Traditional methods use passwords, PINs or codes and often also biometric data. The static and less individualised nature of the type of input in these procedures poses a risk of exposure, especially in view of the new possibilities of quantum computers and AI-based cyber attacks.

dopeIN® offers a new dual security approach consisting of individual user orientation and dynamisation. Users never enter their passwords, PINs or codes directly in dopeIN®-protected procedures, but solve a task whose type and solution path they have defined themselves in advance (individual user orientation). The actual authentication takes place dynamically. With each authentication, users solve a new task. A temporary, non-reproducible code is created in each case (dynamic approach).

In this way, dopeIN® protects data from unauthorised access even if third parties observe the authentication process. The integration of the dopeIN® method and the associated active involvement of humans in the security process provides effective protection against AI-supported attacks. Likewise, users are already prepared today for when static passwords, PINs and codes become insecure due to quantum computing.