Abstract: A system and method for authentication during a login process using electroencephalography (EEG) signals can include collecting EEG data from one or more sensors for a claimed identity, initiating an EEG authentication process comparing the EEG data with a stored model of the claimed identity, granting authentication and access to the claimed identity to a secure computer resource if the EEG data match at or above a threshold value with the stored model, maintaining authentication and access by continuous skin-contact monitoring, and performing a mental state assessment based on EEG features of the EEG data collected while the method continues to grant access to the secure computer resources while no degraded mental state is detected. The method can further perform a synchrony assessment based EEG data collected from one or more sensors from the claimed identity and from at least a second claimed identity in team collaboration.

Abstract: A system and method for authentication during a login process using electroencephalography (EEG) signals can include one or more processors, and a memory containing computer instructions which when executed causes the one or more processors to perform certain steps. Such steps can include recognizing a user identity as an input for access to a secure computer resource, collecting EEG data from one or more sensors, initiating an EEG authentication process using an access management and authentication service via a Brain Computer Interface (BCI) server in communication with a BCI Authentication module upon detecting the user identity and the EEG data, forwarding the EEG data to the BCI Authentication module, receiving a result from the BCI Authentication module, notifying the access management and authentication service of the result from the BCI Authentication module, and granting access to the secure computer resource if the result is a success.