Defense & Security
Real-time information transfer
Acoustic sensors are particularly useful in the fight against asymmetrical threats. They complement other sensors to enhance coverage. MicrodB offers an array-based methodology to improve detection performance against more or less noisy threats. Conversely, these same technologies can help identify any noise source in any environment to improve acoustic discretion.
By monitoring the appearance of one or more sound sources and recognizing their acoustic signature, it is possible to warn of potential threats. The proposed array-based methodology makes it possible to improve the signal-to-noise ratio, to reconstruct the threat’s trajectory, and to establish a confidence criterion.
By monitoring the appearance of one or more sound sources and recognizing their acoustic signature, it is possible to warn of a potential threat. The proposed array-based methodology improves the signal-to-noise ratio, reconstructs the threat’s trajectory, and establishes a confidence criterion.
Acoustic imaging and sound recognition techniques are MicrodB’s indispensable know-how for locating-detecting-identifying noise sources for military and security purposes, both in the fight against asymmetrical threats and for acoustic discretion. The design and development of customized products enables us to respond to a wide range of problems with poor signal-to-noise ratios.
Transportation & MobilityTransportation is the source of many noise sources affecting users and the environment. From an initial focus on…
IndustryNoise sources are part and parcel of any mechanical system, and sometimes require urgent intervention when they exceed…
EnvironmentNumerous noise sources in the landscape contribute to high ambient noise levels, sometimes excessive from a regulatory…
Defense & Security