Services
Underwater Acoustics
We don't just measure sound. We characterise, model, process and localise it.
Traditional acoustic studies are costly, slow and constrained by manual analysis. We automate it by combining high-performance computing, modelling and AI trained on thousands of hours of real ocean data.
Among our tools is RAINDROP, our open-source Python framework for real-time underwater acoustic mapping. Built around validated acoustic propagation solvers, it automates the ingestion of environmental inputs and delivers end-to-end noise maps with minimal friction, deployed in NATO exercises and offshore wind projects.
As the subsea environment becomes strategically critical, understanding and controlling underwater sound is no longer optional; it is operationally essential.
Traditional acoustic studies are costly, slow and constrained by manual analysis. We automate it by combining high-performance computing, modelling and AI trained on thousands of hours of real ocean data.
Among our tools is RAINDROP, our open-source Python framework for real-time underwater acoustic mapping. Built around validated acoustic propagation solvers, it automates the ingestion of environmental inputs and delivers end-to-end noise maps with minimal friction, deployed in NATO exercises and offshore wind projects.
As the subsea environment becomes strategically critical, understanding and controlling underwater sound is no longer optional; it is operationally essential.
How we bring Underwater Acoustics expertise to you
Source Characterisation
- Empirical and numerical acoustic modelling;
- Controlled experimental campaigns and field measurements.
Acoustic Propagation
- RAINDROP for numerical simulation of underwater sound propagation;
- RAINDROP Lite for quick shipping sound footprint estimation;
- Environmental and operational scenario modelling.
Data Processing & Intelligence
- Advanced DSP and signal analysis;
- Hardware development;
- Identification and quantification of acoustic signatures with Hydrotwin;
- AI-enabled signal classification;
- Source localisation in complex acoustic environments (TDOA, beamforming);
- Multi-static acoustic systems.
Projects
Underwater Acoustics projects
