Gain Decision Advantage through Advanced RF Sensing

The range can vary depending on various environmental factors. However, average detection ranges are 5km in an urban setting and up to 25km in rural settings.

Our technology is designed, developed, and manufactured in the US.

There is no known limit to the number of simultaneous UAS detections using a sensor network of at least 2 sensors. A single sensor can track approximately 12 targets without affecting processing speed or having to add processing resources.

Our hardware has undergone environmental testing by certified third-party labs to qualify the system's operational thresholds. The results support operation in the following conditions (these vary slightly by system):

Breaker:
Temperature: -40 to +60°C
Wind: 100+ mph
Humidity: Aggravated Humidity and Salt Fog (higher than found in nature)
Wind Blown Rain
EMI / EMC Compliant

Surge differences:
-32 to +49C
Wind: 80+ mph

***Note Surge AMS variant will have ranges similar to Breaker above

*Depending on the use case, RNC may be optional*
Our sensors are deployed with a companion Remote Node Control (RNC) box that is a configurable deployment solution to meet the needs of individual site requirements. It provides networking capability and security, power to the sensors, and other features such as health monitoring and remote power-cycle capability. The RNC box can also be configured with 4G LTE internet connectivity if hardline internet access is unavailable. The RNC box connects to a power source via a standard 120VAC outlet using a custom cable and connects to hardline internet via a standard RJ45 ethernet cable. The RNC then connects to the sensors via a custom power and network cable.

Access to sensors is protected using encrypted tunnels and FIPS 186.5 compliant Digital Signature Key public/private cryptographic key exchange. Additional protection provided by site-local firewalls and network intrusion defenses that enforce strict IP-based access rules.

A single-sensor's accuracy can best be described as 2-degrees (RSS 1-sigma). In a typical urban scenario, average location accuracy of 50m 50% SEP (Spherical Error Probable) assuming a 5km tracking range is expected.