Flasheye overview: using Lidar simulations and virtual environments

for improved real-time monitoring

Oskars Pirags, Business Development Director, ALTAS IT: "Given that LiDAR technology is new to the ALTAS IT portfolio, we need to start with what it actually means. LiDAR (Light Detection and Ranging) is a sensor that integrates a laser, GPS positioning and a measuring device. LiDAR technology is becoming increasingly popular nowadays and is one of the most useful and versatile technologies available. At the moment, the security industry is dominated by CCTV systems, but in the coming years LiDAR solutions will take over CCTV camera technology, as detection is more accurate, more extensive and, in addition, less equipment is used.

Until now, we have been used to LiDAR being used only in the security domain - for perimeter and perimeter surveillance to increase the security level of facilities. However, it can be used in almost any sector, from smart cars and robots to logistics, construction and agriculture. Smart cities and everything related to them, such as intelligent transport systems (traffic monitoring and car tracking), traffic and pedestrian monitoring, security management, urban planning, etc., are becoming increasingly popular worldwide and it is clear that LiDAR will play a huge role in their future growth and development.   

A great example of how LiDAR technology can be used: a company is interested in the amount of icicles and the level of snow on roofs in winter. By installing such equipment - over a wide area - it will be possible to monitor the amount of ice and snow to avoid dangerous situations and protect the people around them as well as the buildings themselves. As I mentioned earlier, LiDAR technology can be used in many areas. Mapping is one of the oldest applications, used in forestry, agriculture and even urban planning. It is therefore necessary to look beyond the security sector.

Looking specifically at Flasheye, it is similar when compared to CCTV cameras. In the past, there were just cameras, and then there was artificial intelligence (AI) in them. Whereas with conventional cameras we could only film, with AI we are already able to create smarter solutions using specific criteria and then process and refine them. With LiDAR technology it is similar - Flasheye is the manufacturer that provides the software. In video surveillance there are video management systems where we can add any camera, then it's the same in the LiDAR world where it's all about the software. Because LiDAR itself is just a machine, an 'iron' so to speak, that performs a task, like scanning an area. But to get comprehensive data and to perform additional tasks (not only in the security field), Flasheye is used, which is compatible with most LiDAR manufacturers."

In an increasingly digital world, the need for advanced detection and monitoring systems is paramount. Flasheye, a leading supplier of LiDAR software solutions from Sweden, is at the forefront of this technological revolution. Their real-time LiDAR monitoring solutions offer a new generation of detection based on accurate measurements rather than guesswork. But how can we further improve these systems? LiDAR simulations and virtual environments are the answer.

Example for perimeter security

Thanks to its high precision, it is possible to create virtual fences that detect any movement or unwanted activity. This technology is available to every security service provider.

LiDAR technology has long been used in defence, surveying and robotics. Today, LiDAR technology is the most promising technology for autonomous vehicles and robotic "eye" functions, thanks to its highly accurate information on distances, dimensions and shapes. It's like a 3D model in real time, with thousands of measurement points! Instead of sensors being used on moving vehicles, they can be used like cameras installed in infrastructure. 


Acuity's Flasheye software solution enables the use of LiDAR sensors from different manufacturers and the effortless integration of alarms into the most popular security platforms. No coding and no experts required!

Integrating LiDAR into new applications can be challenging, especially when real-time data processing is required. However, these problems can be alleviated by the use of simulations. Simulations allow extensive testing and development without the need for physical trials. This not only reduces the time and costs associated with development, but also allows for more robust and reliable systems.

Flasheye software solutions are designed to work with almost all LiDAR sensors, providing flexibility and compatibility. By integrating simulated LiDAR data into these solutions, we can further improve the performance and reliability of these systems. This approach allows us to create more accurate and detailed 3D models, improve change and threat detection and better protect privacy.

In addition, the use of simulations can also improve the integration of LIDAR alarms into external systems, VMS platforms and industrial protocols. Such seamless integration can improve operational efficiency and provide faster response times in the event of anomalies, leaks or detection of foreign objects.


LiDAR un kartes skats

The use of LiDAR for surveillance is GDPR compliant, making it a good alternative to public places. The sensors are not sensitive to harsh conditions and weather.

LiDAR technology includes data on distances and dimensions, making the information reliable for safety-critical applications.

Supported sensors

Ouster, Blickfeld, Velodyne, Cepton, Hybo, Aeva, Innoviz and Hokyuo.

The use of LiDAR for surveillance is GDPR compliant, making it a good alternative to public places. The sensors are not sensitive to harsh conditions and weather.

LiDAR technology includes data on distances and dimensions, making the information reliable for safety-critical applications.

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