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MOXIE IoT

Tocaro Blue's Proteus is an AI-powered marine navigation tool that utilizes a 3D display to render RADAR data as real objects, enhancing situational awareness for boaters. This technology continuously monitors sea floor depths, improving safety and confidence during navigation by simplifying complex information from RADAR, sonar, and AIS systems.

Birmingham, United KingdomFounded 201918700+ followers
Updated 3 months ago

Funding

$1.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

Funding rounds are not available yet.

Founders

Product

Problem

Traditional marine RADAR systems present data in a complex manner, making it difficult for boaters to quickly and accurately assess their surroundings. This complexity can reduce situational awareness, impacting safety and confidence while navigating, especially when monitoring changing sea floor depths.

Solution

Tocaro Blue's Proteus is an AI-powered marine navigation tool that simplifies RADAR data visualization through an intuitive 3D display. By rendering RADAR returns as real objects, Proteus enhances situational awareness, allowing boaters to easily understand their surroundings. The system continuously monitors sea floor depths and integrates data from RADAR, sonar, and AIS systems, presenting essential information in a straightforward manner to improve safety and confidence on the water. Proteus utilizes machine-learning based RADAR processing software to automatically tune, detect, classify, and track RADAR targets.

Target Audience

The primary target audience includes recreational boaters, the defense sector, and commercial marine operators seeking to improve navigation and safety through enhanced situational awareness.

Features

  • Intuitive 3D display that renders RADAR data as real objects for enhanced situational awareness.
  • AI-powered processing of RADAR data to automatically tune, detect, classify, and track targets.
  • Continuous monitoring of sea floor depths.
  • Compatibility with existing marine sensor equipment.
  • Integration of data from RADAR, sonar, and AIS systems.
  • Machine learning technology for advanced detections and collision avoidance.
This profile is AI-generated and may contain inaccuracies.