Quanergy Solutions Inc: Edge-Based LiDAR Intrusion Detection Sensor – Q-Shield (GSA27-56)
Q-Shield is an edge-based LiDAR intrusion detection sensor designed to deliver reliable, real-time security monitoring with minimal system complexity. It enables precise detection of people and objects within configurable protection zones, providing consistent and dependable intrusion detection without the need for external processing systems.
Unlike traditional security solutions that rely on centralized servers or camera-based analytics, Q-Shield performs detection directly on the device. This edge-based architecture reduces latency, simplifies deployment, and improves overall system reliability. The sensor continuously monitors defined areas and generates immediate alerts when activity is detected within protected zones, ensuring fast and accurate response across a wide range of environments.
Q-Shield supports up to 8 evaluation fields, each with up to 128 configurable detection zones, enabling highly granular control over monitored spaces. This flexibility allows organizations to secure complex environments such as perimeters, restricted areas, access points, and critical infrastructure with precision and ease.
Designed as a complete, out-of-the-box solution, Q-Shield integrates sensing and detection into a single device. Power-over-Ethernet connectivity streamlines installation while eliminating the need for additional computing infrastructure. This significantly reduces deployment time, cost, and operational overhead compared to traditional systems.
Q-Shield delivers consistent performance across varying environmental conditions where camera-based systems often struggle, providing dependable detection regardless of lighting or scene complexity. By reducing system complexity while maintaining high detection reliability, it enables scalable, cost-effective security deployments.
Q-Shield represents a new approach to intrusion detection, where intelligence is embedded directly at the edge, enabling faster response, simplified architecture, and more efficient security operations.
