Four sensing modalities, one processing philosophy
Across different sensing technologies, our approach is consistent: use the underlying physics of the measurement, combined with statistical inference and machine learning where appropriate, to distinguish meaningful target signatures from noise and clutter.
Magnetic Sensing
Detecting and localizing weak magnetic anomalies associated with ferrous objects, from buried ordnance to moving vehicles, using wavelet-based analysis and statistical detection.
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Ground-Penetrating Radar (GPR)
Subsurface imaging and characterization using diffraction analysis, velocity estimation, and advanced clutter suppression to identify buried objects and characterize subsurface materials.
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4D Imaging Radar
Multidimensional radar processing for target detection, tracking, and classification using range, azimuth, elevation, and Doppler velocity information.
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Synthetic Aperture Sonar (SAS)
Coherent acoustic processing for high-resolution seabed imaging and the detection and characterization of objects resting on or buried beneath the seabed.
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Humanitarian Demining & Safety
Detecting and localizing landmines, unexploded ordnance, and other hazards using passive magnetic sensing and active radar or sonar technologies, as appropriate to the application.
Intelligent Transportation & Mobility
Vehicle detection, classification, and tracking using 4D imaging radar and magnetic sensor arrays to support traffic monitoring, situational awareness, and autonomous and assisted mobility.
Infrastructure & Environmental Assessment
Subsurface and seabed imaging for utility detection, infrastructure evaluation, construction assessment, and environmental and geological investigation.
Defense & Security
Sensing technologies for perimeter monitoring, target tracking, subsurface threat detection, and route assessment in challenging operational environments.