Make every ship observable.
Sensors, edge compute, and AI analytics that turn every commercial vessel into a live, observable system. We make maintenance predictive, not reactive.
The fleets we already keep observable
Commercial ships are still mechanical black boxes.
Maritime is the last remaining legacy industrial system. Unlike cars or aircraft, ships run with zero real-time engine telemetry. Failures are caught after they happen — reactive, not predictive.
“The software says something is wrong, but doesn't tell me why.” — what operators told us.
The industry treats planned and predictive maintenance as separate systems. We fuse them.
Planned-maintenance data becomes the training data for prediction. Every repair makes the next forecast sharper — a data moat that compounds with every vessel.
- — Operator investigates manually
- — Inspects the entire system
- — Potentially dry-docks early. Very expensive.
- — Detect the issue weeks earlier
- — Order parts beforehand, schedule the work
- — Repair only the affected subsystem
One stack, three ways to see your fleet.
Tools designed to simplify inspections, automate workflows, and turn live sensor data into actionable insight — from the deck to the shore.
AI DetectionHardware that ships. Software that compounds.
One stack — sensor, edge, CMMS, and AI — sold as a single product to fleet operators. Built for the deck, not the desk.
Speed. Customer access. A better stack.
Speed
Built like an operator, not a vendor. Two products in five weeks. The team has shipped ship subsystems for Atlas Elektronik, TKMS, and NASA — they move maritime hardware through real fleets, fast.
Access
Every door that matters is already open. Paying customers include SF Bay Ferry; ~$2.5M in LOIs with Amnav and Blue & Gold Fleet. Advisors include a 4-star Admiral and the former president of Lloyd's Register.
Tech
CMMS and predictive — in one stack. Competitors sell either CMMS workflow or predictive analytics. We're the only stack fusing planned-maintenance data with our own sensor telemetry into one predictive model, trained on real, live fleets.
Vibration sensor · live installMost competitors start with software. We start where the data originates.
Anyone can build a dashboard. Very few have the sensors, the install, the maintenance records, and the operator workflows — all connected together.
A generational market hiding in plain sight.
Moves 90% of world trade — the largest mobile industrial asset class on earth.
Across 105,000+ commercial vessels worldwide — ~40,000 in the U.S. — every year, for the life of every hull.
Tugs, ferries, OSVs, and government fleets — the highest cost-per-day of downtime. Where we start.
Sensors, edge compute, and ML are finally cheap enough for fleet-wide deployment — and U.S. policy (the SHIPS Act and MARAD reform) is pushing to rebuild domestic maritime capacity for the first time in 50 years.
We'd like to show you the data.
Already shipping, already paid, already live in San Francisco Bay. Book 30 minutes and we'll walk you through the live fleet.