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Acoustic Beamforming Sensor Units are directional acoustic sensing systems that use coordinated microphone arrays and precise timing to emphasize sound from specific spatial regions while suppressing background noise. They provide cleaner, spatially biased audio inputs that improve downstream AI analysis in complex acoustic environments.
Directional Sound Intensity Probes are acoustic sensing devices that measure both the strength and direction of sound energy at a specific point, enabling precise identification of where sound originates and how it propagates. They support contextual acoustic analysis beyond simple amplitude measurement, especially in complex or noisy environments.
Structural Acoustic Emission Sensors are high-frequency sensing systems that detect internal stress, deformation, and fracture events within solid materials by capturing elastic waves generated during material change. They support early structural awareness by revealing damage signatures that are not observable through surface inspection or airborne acoustics.
Underwater hydrophone arrays are multi-sensor acoustic perception systems that detect and spatially interpret sound in submerged environments where optical sensing is limited. They provide structured underwater acoustic data that enables AI-assisted localization, monitoring, and environmental awareness.
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