The Never-Sleeping Crewman: Costs, Consumption, and Nanobots (AI for Sailing Boats)
29 de março de 2026 · 36 min · 4K visualizações
Man reads AI emergency email template on tablet in cabin
O que este vídeo aborda
Max, aboard the Beneteau Oceanis 50 Y2K in Australia, installs and demonstrates an AI agent called Nanobot as a permanent onboard crew member, interfacing with it via Telegram under the name Enea.0:31
Nanobot runs on 1 GB of RAM, written in 4,000 lines of Python — a fraction of the 400,000-line OpenCLO framework Max first attempted and abandoned because it required at least 8 GB and took days to configure.6:28 Nanobot was operational in under an hour.6:48 Max connects it to SignalK for live wind data, a Cerbo GX for battery monitoring (SOC, voltage, current, amp-hours), and solar production figures; Enea reads 597 W / 44 A solar output and 2.2 kWh charged that morning.14:44 Critically, Enea can remotely switch the battery charger on and off through the Cerbo, demonstrated live.15:35 It also pulls weather forecasts from Open Meteo, retrieves satellite imagery of the boat's position, and stores boat documents — including the Pantenius insurance certificate — sending them as Telegram attachments on demand.18:17 Max demonstrates a simulated collision claim: Enea drafts a complete incident email template to Pantenius with emergency contact numbers drawn from the policy document.18:56 Max notes he has not yet connected Enea to his email or calendar due to security concerns.17:56 A lightweight local AI agent running on minimal hardware can monitor onboard systems, control equipment remotely, and handle boat administration through a standard messaging app.
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