NeuroGuard
The flagship project of the Scientific Club, NeuroGuard, aims to create an innovative user authorization and authentication system using EEG waves. Secondary project goals include analyzing how neural similarity and synchronization affect the authorization process, and testing the impact of brain activity variability – such as changes over time or due to emotional state – on the system's effectiveness.
NeuroGuard is the flagship and most advanced project carried out by the Student Research Circle, involving a significant portion of its members. Its execution requires close collaboration between teams and effective organization of activities. The research utilizes the BrainAccess Extended+ Kit.
The project is based on the premise that each person's brain activity—even during simple tasks like reading sentences silently—has a unique character. The artificial intelligence model, developed by members of the KN Neuron scientific circle, analyzes these signals to create a distinct "brain fingerprint." These obtained patterns can then be compared against previously recorded data from authorized users to grant access to sensitive data in a secure and precise manner, for instance, in corporate environments or institutions requiring the highest level of protection.
Project members
Filip Puszko
Wiktor Golimowski
Grzegorz Szczepanek
Adam Broszkiewicz
Alicja Huk
Iuliia Kapustinskaia
Adam Basiewicz
Julia Szymańska
Igor Kowalczyk
Kacper Daniel
inż. Maria Fabijan
Tomasz Koralewski
Marcel Sobecki
Barbara Dereń
Jędrzej Sajnóg
Adam Łaput
Aleksandra Walczybok
Kamil Wróbel
Tymon Drop
Kamil Kula
Maksymilian Awdziejczyk
Mateusz Kowalski
Michał Mendzelewski
Paweł Szuber