Operational
Mechanism.
Technical details of field integration, data flow, and autonomous decision algorithms.
Edge Hardware
Artificial Intelligence
Navigation (SLAM)
Balanced SLAM adapting to ship oscillation in engine room narrow passages
Perception & Analysis
Engine/Pump Thermal Profile and Acoustic Vibration Anomaly Detection
Autonomous Workflow
The robot patrols autonomously in the ship engine room; scans thermal profiles of main engine, generators, pumps, and compressors.
Listens for bearing wear, cavitation, and out-of-spec vibration anomalies with acoustic sensor.
Detects fuel leaks and exhaust gas leaks with gas detector; reports to bridge alarm system.
Maintenance prediction transmitted to PMS; maintenance plan for next port optimized.
Operational ROI.
Strategic Decision.
Annual $94,000 maritime maintenance and operation savings. ROI: 4.7x
Reduces drift risk from at-sea engine failure by 84%; decreases out-of-port repair costs.
Example modelling — not realised customer data. Calculated assuming roughly $20,000 total investment (robot, integration and commissioning); actual results vary by facility, shift count and configuration. Request a quote for a calculation specific to your organisation.
Review Your Custom
Autonomous Operation
Plan On-Site.
Our engineers are ready to present this robotic integration plan, specially simulated for your facility, to your team. Let's confidently launch your business's digital transformation.