Quanergy Systems, Inc. products

High-Performance LiDAR Sensor provides superior 3D perception using multiple eye-safe laser beams and time-of-flight (TOF) measurement technology. The robust M8 LiDAR sensor family features a wide field of view, long measurement range, high accuracy, and fine resolution to reliably solve the most challenging real-world applications. In addition, the M8 LiDAR sensor triggers actions based on real-time scenario analysis powered by QORTEX™, smart perception software.

The M1 2D LiDAR sensor is designed specifically to increase accuracy, efficiency, and productivity by helping automate critical processes in industrial applications such as logistics in warehouses, factories, and other industrial facilities as well as providing more accurate detection at loading zones of cargo containers onto trucks at busy port terminals. M1 joins the company’s M-Series to expand its industrial product portfolio by offering twice the price-performance vs legacy industrial LiDAR sensors. With up to double the range and range accuracy and 75% more data, M1 provides superior accuracy and object-detection at longer range compared to the legacy LiDAR sensors in the market today.

Quanergy’s S series is the industry’s only 100% CMOS solid state LiDAR portfolio. By utilizing an industry-first Optical Phased Array (OPA) technology and affordable and scalable CMOS silicon processes, the S3 provides unique electronic beam steering without any moving parts, thus offering immunity to vibration, over 100,000 hours MTBF, and the low-cost required for industries such as security, industrial automation, and transportation.

QORTEX People Counter, a part of Quanergy’s Flow Management Platform is designed for accurate occupancy and crowd flow management solutions. Built with Quanergy’s proprietary QORTEX computer perception software and the S-series solid-state LiDAR sensor, the data collected from sensors deliver 98% accuracy, far superior to camera-based systems and can be used to determine room, floor, or building occupancy and foot traffic patterns for a variety of purposes, including optimization of energy use (e.g., lighting and HVAC settings) and workspace utilization (e.g., office sharing).