an hour. On-vessel software needs air-gapped dependency pipelines, not live registry pulls.
By Ethan Marsh
MSC's AI concierge processed a million guest messages at 93% satisfaction. Nobody asked where those conversations live or what happens offline.
By Marcus Hale
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Whether you're a single superyacht or a fleet of cruise ships, we design and deploy sovereign AI that stays yours: on the vessel, off the cloud, under your control.