UNIT.City B15

A special sensor system detects the movements of nearby residents, and the floor lamps start behaving like a virtual animal that is watching the guest with interest. In addition, you can get to know the animal and communicate with it through its movements: for example, if you wave at it, it will greet you in a certain way, or it will get scared and hide from your raised hands. And when no one is around, the animal continues to live and move.

Interactive floor lamps can become an interesting part of excursions for the centre's guests, and for this purpose we have dedicated a separate section to this location in a special administrative web application that we have developed on the basis of our cloud service Expolight Cloud Control System. This application will not only allow you to manage the lighting settings and media elements in the campus, but also learn about the philosophy and values of Unit.City.
Also, our main idea was to reflect the ultra-modern, progressive essence of Unit.City.

For this purpose, we created a transparent glass screen with a digital holographic sculpture above the entrance area, which displays various visual images based on Big Data in real time every 10 minutes, to which we carefully selected a symbolic meaning and name. The screen is also complemented by convenient widgets for guests (time, date, weather, etc.).
For the holographic custom screen near the reception, we designed and implemented digital moving avatars that reflect Unit City's values. And for the floor lamps, we didn't just make a 3D mapping projection, but used special sensors of the latest generation of Lidar and custom software from Expolight to turn them into the behaviour of a digital animal, symbolising the futuristic and innovative nature of the park.

All the elements, together with the lighting, work as a single system and are controlled through our customised Expolight Cloud Control System.
This facility is one of the most interesting and complex projects that combines both the most advanced technological digital elements (with servers and fibre optic control) and conventional analogue optical elements (with lenses with different shades of white).