Sentrycs’ HORIZON analyzes the RF environment, identifying signal bursts that match the characteristics of datalinks emitted by drones, remote controls, or other communication devices. It supports all transmission types, including analog, digital, and video. Leveraging advanced machine learning algorithms, the HORIZON extracts meaningful insights from unknown communication patterns, transforming it into the first-ever protocol manipulation-based C-UAS solution that is non-library-based.
By detecting transmissions that might otherwise go unnoticed, the HORIZON provides an early warning mechanism and actionable intelligence. This signal intelligence often serves as the first indication of a nearby threat, enabling further counter-drone actions such as electro-optic confirmation, jamming, or other mitigation techniques.
While its primary capability is detection, the HORIZON lays the foundation for a system that will ultimately address the entire DTIM (Detection, Tracking, Identification, Mitigation) cycle, even for devices not included in the system’s library. Sentrycs’ technology will support all communication protocols and autonomously add new ones. As it evolves, it will implement preventive measures, empowering users to make informed decisions and respond proactively to emerging threats.
Ami Shalev, VP of Research at Sentrycs, emphasized the significance of this innovation: “Sentrycs is advancing counter-drone technology to exceed current capabilities. These AI-driven capabilities ensure Sentrycs solutions evolve alongside the DIY drone landscape, adapting to threats with precision and efficiency. Building on the capabilities of the HORIZON, the engine is being developed into a fully self-learning DTIM (Detection, Tracking, Identification, and Mitigation) platform. This next-generation solution will address all DIY drones, regardless of type or transmission technology, ensuring comprehensive protection and operational efficiency".
