Proven technology.
Underpinning next-generation
tracking & data fusion systems.
Market-leading expertise
We are experts in the application of advanced probabilistic tracking and particle filtering. The algorithms deliver performance advantages over conventional approaches in complex environments. Customer benefit from robust and highly accurate tracking and sensor fusion in congested and contested environments:
- Minimum 6 dB improvement in signal-to-noise ratio – translating to 2x range/sensitivity effectiveness for passive sonar and 1.4x (40%) for active sonar
- Accurate tracking of multiple targets across multiple sensors
- Resolve and track closely spaced targets with high precision
Our technology has been proven in operational environments – currently deployed with Thales and the UK Ministry of Defence under Project SPEARHEAD, enhancing existing underwater sensing capabilities to detect AUVs and UUV’s.
Works quickly either in real-time on a point solution – or using parallelised and distributed HPC at mass scale with billions of data – to provide providing real-time global insight of local anomalies with minimal human intervention.
Technology can be modularised for on-board detection systems – both aircraft and missiles – significantly enhancing detection and identification capabilities.
Modular approach engineered from the ground up
We develop modular, scalable autonomous sensing and tracking systems designed to meet client requirements. Our solution is hardware-agnostic and designed for retrofit into existing sensing infrastructure.
We can design solutions as both a standalone capability and an interoperable component – rapidly deploying in the client’s environment while integrating seamlessly into a broader system-of-systems architecture.
This multi-modal sensor fusion capability supports enhanced situational awareness and operational effectiveness.
Designed for flexible deployment
Our sensing and autonomous tracking software supports distributed edge processing at individual sensors and centralised processing architectures – enabling deployment to be tailored to operational and platform requirements.
We can effectively counters threats across any domain through seamless integration with electronic and kinetic effector systems – supplied by partner vendors. Our systems provide the sensing and engagement-cueing layer within a broader system-of-systems architecture, to deliver:
- Autonomous detection of threats in any environment
- Engagement-quality cueing data for downstream effector systems
- High-fidelity, multi-target tracking
- Target classification and prioritisation
Architecturally, it can be deployed as a point solution on an object – or for big data such as a command and control centre for data fusion from sensors.