Lithuanian student Gabrielė Būtėnaitė from Kaunas University of Technology identified a critical gap in public safety concerning exposure to ionizing radiation, particularly in the context of damage to nuclear power plants, industrial complexes, or radioactive waste storage during military actions. Current radiation detection devices available on the market are typically designed for professional use, thus limiting their accessibility to the general public who lacks the specialized knowledge and equipment required to manage such hazardous situations.

To address this issue, Būtėnaitė leveraged her industrial design engineering studies to create a multifunctional radiation detector that is intuitive, ergonomic, and specifically designed for everyday users. This innovative device provides not only the basic functionality of measuring radiation levels but also includes additional features that aid users in critical situations, enabling them to assess environmental safety independently.

This development is particularly significant in light of global concerns about nuclear safety and the potential dangers posed by radiation exposure. By making such technology accessible to everyone, Būtėnaitė's work promotes greater public awareness and preparedness for radiation emergencies, contributing to overall health and safety in environments susceptible to nuclear risks.