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Royal Navy Advances AI-Powered Underwater Sensor Network to Counter Russian Submarine Threats

The Lura system, utilizing AI-enabled SG-1 Fathom gliders, is designed to protect UK waters and undersea cables by detecting and identifying vessels through unique acoustic signatures.

SG-1 Fathom gliders can lurk underwater for up to three months at a time
Stock image of a submarine.
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Overview

  • The Royal Navy is developing Lura, an AI-based underwater sensor network, to monitor and classify Russian submarines and shadow fleet vessels by their acoustic signatures.
  • Lura employs SG-1 Fathom gliders, originally designed for whale tracking, which can operate autonomously for up to three months while passively listening for underwater activity.
  • The system creates a distributed network of low-cost, autonomous drones that process acoustic data in real time, enabling faster response to potential threats.
  • Helsing, contracted by the Royal Navy, integrated AI into the gliders to automate detection and distinguish between vessels of the same class with high precision.
  • The Ministry of Defence is evaluating Lura's deployment to bolster maritime deterrence and safeguard critical undersea infrastructure, including communication cables targeted by Russian activity.