A high security communication station delivers information to an authenticated user. The station receives encrypted information intended for a particular user. The station verifies the identity of the current user using the highly secure technology of retinal scan or iris scan in one embodiment. A detector checks physiological information of the current user to assure that the user currently exhibits no substantial stress that might indicate improper force or duress by a third party. Once the station authenticates the current user and assures that the current user exhibits no substantial stress, the station decrypts the received information and renders the information for secure delivery to the intended user, namely the authenticated current user. The station substantially co-locates the point of decryption with the point of information delivery. Integrating the point of decryption, the point of information delivery as well as the point of user authentication in the same structure dramatically reduces the possibility of information interception by an unauthorized party.

 
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> Method and apparatus for highly secure communication

> Antagonists il-15

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