EverClean

EverClean for Defense is a self-hosted robotic solution designed to help navies maintain operational advantage through increased fleet readiness, continuous hull maintenance, and proactive condition monitoring. Using autonomous robots, the system performs non-toxic hull cleaning while collecting real-time hull condition data, improving vessel performance, security, and maintenance planning.

By combining robotic cleaning with advanced inspection and continuous data collection, EverClean enables proactive maintenance, enhances below-the-waterline security, reduces operational downtime, and minimizes reliance on divers. The system supports predictive maintenance and provides accurate hull condition data to improve decision-making across naval fleets.

Core Benefits

Vessel Performance

Optimized hull cleanliness for maximum mission efficiency.

• Keeps hulls clean to reduce drag and preserve mission speed.
• Delivers up to 5.5% higher top-end speed.
• Increases operational range by up to 10% per fueling.
• Reduces engine load for improved deployment performance.
• Reduces acoustic signature.

Security & Inspection

Persistent below-the-waterline awareness and rapid threat detection.

• Identifies foreign objects, anomalies, and emerging risks.
• Provides detailed visual and NDT sensor data.
• Enables earlier threat detection.
• Reduces reliance on divers.
• Improves inspection safety for high-value naval assets.

Maintenance Optimization

Data-driven maintenance that reduces risk and downtime.

• Continuous hull condition monitoring.
• Predictive maintenance analytics.
• Advanced change detection.
• Improved drydock planning.
• Detects small underwater issues before they become major problems.
• Simplifies maintenance logistics.
• Reduces time out of service and diver risk.

Technology

EverClean uses small autonomous robots to proactively prevent biofouling through continuous, non-toxic hull cleaning. While cleaning, the robots collect valuable hull condition data that supports predictive maintenance and long-term fleet optimization.

Applications

• Naval fleet hull maintenance
• Continuous hull inspection
• Fleet readiness optimization
• Predictive maintenance
• Biofouling prevention
• Below-waterline security monitoring
• Commercial and defense vessel operations
• Hull condition assessment and data collection