Monitoring the growth of plants and animals by means of LiDAR is beneficial for agriculture in terms of increased yields and more efficient use of land. Therefore, the continuous development of LiDAR technology is preparing the future of agriculture. LiDAR sensors have a significant advantage over other sensing sensors: dust, darkness and fog do not affect their performance. For example, cameras are unable to provide data in dark or foggy conditions, but LiDAR can still detect its surroundings properly even under these conditions.

Rental car companies' fleet management becomes even more efficient with the help of smart infrastructure: LiDAR sensors enable the remote control of intelligent parking of vehicles. At international airports, it is common for large fleets to have hundreds of rental cars clustered in the same area. For fleets of this size, the so-called vehicle turnaround, i.e. the process from return to a new round of rentals, is very time-consuming and requires high logistical and financial expenditures, especially when moving the rental cars around the site, which consumes valuable resources.

How can urban congestion be reduced? Traffic congestion, which is caused by all road users driving in a way that is optimal for them, can be achieved with the help of smart infrastructure enabled by LiDAR technology. For example, they may overtake or change lanes in what they believe is the best way to get to their destination the fastest. Since road users don't understand how they affect the traffic around them, drivers themselves don't realize that stopping a car can cause a traffic jam for up to three kilometers.