Our Vision
Our vision is to make persistent ocean presence affordable for everyone who needs it. Building offshore-capable autonomous vessels sounds straightforward — until you're engineering systems that must survive months at sea in any weather, without a human on board.
It demands more than a capable hull. Software, firmware, satellite communications, onboard intelligence, and an intuitive cloud dashboard must all work seamlessly together — reliably, continuously, and far from shore. That's the challenge we've chosen. And it's one we're uniquely equipped to meet.
IOT for the Ocean
The ocean is one of the most data-starved environments on Earth — and one of the most critical. Monitoring it today means deploying conventional ships that cost upwards of $50,000 per day, putting continuous offshore surveillance out of reach for most organizations.
Sailbotix is changing that. We build solar-powered autonomous surface vessels that operate continuously for months at a time — offshore, uncrewed, and at a fraction of the cost of traditional approaches. Our systems serve researchers, security and defence operators, and environmental monitoring programs that need persistent ocean presence without the price tag.
We’re currently deploying our core platform — proven hardware, software, and satellite communications — to deliver reliable nearshore and offshore data collection today. The next phase brings onboard AI that fuses data from acoustic, thermal, and optical sensors to autonomously detect anomalies and alert operators in real time, dramatically reducing the burden on shore-based teams.
The ocean is vast, unforgiving, and traditionally one of the most expensive places on Earth to gather data. Our autonomous vessels change that. From acoustic monitoring and met-ocean measurements to surveillance and environmental observation, Sailbotix USVs bring a new approach to Ocean IoT. By combining endurance at sea with intelligent onboard systems and seamless cloud connectivity, we make it possible to conduct missions that were once out of reach—affordably, reliably, and at scale. What once required crewed ships costing tens of thousands per day can now be achieved by small, resilient robotic platforms working continuously across the world’s oceans.