Omnisent provides passive acoustic AI sensors that detect, classify, and localize low‑flying drones in real time. Its distributed, low‑power nodes form a mesh that operates autonomously for over a year without emitting signals, delivering continuous coverage in GPS‑denied or electronically contested environments. The solution integrates with existing command and control systems to protect defense assets and critical infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Many industries lack real-time insights into their physical environments due to the difficulty of extracting actionable intelligence from complex, non-speech audio. Traditional methods of acoustic analysis are often power-intensive and lack the scalability needed for widespread deployment.
Solution
Omnisent provides a scalable acoustic sensing solution powered by AI, transforming non-speech audio into real-time intelligence. Their technology utilizes proprietary, ultra-low-power sonic devices to capture and process acoustic signals. This hardware is coupled with a Large Acoustic Model (LAM), a foundation model designed to decode complex acoustic signals. The solution enables real-time monitoring and analysis of physical environments, providing valuable insights for industries such as manufacturing, energy, defense, space, and smart cities.
Target Audience
The primary target audience includes companies in the manufacturing, energy, defense, space, and smart cities sectors seeking to leverage acoustic data for real-time environmental intelligence.
Features
- Proprietary ultra-low-power sonic devices for capturing acoustic signals
- Large Acoustic Model (LAM) for decoding complex, non-speech audio
- Real-time acoustic signal processing and analysis
- Scalable hardware and software solution for diverse applications
- Application to compressed air systems for energy waste reduction in manufacturing