Traditional 2FA and MFA methods are based on static knowledge in the first two security factors of knowledge (e.g. passwords, PINs, codes) and possession (e.g. one-time codes or devices), where only the "repetition of knowledge" is required. This static information remains unchanged and can be compromised more easily in the event of an attack. MFA also adds the "something I am" factor, which is usually represented by biometric features such as fingerprints or facial recognition. However, this factor also consists of static, unchangeable data, which can pose a security risk as it is permanent and cannot be changed by the user.

In contrast, dopeIN® utilises a completely new safety concept through the use of "applied knowledge" based on dynamic data. This approach defines the factor "something I am" as "something I think" and enables authentication that is not protected by static information, but by the cognitive abilities and active involvement of the user. This makes dopeIN® particularly resistant to attacks, as the authentication data is generated dynamically with each access and thus remains unpredictable for attackers.