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SiLC Technologies has introduced the Eyeonic Vista, a ruggedized 4D vision system designed to provide high-resolution imaging and target tracking at distances surpassing 1 km.
The 8-channel system utilizes a silicon photonics engine that integrates multiple laser channels and coherent detectors onto a single chip. By leveraging dynamic Region of Interest scaling, the platform can prioritize resolution for specific areas, allowing for the precise identification of drones, vehicles, and personnel in cluttered or complex environments. Unlike traditional radar or optical-electronic systems, the platform provides direct velocity measurements via micro-Doppler technology and dual polarization sensing for advanced material classification.
The development of this technology addresses a growing gap in security where low-cost autonomous systems and small unmanned aerial systems often evade conventional sensors. These targets are frequently difficult to track because they operate at low altitudes and move quickly against cluttered backgrounds. This vision system maintains performance across various environmental conditions, including fog, dust, and dense foliage, while remaining immune to jamming and multi-sensor crosstalk.
“Our high-resolution, long-range performance is driven by our innovative silicon photonics engine, which integrates multiple laser channels and coherent detectors on a single chip,” said Mehdi Asghari, CEO of SiLC Technologies. “Vista leverages 8 parallel channels to capture more data points per target, enabling precise imaging even in the most difficult outdoor conditions.”
Targeted at mission-critical infrastructure, the system is designed for deployment at airports, power stations, and military assets, as well as public venues like stadiums and historical landmarks. The technology features an angular resolution as fine as 8 millidegrees and all-weather, IP65-rated operation. The platform is currently being showcased at XPONENTIAL 2026 in Detroit, highlighting its implications for next-generation sensing in maritime, rail, and border security applications.
