Chronolite — IoT standard for chronobiologically effective lighting in the mobility sector

Getting the internal (biological) clock in sync thanks to chronobiologically effective lighting

The Chronolite project aims to develop an IoT standard for chronobiologically effective lighting in the mobility sector. The aim is to adapt lighting systems in cars, trains and airplanes so that they meet the individual chronobiological needs of users, i.e. their “internal clock”. This should help to minimize jet lag, for example, and improve well-being during journeys. Artificial intelligence (AI) is being used to develop personalized lighting concepts that dynamically adjust the lighting conditions.

The project plans to implement an IoT-supported standard that makes it possible to adapt lighting systems intelligently and flexibly to the requirements of the human biorhythm. This platform will not only be used in the mobility sector, but also in other areas of life, such as offices and homes. The aim is to improve people’s well-being and performance by adjusting artificial light sources specifically to the biological clock.

Chronolite is supported by a consortium of the Media University (formerly HMKW), other research institutions and companies and is funded by the Federal Ministry for Digital and Transport Affairs (BMDV). The project is part of a larger initiative to promote AI applications in mobility and aims to further advance Germany in the field of technological innovation.

Further information on the research project: