Wave Sciences is proud to be featured in Forbes in an article examining next-generation acoustic sensing technologies.
The piece highlights how modern battlefield conditions are driving a shift toward resilient, multi-modal sensing, particularly in environments where traditional systems, such as RF and visual, can be degraded by jamming, clutter, or limited visibility. Within this context, Arcani’s distributed acoustic sensing platform and Wave Sciences’ physics-based acoustic AI are highly complementary capabilities.
Wave Sciences’ technology plays a critical role in making sense of complex acoustic data, using our GLIMPSE engine to model how sound propagates through real-world environments. By leveraging both direct signals and reflections, the system can isolate, localize, and refocus on specific sound sources in three-dimensional space, even without a clear line of sight.
This capability is increasingly important as acoustic sensing moves from a niche input to a core layer of situational awareness, particularly in counter-UAS and contested environments. No single sensing modality is sufficient on its own, and resilience comes from combining systems that “fail differently,” with acoustics providing a unique advantage in detecting and tracking targets where other methods fall short.
Importantly, the collaboration highlighted in Forbes reflects the broader impact of the NATO DIANA program and the Krakow Innovation Hub, where innovators from multiple countries are brought together to accelerate development, share ideas, and deploy solutions more rapidly. Wave Sciences’ inclusion in this ecosystem, and recognition alongside partners like Arcani, demonstrates the growing role of advanced acoustic AI in shaping the future of defense and security technologies.
As these partnerships continue to evolve, Wave Sciences remains focused on translating cutting-edge research into operational capabilities that enhance awareness, decision-making, and mission success across complex environments.
Read the article here.
