Discover the benefits of LiDAR technology in public spaces: people counting, anonymity, public safety, easy installation, and error-free data.
As processes and machines become increasingly automated and sophisticated, the use of LiDAR technology has emerged as a significant breakthrough in extracting data sources that can be leveraged to enhance them.
This cutting-edge technology is proving to be also a game-changer in Public Spaces, offering a wealth of data that can be easily applied to optimize performance and efficiency but also increase safety and security.
The software also allows for adjusting parameters like the field of vision, resolution, or points of interest, which are then translated into various mounting options.
Operations within public spaces, like airports, stadiums, or train stations, are just one example of the many fields that can benefit from smart sensing solutions such as 3D LiDAR hardware and software.
1. People Counting and Crowd Management with High Precision
People counting and crowd management technology has never been more crucial to public health than it is now, when communities worldwide are still on the road to recovery from the COVID-19 epidemic and restrictions are being lifted.
Here is where LiDAR technology comes in, with its ability to deliver precise, real-time data: it can accurately identify, count, classify, and track the movement of people and items (such as trolleys, passengers, and other objects) in a given area.
This can help public space operators to optimize traffic flow and prevent overcrowding in high-traffic areas.
In the upcoming years, it will be imperative to implement computer vision based perception technology - like LiDAR - to help identify safety issues, minimize risk, improve operations, and make rail more competitive.
2. Anonymity Thanks to LiDAR Technology
Moreover, anonymity is crucial in public spaces. Compared to other sensor technologies, such as cameras, which can record people's biometrics characteristics, LiDAR technology has a significant advantage since it can't gather any private information.
This personal information is not required to perform crucial use cases such asverifying the number of people getting in a certain stadium zone or checking the general flow of passengers at any given moment around a train station.
3. Ensuring Crowd Safety Now and in the Future
After the data and reports are accumulated, they can be accessed, processed, and used for managing crowds public safety now and in the future through predictions.
4. Accurate Detection of Intrusions
This can be answered with LiDAR solutions, like the one from Outsight, which can improve the efficacy of perimeter intrusion detection systems (PIDS) for elevated-security zones, allowing for far more accurate detection of incursions or unauthorised groups into critical sections inside these places.
5. Easy Installation and Customization
The LiDAR sensors are straightforward to set up. Unlike similar sensor technology, which is often set up to point straight down, LiDAR sensors provide versatile sensor mounting choices to monitor and track regions from almost any vantage point.
This makes the system easy to install and tailor since the counting zones can be defined with a few clicks in the perception software.
6. Cost-efficiency Solution
Saving money on labor is a persuasive argument in favour of LiDAR technology. Because the field of vision and detection range can be so high (up to 300m), fewer sensors are required to monitor a large region.
Due to the fact that it is capable of performing multi-point scanning, LiDAR solutions are also well suited for use in busy and crowded spaces.
Finally, LiDAR solutions can equally function in the dark; thus, they can give uninterrupted and real-time measurements even at night, enabling round-the-clock surveillance of the whole airport.
3D Perception Software Solutions have become an invaluable tool for public space operators worldwide, offering many benefits that improve safety, efficiency, and sustainability, and tend to play an increasingly important role in the future.