Basilisk Robotics builds autonomous robots that clean and inspect ship hulls, helping maritime operators maintain performance and reduce biofouling without divers. The system combines high‑resolution cameras with machine‑learning‑driven debris detection to classify and remove fouling gently, preserving protective coatings while adapting cleaning intensity to hull condition. An integrated analytics platform also provides proactive inspection data, enabling early detection of hull integrity issues and extending vessel lifespan.
- Artificial Intelligence
- Data & Analytics
- Industrial Automation
- Robotics
Funding
Funding not disclosed
Founders
Product
Problem
Ship hulls accumulate biofouling and corrosion, which increase drag, fuel consumption, and maintenance costs. Traditional cleaning relies on divers and manual labor, creating safety risks, high expenses, and scheduling constraints, especially for vessels operating in remote locations.
Solution
Basilisk Robotics offers fully autonomous robots that both clean and inspect ship hulls without diver involvement. The robots use high‑resolution cameras and machine‑learning models to detect and classify biofouling, debris, and structural damage. Cleaning intensity is dynamically adjusted based on real‑time hull condition data, preserving protective coatings while maximizing energy efficiency. Collected inspection data are processed into predictive analytics that highlight corrosion, damage, and maintenance needs, enabling vessel owners to plan interventions before performance is impacted. The system can be scheduled to operate continuously, providing year‑round hull upkeep and reducing downtime.
Target Audience
Primary customers are commercial ship owners, fleet operators, and maritime maintenance providers seeking automated hull cleaning and condition monitoring solutions.
Features
- Machine‑learning‑driven debris detection and classification using high‑resolution imaging
- Adaptive cleaning mechanism that modulates intensity to protect hull coatings
- Autonomous operation with programmable schedules, eliminating the need for divers
- Integrated inspection suite delivering real‑time visual data and structural health metrics
- Predictive analytics platform that flags corrosion, damage, and maintenance opportunities
- Compatibility with both metal and fiberglass hulls across a range of vessel sizes