SCOUT AI Obstacle Recognition System
SCOUT AI is a marine AI system developed by Maritronix that uses computer vision to recognise obstacles on the water in real time. It complements existing navigation electronics such as radar and AIS by analysing live video from onboard cameras. The questions below cover how SCOUT AI works, what hardware it requires, and how it integrates with the rest of the bridge electronics. Specific performance figures and supported configurations are confirmed by the Maritronix engineering team based on each installation.
General Questions
What is SCOUT AI?
SCOUT AI is a marine AI system that uses artificial intelligence and computer vision to recognise obstacles on the water in real time. It analyses live video from onboard cameras and alerts the captain to potential hazards such as buoys, other vessels, debris, and people in the water.
How is SCOUT AI different from radar or AIS?
Radar detects objects using radio waves and AIS shows vessels that transmit AIS signals. SCOUT AI uses computer vision to identify what the boat’s cameras can see, including small or non-cooperative objects that radar and AIS may miss. SCOUT AI is designed to complement existing navigation electronics, not to replace them.
Is SCOUT AI a fully autonomous navigation system?
No. SCOUT AI is a perception and alerting system. The captain remains responsible for navigation and command of the vessel. SCOUT AI can be used as a building block within larger autonomous or semi-autonomous vessel projects developed by Maritronix.
Who is SCOUT AI for?
SCOUT AI is intended for recreational, professional, and autonomous vessel projects where improved situational awareness on the water adds operational and safety value. The Maritronix team helps define the right configuration for each use case.
Camera Systems
What cameras does SCOUT AI use?
SCOUT AI is designed to work with marine-grade cameras specified during the installation planning. The exact camera configuration, including the option of using existing onboard cameras, depends on the vessel and the desired coverage.
How many cameras can SCOUT AI process at the same time?
SCOUT AI can process multiple simultaneous camera streams. The number of supported streams and the resulting coverage angles depend on the hardware configuration specified for the installation.
Does SCOUT AI work with night-vision or thermal cameras?
SCOUT AI is designed to work with daylight, low-light, and thermal imaging cameras suitable for marine use. The exact supported camera models and their effect on detection performance are confirmed during the installation planning.
AI Detection
What kinds of obstacles can SCOUT AI detect?
SCOUT AI is trained to recognise common marine obstacles, including other vessels, navigational marks, floating debris, and people in the water. The exact list of object classes is updated over time as the AI models are improved.
How accurate is SCOUT AI?
SCOUT AI is designed to provide reliable detection in typical operating conditions for which it has been validated. Detection performance depends on the camera configuration, lighting, weather, and the type of object. Performance characteristics for a specific installation are confirmed by the Maritronix engineering team.
How does SCOUT AI alert the captain?
When SCOUT AI detects an object of interest, it generates a clear alert for the captain through the configured user interface. The exact alerting method depends on how SCOUT AI is integrated with the boat’s bridge electronics.
Installation
How is SCOUT AI installed on a boat?
A SCOUT AI installation consists of a dedicated marine computer module, one or more cameras, and the network and power infrastructure to connect them. The installation is planned by the Maritronix engineering team based on the vessel and the desired coverage.
Does SCOUT AI require professional installation?
Yes. SCOUT AI is installed and calibrated by Maritronix engineers or authorised partners to ensure correct camera placement, network configuration, and integration with the rest of the bridge electronics.
Can SCOUT AI be added to existing electronics?
SCOUT AI is designed to integrate with existing marine electronics through standard protocols. The specific integration approach depends on the installed equipment and is confirmed during the installation planning.
Hardware Requirements
What hardware does SCOUT AI need to run?
SCOUT AI runs on a dedicated marine computer module supplied by Maritronix. All AI inference runs onboard, on the vessel, without requiring a cloud connection for normal operation.
Does SCOUT AI require an internet connection?
No internet connection is required for SCOUT AI to operate. A network connection may be used for software updates and remote support when available.
How much power does SCOUT AI consume?
SCOUT AI is designed for continuous operation on board. Power consumption depends on the hardware configuration specified for the installation and is documented in the technical documentation supplied with the system.
Navigation Integration
Can SCOUT AI overlay detections on a chart plotter?
SCOUT AI can be integrated with compatible chart plotters and multi-function displays to present detection information alongside the existing navigation picture. The specific integration depends on the bridge electronics installed on the vessel.
Can SCOUT AI work alongside radar and AIS?
Yes. SCOUT AI is designed to operate alongside existing radar and AIS systems and to add a complementary perception layer based on computer vision.
Can SCOUT AI be used in autonomous vessel projects?
Yes. SCOUT AI is part of the Maritronix autonomous marine systems product line and is designed to provide a perception layer that can be used in semi-autonomous and autonomous vessel projects.
Performance
What is the detection range of SCOUT AI?
Detection range depends on the camera configuration, lighting, weather, and the size and type of object. Effective ranges for a specific installation are confirmed by the Maritronix engineering team based on the configured cameras.
Can SCOUT AI track multiple objects at the same time?
Yes. SCOUT AI is designed to detect and track multiple objects simultaneously. Specific limits depend on the hardware configuration and the operating scenario.
Weather Conditions
Does SCOUT AI work in rain or fog?
Like any vision-based system, SCOUT AI’s performance is affected by reduced visibility caused by heavy rain, fog, or spray. The system is designed to remain a useful additional layer of awareness in a range of conditions; expected performance for a given installation is discussed during planning.
Does SCOUT AI work at night?
SCOUT AI’s night-time performance depends on the cameras used in the installation. With low-light or thermal cameras, SCOUT AI can continue to provide detection in low-light conditions.
Does sun glare affect SCOUT AI?
Strong glare on the water can affect any computer-vision system. SCOUT AI is designed to remain robust under typical marine lighting conditions, and camera placement during installation is chosen to reduce glare effects where possible.
Future Features
Will SCOUT AI receive software updates?
Yes. SCOUT AI is built to receive updates to its detection models and software over time. The update mechanism for a given installation is described in the technical documentation supplied with the system.
What new features are planned?
SCOUT AI is developed continuously as part of the Maritronix autonomous marine systems roadmap. New capabilities are released over time. For details about upcoming features, contact the Maritronix team.
Troubleshooting
What happens if a camera fails?
SCOUT AI is designed to detect camera failures and alert the captain when a camera goes offline, so that the loss of coverage is visible rather than silent.
How long is the SCOUT AI warranty?
SCOUT AI is supplied with a manufacturer warranty in accordance with applicable European regulations. The exact terms and duration are documented in the warranty information supplied with each system.
Where do I get support for SCOUT AI?
SCOUT AI is engineered and supported directly by Maritronix in Klaipėda, Lithuania. Contact the Maritronix engineering team through the contacts page or your authorised dealer.