In the continued fight against the COVID-19 pandemic, social distancing has become the new normal—changing the way we work, shop, and engage in other public activities. These unprecedented circumstances call for innovative solutions to help us safely navigate our everyday lives.
To meet these evolving challenges, Quanergy has adapted its industry-leading 3D LiDAR Flow Management platform to create reliable and effective social distancing solutions. These solutions help prevent overcrowding in public places, monitor and enforce building occupancy limits, and even identify individuals with elevated temperatures—all while protecting individual privacy.
Quanergy’s Flow Management Platform combines state-of-the-art 3D LiDAR sensors with AI-powered QORTEX™ Perception Software to create sophisticated social distancing solutions. This integrated hardware and software platform uses data from LiDAR sensors to accurately measure the location of and distance between people as well as the number of people in a given location. When the distance between individuals is less than the allowed social distance, or the number of people in an area exceeds a given limit, the system triggers an alert so that staff can respond quickly.
Unlike camera-based solutions, Quanergy’s 3D LiDAR social distancing solution is extremely reliable and accurate, operates in any lighting conditions, and assures the privacy of people’s information. The platform anonymously and accurately tracks and analyzes the flow of people in real-time within public spaces, including retail locations, airports, public venues, commercial and government buildings, and industrial warehouses.
Accurate Social Distancing Measurement: With anonymously collected data from the LiDAR sensor, the platform enables the business to accurately measure the location of and distance between people, as well as the number of people in a given location
Seamless Integration with Camera Systems: QORTEX Flow Management is compatible with leading video management software (VMS) from Genetec and Milestone
Temperature Monitoring: Paired with thermal cameras, the platform can identify individuals with high body temperatures, helping curb the spread of the virus
People Counting: The Flow Management™ Platform accurately count people entering and exiting common areas such as conference rooms, to maintain the desired density of people
Zero Personally-Identifying Information (PII) Risk: Unlike camera-based systems or app-based contact tracing, LiDAR does capture or store personally identifying information and does not require users to opt-in or give permission to share their personal data, making it easy to effectively deploy the solution in any location
Managing a max number of people for conference room
Configurable Social Distance. % of time people didn't social distancing guidelines
QORTEX™ automatically calculates people location and their relative distance
3D LiDAR Measuring Social Distancing
While preserving individuals’ privacy, zero PII Risk.
Based in Australia, has deployed solutions for high profile, globally recognized sites, airports, intersections and high security facilities that are ideal at providing not only social distance monitoring, but also provide significant enhancements to the ongoing security of the
Leading 3D LiDAR-based security and safety platform solution provider in Korea, provides monitoring services through its iSaver technology to predict and prevent human and property damage from safety and security threats at urban and industrial sites and special facilities.
India-based 3D LiDAR solutions provider, integrates data from thermal temperature cameras allowing accurate tracking of individuals in a zone and highlighting threat levels.
French integrated security solution provider, is preparing an offer combining different technologies for people management, including temperature detection with thermal cameras, people counting, people tracking, crowd detection, and analytics.
US based airport motion analytics company, recently released SafeDistance, to monitor and analyzes crowd density in public spaces, such as airports.