Detection, Identification, Tracking and
Non-Kinetic Disablement
of sUAS
Track, Identify, Defeat
Detection, Identification, Tracking and Non-Kinetic Disablement of sUAS
Key Benefits
Magnetic signatures are passively detected at the speed of light, and warnings are available in as little as five seconds or less. The key advantages of this passive approach is that TRIAD does not require any active communications from the threat, so there is no activity detection and disruption can occur even when an adversary is operating in stealth mode.
Military
- Passive, LOW-POWER
- Operates independently
- Effective in all weather conditions
- Supports remote or forward ops
- Integrates into a base warning system
- Incoming mortar detection
- Fail-safe back-up to current systems
Meteorological
- 1000+ kilometer radius detection of lightning, severe weather, pre-tornado conditions
- Detection and early alert of up to 50 storms simultaneously
- Sandstorm Detection
Additional Features and Use Cases
Mortar Fire - Active Fuze Detection
Mortar fuze activation at its apogee creates a distinct leading edge waveform across a broad spectrum – including low-frequency magnetic.
US-Tech, Georgia, July 2022
Entropy Engineers Test New Class of Military and Commercial Sensors for sUAS Threat Detection
Passive drone detection requires receiver sensitivity and detection optimization which is aided by drone emissions characterization. Drone emissions characterization includes measurements under different conditions and operating scenarios. Many measurements and experiments may be performed in an unshielded environment; however, certain measurements are most effectively and efficiently performed within a Gauss chamber or an RF anechoic chamber in which external man-made interference and atmospheric noise is greatly reduced.
Entropy’s Wireless Systems Subject Matter Expert Randy Rich and IT Systems and drone pilot Anthony Stuart performed experiments and measurement analytics within an RF anechoic chamber. In this case certain drone emissions were being studied and documented with the goal of using this data to optimize the Entropy drone detection sensors and system.
Entropy Technology Design Wins Government Contract for the Detection of Drone Threats
NIMBUSTM Threat Detection groundbreaking technology platform reacts in real-time to dangerous airborne threats, when minutes and seconds matter
Entropy Technology Design, a Florida certified Woman Owned Small Business (WOSB), announced that the US Government through their Prime contractor has awarded Entropy a contract to further research and develop their technology for the Detection, Identification, Tracking and Non-Kinetic Disablement of Small Unmanned Aerial System (sUAS) for the DoD. Entropy has over 75 years combined experience and past performance as Subject Matter Experts (SME) in very low frequency (VLF) magnetic field sensor design and software analysis.
NIMBUS TRIADTM technology is passive non-kinetic detection and tracking plus non-kinetic disablement of sUAS. New detection and defense capabilities for multiple types of sUAVs and other emerging threats on the modern battlefield.
Entropy Technology Design Awards
- SBIR
- BAAST FY 20
- xTECH
- SOFWERX CUAS Sprint Challenge