Addressing the Security Gap in Critical Maritime Infrastructure
December 13, 2024
EnerGuard: Transforming Maritime Energy Security with Autonomous Technology
Four SMEs Unite to Develop Next-Generation Security Technology for Coastal and Offshore Energy Facilities
A pioneering consortium of four experienced European Small and Medium-sized Enterprises (SMEs) has announced the launch of EnerGuard, an ambitious project to develop a groundbreaking autonomous surveillance solution for the protection of critical coastal and maritime energy infrastructures.
The EnerGuard project addresses a critical gap in security surveillance for coastal and offshore energy infrastructures, including LNG/H2 plants, Floating Storage Regasification Units (FSRUs), and wind farms. The project aims to demonstrate the EnerGuard technology in a relevant environment, reaching Technology Readiness Level (TRL) 6 by project completion.
Advanced Technology Integration
At the core of EnerGuard is the advanced, patented Ladar™ Sensor Suite (LSS), which combines:
- High-fidelity cameras for detailed visual surveillance
- Invisible infra-red (IR) eye-safe Lidar sensors for precise detection
- Essential auxiliary sensors for comprehensive environmental awareness
- RF sensing capabilities for detecting transmitting devices
- Artificial Intelligence (AI) object recognition models for automated threat identification
Addressing Modern Security Challenges
Traditional surveillance techniques for energy infrastructure rely on human patrols assisted by CCTV cameras, with radar support from port control when possible. However, radars cannot be deployed onsite at facilities handling highly flammable fuels. This creates significant vulnerabilities, particularly against modern threats such as fast-approaching, low-flying drones.
EnerGuard delivers continuous, real-time monitoring and detection capabilities around defined surveillance areas, providing security practitioners with smart alarms and alerts via a custom-designed Graphical User Interface (GUI). The system includes a human-in-the-loop option to implement countermeasures against RF-transmitting devices detected within security zones.
Key Benefits
- Autonomous Operation: Significantly reduces the need for human involvement and manual surveillance
- Smart Technology: Scalable across various use applications
- Enhanced Security: Provides significantly higher levels of threat detection and mitigation
- Real-time Response: Enables immediate action against identified threats
“EnerGuard represents a significant leap forward in protecting our most critical energy infrastructure. By combining cutting-edge sensor technology with advanced AI, we’re creating a surveillance solution that addresses the security challenges of today while being adaptable to the threats of tomorrow.”
The project directly addresses the Cluster 3 priority for resilient infrastructure, contributing to the European Union’s strategic objectives for protecting critical facilities.
About the Consortium
The EnerGuard consortium brings together four complementary SMEs from across Europe, including an operator of critical coastal energy infrastructure, ensuring that the technology is developed with real-world operational requirements at its core.
