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TENSOR BOX
At the helm of Acadia’s autonomous features is Marine Tensor™, Marine Thinking’s AI-driven control and communication system. Integrated into the steering console, the system architecture of Marine Tensor™ is comprised of three primary modules:
- Navigation Module
- Edge Computing Module
- Network Module
Responsible for implementing the pre-set mission task, the navigation module adapts to situational and environmental changes in real-time – calculating and adjusting course without manual intervention.
Keep operators safe and in full control with Acadia’s wireless handheld controller or with an internet-connected device (laptop, PC, or tablet).
Automatically recognize and detect important marine targets (buoys, vessels, docks, etc.) to track, follow, or avoid.
Watch the mission unfold in real-time with access to multiple sensor feeds above and below the water – HD optical, night vision, thermal, LiDAR, and high CHIRP sonar (down & side scan).
Quickly create and assign custom navigational routes using an intuitive touchscreen interface.
Automatically adjust course and return to the pre-assigned mission route without requiring manual intervention.
With access to Wi-Fi, 4G/5G, and satellite, stay in remotely connected to Acadia regardless of the environmental situation.
Autopilot • Object Recognition & Tracking Obstacle Detection & Avoidance
Set your target locations and implement the optimal navigation strategy. Automatically detect obstacles, adjust course, and return-to- route without any risk to the mission.
Optimal Network Selection • Remote Mission Control Real-time Data Streaming • SWARM Operations
Wi-fi, cellular network, satellite, or even through a tethered connection – automatically apply the optimal network connection based on the current environmental situation.
Remotely assign new mission tasks, adjust instructions mid-mission, or take full control of the vessel on the fly.
Watch each mission unfold in real-time and make informed decisions with live data.
Create a network of interconnected USVs – communicating and operating in sync with each other to complete the assigned mission task.
AI & MACHINE LEARNING CAPABILITY
Responsible for implementing the pre-set mission task, the navigation module adapts to situational and environmental changes in real-time – calculating and adjusting course without manual intervention.
As an interoperability solution, Marine Tensor™ can serve as a central connection hub to uncrewed crafts above (UAV), below (ROV & AUV), and at surface level (USV). Utilizing its AI algorithms to automatically process and share data in real-time, the Marine Tensor™ architecture is designed to support multiple data sources simultaneously.
Construct a highly detailed maps of the environment and identify objects of interest by combining data sets from a wide range of sensor technologies, including sonar, radar, LiDAR, optical, and thermal.
With full situational awareness of the vessel’s position and direction, Marine Tensor™ can continuously calculate and implement the optimal navigation strategy to complete its task.
Whether it is an emergency situation or a routine task, remotely deliver important payloads to an assigned target location with pinpoint accuracy.
Tracer USV features a dedicated tow and release system, giving operators the ability to make important payload deliveries during trips. The autonomous USV can transport a wide range of floatable materials and remotely deploy them with pinpoint accuracy and precise timing.
Marine Tensor™ is an AI-driven autonomous technology platform that provides intelligent performance and self-operation capabilities to crewed and uncrewed surface vessels (USV).
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SPECIFICATIONS
