Recognize Patterns of Life
Review repeated activity and cross-location observations to give a flight its wider context.

Effective counter-UAS begins with current intelligence. AirSentinel connects live aircraft tracking, available ground-location context, historical activity and field sharing so authorized teams can assess an event and coordinate a response.
Review repeated activity and cross-location observations to give a flight its wider context.
Available pilot or control-station information can help authorized personnel locate the source of an incident and assess an appropriate response.
Fast live track delivery preserves the time available for assessment and coordination.
Atlas and AMS sensors are designed to work with third-party platforms. AirSentinel is also working with partners developing kinetic counter-UAS capabilities for appropriately authorized civilian-security operations.
Talk with our team about available integrations, partner readiness and the requirements of your mission.
Discuss counter-UAS integrationsActive mitigation capabilities depend on the technology, jurisdiction and operator’s legal authority. Detection or site ownership does not by itself authorize interference with an aircraft.
Our first priority is timely intelligence and a coordinated response by the appropriate personnel.
Customers have chosen AirSentinel to replace TDOA- and direction-finding-based deployments after reporting false positives in their operating environments. Our civilian approach emphasizes supported broadcast and protocol-derived information, complemented by radar and optical verification where required.
AirSentinel does not deploy TDOA or direction finding as its civilian detection approach. Advanced RF demodulation and decryption capabilities are limited to the appropriate Pro and Pro Max configurations. Performance is evaluated in the actual environment; no system is universally free of false positives.
AMS sensors and Atlas are designed to interoperate with other C2, drone detection and intelligence platforms through open APIs.
Bring third-party sensor data into Atlas to add available RF, radar or optical observations to the operational picture. Deliver AMS intelligence and configured sensor-fusion data from Atlas to another C2 or intelligence platform.
This makes AirSentinel a sensing and intelligence component within a wider counter-UAS architecture. You can retain an existing command environment while adding AirSentinel’s acquisition capacity, live-track delivery and historical context.
Use Atlas directly, feed AMS sensors into another drone detection platform, or connect Atlas to a downstream command system. The interface your team uses does not have to dictate the manufacturer of every sensor.
For each integration, define the supported data fields, source and track identifiers, time and coordinate conventions, access permissions and the workflow at the destination. Validate the complete handoff with representative aircraft and operating conditions.
Counter-UAS, also written C-UAS or cUAS, refers to capabilities used to detect, assess and respond to unmanned aircraft. Counter-drone and anti-drone are related terms. A deployment should distinguish sensing and coordination from active mitigation.
A deployment can combine AMS RF sensors, Atlas command and control, Patterns of Life intelligence, available pilot-location context, Echodyne radar and compatible optical systems. Hardware and integrations are configured around the site.
Detection and active mitigation are different capabilities. AirSentinel connects intelligence with authorized response workflows and compatible partner systems. Discuss the required capabilities, operator authority and deployment scope with our team.
Let’s build the right airspace picture for your mission.