Fibre-optic controlled drones carry zero radio emissions. Autonomous pre-programmed drones carry zero radio emissions.
Radar cross-sections of Group 1 UAVs are too small for most fielded radar to resolve at operationally useful ranges.
We built DroSonic to close this gap using the one signal that physics guarantees every drone produces. Sound.
Traditional detection systems have fundamental limitations. We built DroSonic on physics that physics cannot defeat.
Requires no radio emission from the drone, making it effective against fibre-optic guided and fully autonomous systems that radar and RF systems cannot detect.
Running on low-cost edge hardware classifies threats locally with no cloud dependency or network requirement.
Uses GCC-PHAT time-difference-of-arrival fusion for accurate localization, degrading gracefully when nodes lose connectivity.
DroSonic is a Denver, Colorado-based research and development company focused on passive acoustic counter-UAS technology. We target detection scenarios where radar and RF systems provide no reliable coverage. This includes electronically contested environments, GPS-denied terrain, and threats using fibre-optic or fully autonomous control.
We are an NVIDIA Inception Program member and a 2026 Colorado SBDC TechVenture Accelerator cohort company.
Backed by leading innovation ecosystems
Access to cutting-edge GPU technology, CUDA development tools, and dedicated technical support. Our edge inference pipeline leverages NVIDIA Jetson hardware for optimal performance on low-cost embedded devices.
Visit Program →
Competitive, federally funded initiative for Colorado tech companies. Expert mentorship on customer discovery, market research, and go-to-market strategy from experienced operators.
Learn More →We're building toward field demonstration with operational partners. If you work in detection systems or lead a counter-UAS evaluation programme, let's connect and explore what's possible.