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WaveTracer™
A groundbreaking solution turning 5G, 4G, Wi-Fi or Tactical radio waves into a 3D sensor for Physical AI
WaveTracer™
TEOM’s patented WaveTracer™ Platform transforms existing 5G, 4G, Wi-Fi and tactical radio infrastructure into a powerful, software-defined sensing layer with limitless applications from equipping humanoid robotics with spatial intelligence to identifying the distinct identifying the distinct RF signature of drones, making them identifiable even when disguised, hidden, surrounded by aerial clutter, or controlled by fiber optic cables.
By analysing how radio waves are reflected, absorbed or blocked by objects in a given area, WaveTracer generates real-time spatial intelligence without the need for cameras, LIDAR, tags or sensor-laden assets.
WaveTracer acts as a localised yet centralised sensor: spatially aware of what is happening across a defined area and utilising the existing deployed radio infrastructure. This architectural approach significantly reduces the need to deploy, manage and maintain dense networks of distributed sensors, lowering system complexity, cost and operational overhead.
Unlike traditional sensing stacks that rely on multiple hardware modalities, WaveTracer enables any object to be classified, identified and tracked using the object’s unique radio wave fingerprint. This provides a “world-view” sensing capability where optical or line-of sight technologies struggle, while remaining infrastructure-light and privacy preserving.
WaveTracer can be a foundational sensor for Physical AI, or augment existing sensor networks to create more comprehensive intelligence. WaveTracer provides a persistent, ambient 3D understanding of space that can be consumed by AI systems, digital twins and autonomous platforms. It supports a wide spectrum of industrial, defence and autonomous-system applications that require real-time spatial awareness, robust operation in challenging environments, and seamless integration with existing networks.
Defence
Enabling Physical AI in Defence
TEOM brings a new era of situational intelligence to the defence sector. Using dedicated radio waves and the TEOM proprietary AI stack, WaveTracer™ identifies, tracks and predicts behaviours of any physical objects – people, drones, vehicles and assets.
Built on our proprietary AI stack and processed locally, TEOM operates without cameras or a dense array of sensors, ensuring low-profile, resilient awareness even in GPS-denied or low-light scenarios.
Our radio-agnostic platform is ideally suited for defence applications, from perimeter monitoring and force protection to autonomous navigation and battlefield decision support. By fusing AI with RF signals, TEOM enables physical AI to operate continuously, securely and accurately.
Industrial
Enabling Physical AI in Industry
TEOM’s WaveTracer™ delivers real-time 3D awareness in industrial environments without the complexity and expense of traditional systems that require sensor-laden objects or dense camera networks with racks of GPUs. Using everyday radio waves and the TEOM proprietary AI stack, WaveTracer™ identifies, tracks and predicts behaviours of any physical objects – people, robots, vehicles and assets – all processed locally on low-cost edge servers.
TEOM enables a new level of operational visibility. Monitor workflows, enforce safety zones, detect anomalies, and optimise processes, all with a system that is resilient, radio-agnostic, and built for scale.
WaveTracer’s capabilities support a broad range of applications, including augmenting navigation and coordination for robots and autonomous vehicles, enhancing operational awareness in security and defence scenarios, enabling reliable monitoring in complex or hazardous environments, and allowing telecommunications providers to extend their networks with new ‘network-as-a- sensor’ capabilities.