Two complementary products for counter-UAS awareness: a field-ready acoustic detection array and a zone design studio for layered protection of critical sites — with optimization and realistic attack simulation.
Unmanned systems are everywhere — from hobbyists to coordinated intrusions. Defenders need both immediate field sensing and deliberate, budget-aware layouts that combine modalities for coverage, cost, and precision.
Each tool opens in the browser after you sign in. Use an existing account or register from the login page.
DroneGuard — turn phones into a mesh of microphones with ML inference, GPS, and live triangulation. Ideal for exercises and ad-hoc perimeter sensing.
Log in to open DroneGuardDraw protected areas on a 3D globe, choose modalities, optimize for coverage vs cost vs precision, and run attack simulations with realistic drone models.
Log in to open designerReference data Detection & neutralization systems database — browse the technology catalog (sign-in required).
Passive, software-driven sensing: microphones plus edge ML identify rotor and propeller signatures, while multiple nodes improve localization.
Nodes stream ambient audio. Each handset contributes a channel in a scalable mesh — no custom hardware required for pilot deployments.
MFCC features feed an ONNX model in the browser for low-latency classification and confidence scores you can tune to your noise environment.
When several nodes agree, positions fuse into a live map for operators — ideal for exercises, events, and layered cueing alongside other sensors.
Uses each device’s microphone to hunt for rotor and prop tonal content in real time.
Neural inference trained on diverse drone audio helps separate threats from background clutter.
Deploy many handsets to improve geometry and confidence; triangulation updates as nodes move.
No app store install — open DroneGuard after login and start monitoring on supported mobile browsers.
A design studio for multi-layered counter-UAS coverage: define assets and buffers, mix modalities, tune objectives, and rehearse attacks on a 3D globe with realistic drone kinematics.