Accessline Communications Corporation

Frederick Allen Epler

Jeremy Mark Knight

Oscar Veniaminovich Zhuk

Patrick Allen Stensberg

Ian Widger

Rather than employing simple static personal identification numbers (PINs) that are susceptible to hacking, the disclosed security system provides multiple levels of security that may be selected by a user, based on his or her particular level of sensitivity at any given time or with respect to any given data. One level employs an algorithm that changes values, where the algorithm is known by the user. For example, the algorithm may be a series of digits based on the following: hour of day, day of week, quarter of the year, a.m. or p.m., day of the month, and month of the year. If the user knows the order of such, the user can readily generate the appropriate numeric code corresponding to the current time, and since the time continually changes, the code necessarily changes likewise. Another level sends a random part to a user, such as over their pager or phone, which they append to some user-defined, fixed portion of their PIN, or used in addition to their PIN. Another level or method requires the user to interact with a series of predetermined questions that each require a numeric response. The order of the questions would be scrambled each day, or periodically, to help change the user's response to improve security and employ questions that typically only the user would know. Another level of security employs voice fingerprinting or voice pattern recognition. Yet another level employs a N by M matrix of random numbers, from which a user selects numbers from predetermined positions to generate a current security code. Various levels of security may be performed on the server, and are based on user's selections, thus eliminating the need for special hardware.

Dynamic security system and method, such as for use in a telecommunications system

A system and associated method receive, from a local telecommunications network, a call from a first number, to a second number associated with an individual or subscriber. The system and method locally store at least the second number, and initiate a dial-up call to a central telecommunication server or a dialed-up network via the local telecommunications network. The system and method then transfer at least the second number to the central telecommunications server via the dial-up call over the dial-up network. The dial-up network can be a 1-800 network, long distance network, or other network.

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Whitefish, MT, United States of America

Frederick Allen Epler