The COLOSSUS platform is a digital solution that can relieve you and your personnel from the heavy duties of performing the following activities.
ADVANCED SECURITY
With 24/7 perimeter patrolling, COLOSSUS can address challenges such as sabotage, terrorist attacks, drug trafficking, and smuggling.
EFFICIENT AND SAFE OPERATION
Acting as a support mechanism for human operators, COLOSSUS can provide critical real-time awareness and positioning assistance, reducing errors.
PREDICTIVE MAINTENANCE
Through continuous inspections and predictive monitoring, even in hazardous environments, COLOSSUS detects maintenance needs early.
01
Advanced security
Sabotage, terrorist attacks, drug trafficking, and smuggling are a few security challenges that ports face. Current methods for inspecting and monitoring are inefficient, time-consuming, and dangerous and there is limited interoperability in information exchange among coast guards and port administrations.
The COLOSSUS platform will provide an integrated perimeter surveillance service that deploys a layered security approach across maritime and onshore environments. Using autonomous Unmanned Surface Vessels (UOPVs), Unmanned Aerial Vehicles (UAVs), and Unmanned Ground Vehicles (UGVs), the system will maintain continuous monitoring of critical infrastructure. These autonomous units will patrol predefined zones, delivering real-time visual feeds and sensor data to identify and analyse potential security threats. This multi-domain surveillance service will enhance early detection of unauthorised activities and support robust port protection.
Key outcomes
02
Efficient and safe operations
Navigating and maintaining precision in dynamic conditions around docks, avoiding collisions and ensuring safe manoeuvring in confined spaces are a few cases where a coordinated, optimal vessel positioning is required to improve operational efficiency and reduce human error.
The COLOSSUS platform will deliver an advanced operational support service to improve the safety and efficiency of docking and undocking operations. By coordinating UOPVs, UAVs, and UGVs, the system will provide real-time situational awareness, positioning assistance, and continuous monitoring during vessel manoeuvres. This multi-vehicle interoperability will reduce human error, optimise vessel alignment, and enhance overall operational performance. In addition, COLOSSUS will generate and maintain a comprehensive digital archive of historical docking data collected by the autonomous systems. This archive will support future operations, accelerate the digital transformation of port procedures, and preserve critical operational expertise over time.
Key outcomes
03
Predictive maintenance




