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AURIS Acoustic Technology Sensor
An acoustic‑based detection and tracking sensor using proprietary microphone arrays and embedded AI to provide 3D tracking of low‑signature, RF‑silent UAS.
AURIS is a passive, acoustic‑based detection and tracking sensor designed for environments where RF or visual sensing is limited. Using proprietary microphone arrays and embedded AI, AURIS provides 3D tracking of low‑signature and RF‑silent UAS. Made for Canadian weather, it is engineered to operate reliably in harsh climates and challenging environmental conditions.
AURISÂ Advantages
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Passive & Covert Detection
- Fully passive operation — acoustic sensors emit no signals, ensuring complete discretion.
- Independent of the RF spectrum, enabling detection without relying on drone communications.
- Ideal for detecting:
- Autonomous drones
- Pre‑programmed (waypoint‑based) drones
- RF‑silent or hardened drones
Advanced Detection, Tracking & Classification
- Distributed microphone arrays equipped with embedded AI to detect, classify, and track multiple drones simultaneously.
- Capable of detecting and tracking:
- Remotely piloted drones
- Autonomous platforms
- RF‑silent UAS
Beyond Line‑of‑Sight Detection
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Effective drone detection: behind buildings, in terrain masking conditions, and at low altitude.
Particularly suited for: urban environments, valleys, forested areas, and complex or cluttered infrastructures.
Environmental Robustness
- Rugged and reliable design for continuous operation: heat, rain, snow, ice, day and night
- Resilient in degraded visual conditions, with low sensitivity to: fog, low light, complete darkness, backlighting
Modularity & Deployment Flexibility
- Modular and configurable architecture, adaptable to the area to be secured.
- Designed for distributed mesh deployments
- Flexible installation options: fences, buildings, tripods
- Compact, lightweight, and low‑power sensors enabling:
- Rapid deployment
- Easy relocationÂ
Cost‑Effective Force Multiplier
- Low cost of ownership compared to active sensors.
- Minimal infrastructure requirements.
- Ideal as an early‑warning and cueing sensor, enhancing overall system performance through multi‑sensor fusion.