Abstract: A computer-implemented method of verifying a user's identity comprising the steps of receiving biometric user data, personalized user data, and unique phone data of a verifying user from the verifying user's electronic computing device 102, compiling the biometric user data, personalized user data, and unique phone data of a verifying user into a single user identity data file, encrypting the single user identity data file and generating a data decryption key, and segregating the single user identity data file into a plurality of encrypted segregated user identity data files each independently stored on a first administrator server and a second administrator server, wherein the plurality of encrypted segregated user identity data files may only be aggregated and decrypted upon providing secondary biometric user data, personalized user data, and unique phone data which matches the original biometric user data, personalized user data, and unique phone data of the verifying user.

Abstract: A computer-implemented method of verifying a user's identity comprising the steps of receiving biometric user data, personalized user data, and unique phone data of a verifying user from the verifying user's electronic computing device 102, compiling the biometric user data, personalized user data, and unique phone data of a verifying user into a single user identity data file, encrypting the single user identity data file and generating a data decryption key, and segregating the single user identity data file into a plurality of encrypted segregated user identity data files each independently stored on a first administrator server and a second administrator server, wherein the plurality of encrypted segregated user identity data files may only be aggregated and decrypted upon providing secondary biometric user data, personalized user data, and unique phone data which matches the original biometric user data, personalized user data, and unique phone data of the verifying user.

Abstract: How can one be sure that marketing ads displayed on a PC are seen by the end user and not blocked by any internet pop-up blocker? How can one distribute prompt messages across an enterprise network without using email or internet explorer pop-ups? The desktop ads and messages display process concerns displaying ads of messages on the end user's desktop, detecting end user activity, and responding the various local events on the PC. The process will allow marketing ads to run on a computer without using internet pop-up windows. It will also allow display ads based on contextual information, like specific time of day or a specific PC end user action.

Abstract: In a business network environment, each workstation or information access point (IAP) has installed thereon a quality of service (QoS) module to monitor the IAP's performance. The QoS module declares exceptions when it perceives that one or more of a predetermined plurality of functions or conditions of the computer has entered into a state indicative of degraded performance. At the time that an exception is declared, a snapshot is taken of the software applications running on the IAP, the amount of resources that they are using, and presence or absence of the user. As used in calculating a QoS index representative of the operational state of the IAP, exceptions are weighted to take into account the relative importance of these exceptions and the users which they affect. Because the QoS indices are time-normalized, they may be aggregated or compared across the network by an IT administrator.