Sentrycs, an Israeli counter-drone technology company, has unveiled Horizon, an AI-powered engine that enables real-time detection of all types of DIY drones, including those that were previously undetectable.
By detecting transmissions that might evade traditional sensors, the Horizon engine provides an early warning mechanism and actionable intelligence
The proliferation of independently built (DIY) drones presents an increasing challenge to global security. These drones, which are inexpensive and easy to assemble, challenge traditional detection systems by employing techniques such as frequency hopping and operating across a broad frequency range, making it difficult to detect and track them using conventional counter-drone methods.
Horizon analyzes the radio frequency environment, identifying signal bursts that match the characteristics of data links emitted by drones, remote controllers, or other communication devices. It supports all types of transmissions, including analog, digital, and video. Using advanced machine learning algorithms, Horizon extracts meaningful insights from unknown communication patterns, making it a C-UAS solution based on protocol manipulation rather than static data libraries.
By detecting transmissions that might evade traditional sensors, Horizon provides early warning and actionable intelligence. This signals intelligence often serves as the first indication of an imminent threat, enabling additional counter-drone measures such as electro-optical confirmation, jamming, or other techniques.
While its primary capability is detection, Horizon lays the foundation for a system that will eventually address the entire DTIM cycle (detection, tracking, identification, mitigation), even for devices not included in the system's database. Sentrycs’ technology will support all communication protocols and autonomously integrate new ones. As it evolves, it will incorporate preventive measures, allowing users to make informed decisions and proactively respond to emerging threats.