Detect, localise, analyse and integrate acoustic information across defence, security and aerospace applications — from deployable COTS systems to real-time sensor integration.
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Some teams need a complete solution they can deploy today. Others need acoustic data integrated into a larger platform. Start with the application.
Drones, vehicles and other acoustic events — visualised and localised in real time.
Real-time streams, APIs and acoustic localisation for larger surveillance and sensing platforms.
Find abnormal noise, leaks and vibration problems on military vehicles, vessels and machinery.
Characterise sources, compare configurations and understand where acoustic energy originates.
Repeatable testing of headsets, microphones, loudspeakers and communication systems.
Measurement microphones, accelerometers, hydrophones and acoustic sensor platforms for demanding environments.
Acoustic localisation can add useful information to a wider security picture. The practical setup depends on background noise, weather, geometry, source characteristics and the site itself.
Visualise the acoustic source and explore how localisation data can support operators or become part of a broader sensor platform.
Monitor acoustic activity around protected areas and evaluate sensor position, site conditions and integration with existing security systems.
Add passive acoustic sensing around energy facilities, ports, communications sites and other protected infrastructure as part of a wider surveillance and monitoring concept.
Acoustic detection does not depend on lighting conditions or a clear visual view of the source. Acoustic information may still be detected and localised in darkness, low visibility or when a source is partly obscured by vegetation, structures or terrain.
Use a complete SoundCam solution directly out of the box, or integrate acoustic sensing into a larger platform when the application requires real-time localisation, data streams and system-level control.
Acoustic imaging helps technicians locate unusual sound sources and leaks directly at machinery and equipment. Combine acoustic findings with vibration measurements when the diagnosis calls for it.
Investigate machinery, auxiliary systems and difficult-to-access sound sources aboard naval and service vessels.
Locate abnormal noise and leaks, compare operating states and document findings before returning the platform to service.
Characterise acoustic sources, compare configurations and operating states, and identify the dominant contributors to the overall sound field. The same measurements can support development, troubleshooting and acoustic signature analysis.
Automate and document testing of headsets, microphones, loudspeakers and communication devices — from development and verification to production testing.
Build repeatable test sequences around the parameters that matter for the device, including frequency response, level, distortion, microphone and loudspeaker performance and complete communication signal paths.
High sound levels, vibration, airflow, limited mounting space and demanding test conditions require the right combination of sensors, data acquisition and measurement technology.
Airborne sound, structural vibration, underwater acoustics and real-time acoustic localisation each call for a different sensing principle. These sensor families can be used individually or combined as part of a complete measurement or monitoring chain.
Precision microphones for sound pressure, high-level measurements, wide bandwidth, specialised mounting and demanding environments.
Vibration sensors for structural testing, machinery measurements and applications where mechanical behaviour must be measured directly.
Sensors for underwater acoustic measurement, monitoring and analysis in naval, marine and other demanding underwater applications.
Microphone-array sensors for real-time source localisation, acoustic imaging, detection and integration into larger platforms.
Need to combine multiple sensing principles? We can help define the measurement chain from sensor and signal conditioning to acquisition, analysis and system integration.
Explore all sensorsCombine the technologies that fit the measurement task, operating environment and integration requirements.
Talk to us about the measurement challenge, the sensing concept or the integration path. We work from complete COTS systems to customised measurement and sensor solutions.
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