Abstract: The present invention relate to systems and methods for conducting secured telephony and transaction authentication via electronic devices. More specifically, the embodiments of the present invention relate to systems and methods for conducting secure networked telephony, including but not limited to communications over the internet, other computer networks, wired or wireless networks, or audio, video or multi-media.

Abstract: Systems and methods are provided for manual and/or automatic initiation of simultaneous multi-encrypted rotating key communication. Specifically, decryption of data between a first user and one more other users during a communication session may occur using a plurality of keys that rotate or change after an event has occurred, such as an amount of time has elapsed during the communication session or an amount of data has been transmitted during the communication session. The first user and the one or more other users may have a repository for the storage of the plurality of keys to use during the communication session.

Abstract: The present subject matter relates generally to a notification system adapted to provide real-time wireless notification of a change in condition or state of an asset or data set. More specifically, the present invention relates to a global communication and interface network for instantaneous transmission of information for tracking, monitoring, managing, and interfacing with assets and datasets. Still further, the present invention relates to broadcast communication of a change in condition or state of an asset or data set. In addition, the present invention relates to encrypted broadcast communication.

Abstract: The present invention relate to systems and methods for conducting secured telephony and transaction authentication via electronic devices. More specifically, the embodiments of the present invention relate to systems and methods for conducting secure networked telephony, including but not limited to communications over the internet, other computer networks, wired or wireless networks, or audio, video or multi-media.

Abstract: A secure system includes a user authentication device including memory, a microCPU, an authentication factor input and a communication port. The authentication device interacts with a securely monitored device including an identification transmitter that broadcasts information. A user is granted access to receive the broadcast information from the securely monitored device through the user authentication device after the user is authenticated by the user authentication device. A method of receiving information from a secured a device comprises the steps of receiving information broadcast from a securely monitored device to a user authentication device that includes memory for storing information regarding one or more authentication factors, a microCPU, an authentication factor input and a communication port. A user is authenticated by inputting authentication factors into the user authentication device. If the user is authenticated the received broadcast information to the user.

Abstract: A secure system, and method of providing a secure system, including a user authentication device and a secured device. The user authentication device includes memory, one or more authentication factors, access key information, a microCPU, an authentication factor input and a communication port. The secured device includes a microCPU and a communication port that receives access key information from the authentication device. An authorized user may be granted access to the secured device after the user is authenticated by the user authentication device and the user authentication device is authenticated by the secured device.

Abstract: The present invention provides a monitoring, communication and interface system and method. The monitoring, communication and interface system and method monitors assets and/or datasets for changes in conditions or states of the assets or datasets pursuant to a protocol. The monitoring, communication and interface system utilizes existing communications networks to communicate instantaneously, or nearly instantaneously, information to a variety of receivers including cell phones, beepers, personal digital assistants (PDAs), fobs, such as car key fobs, and the like.