Cheap enough to lose
Built from off-the-shelf parts. Expendable by design: deploy, forget, replace. No expensive equipment at risk.
Strix detects drones purely by sound, including types that emit no RF and stay invisible to radar and radio scanners.
A mesh of solar-powered sensor nodes with on-device machine learning and a handheld field terminal. Fully offline, RF-silent, deployable in minutes.
Small drones can bypass fences, walls, and traditional security. Fiber-optic drones are immune to RF jamming and invisible to RF detectors. Existing detection systems are expensive and require infrastructure. Strix fills that gap with sound-based detection that works anywhere, using nothing but the sensor nodes and a terminal.
Built from off-the-shelf parts. Expendable by design: deploy, forget, replace. No expensive equipment at risk.
Palm-sized, weatherproof. Light enough to carry a dozen in a pack. No setup tools needed.
Runs indefinitely on a small solar panel. Weeks on battery alone. No cables, no charging logistics.
Acoustic detection works against autonomous, low-emission, and other drones that are invisible to RF-based detection.
The whole system runs offline over a long-range mesh. Alerts reach every node and terminal without any infrastructure.
Emits no RF during detection. Drones scanning for emissions cannot find it. Small enough to hide anywhere.
Microphones pick up the sound of drone motors. On-device machine learning separates that signature from wind, vehicles, and other noise in real time. When a drone is detected, the alert goes out across the mesh immediately.
Solar-powered, autonomous acoustic sensors. Deploy around a perimeter. They listen, detect, and alert the mesh automatically.
Handheld tactical display with live map of all nodes and alerts. Encrypted messaging and position-sharing between teams, independent of cellular or internet.
Remote borders, outposts, facilities without infrastructure. Early warning without infrastructure or connectivity.
Airports, power plants, prisons, government buildings. Perimeter drone detection that works independently of existing systems.
Outdoor festivals, sports venues, estates, farms. Affordable drone awareness without permanent installation.
For environments where devices may be exposed to interference, theft, or tampering.
All data at rest and in transit is encrypted. Each device has a unique identity. Compromised units can be excluded from the mesh remotely.
No single point of failure. Alerts route around jammed or destroyed nodes automatically. The system stays up as long as any path exists.
Working prototypes have been validated in real-world conditions and refined through field testing. The full system, from signal processing to mesh networking to the dashboard, is designed and built in-house.
Whether you're protecting a facility, an event, a border, or a remote site, we'll work with you to set up a test. No cost, no commitment.
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