Abstract: A method, system and computer readable medium for protecting a communications device connected to a communications system against an unauthorized intrusion, including providing a variable identifier to the communications device and entities authorized access thereto. The variable identifier is provided to a user address book and assigned with a permanent identifier and the permanent identifier, but not the variable identifier, is available to a user. The presence or absence of the correct variable identifier is sensed during an attempt to access the communications device for granting or denying access to the communications device. A new variable identifier is periodically provided to the communications device and to the authorized entities and to the user address book and assigned with the permanent identifier, wherein the permanent identifier, but not the new variable identifier, is available to the user.

Abstract: By distributing various information and monitoring centers that monitor distributed networks and unauthorized access attempts, it is possible to, for example, more quickly defend against an unauthorized access attempts. For example, a Level 1 monitoring center could monitor a predetermined geographical area serving, for example, a wide variety of commercial and public sites, an organizational structure, or the like, for alarms. Upon analyzing an alarm for various characteristics, the Level 1 monitoring center can refer the unauthorized access attempt to an appropriate Level 2 center for, for example, possible retaliatory and/or legal action. Then, a Level 3 monitoring center can record and maintain an overall picture of the security of one or more networks, the plurality of monitoring centers and information about one or more hacking attempts.

Abstract: A method, system and computer readable medium for protecting a communications device connected to a communications system against an unauthorized intrusion, including providing a variable identifier to the communications device and entities authorized access thereto. The variable identifier is provided to a user address book and assigned with a permanent identifier and the permanent identifier, but not the variable identifier, is available to a user. The presence or absence of the correct variable identifier is sensed during an attempt to access the communications device for granting or denying access to the communications device. A new variable identifier is periodically provided to the communications device and to the authorized entities and to the user address book and assigned with the permanent identifier, wherein the permanent identifier, but not the new variable identifier, is available to the user.

Abstract: A method, system, and device for secure communications are provided, including at least one of means for configuring two or more computer devices as a single computer device; and means for separating the two or more computer devices from one or more computer networks.

Abstract: Through the use of an intermediate party, a first party is given the ability to communicate with a second party, with the communication appearing as if it originated with the intermediate party. Specifically, in a protected network system, the protected network is capable of acting as a conduit through which an entity, such as law enforcement, can communicate with an entity attempting an unauthorized access attempt unbeknownst to the entity attempting the unauthorized access attempt. This allows, for example, the detection and identification of the entity attempting the unauthorized access attempt.

Abstract: Through the use of an intermediate party, a first party is given the ability to communicate with a second party, with the communication appearing as if it originated with the intermediate party. Specifically, in a protected network system, the protected network is capable of acting as a conduit through which an entity, such as law enforcement, can communicate with an entity attempting an unauthorized access attempt unbeknownst to the entity attempting the unauthorized access attempt. This allows, for example, the detection and identification of the entity attempting the unauthorized access attempt.

Abstract: A user who is connected to an unprotected network via a protected network is able to browse the Internet without concern that unauthorized code will execute within their local workstation as the result of a vulnerability within the browser executing on a special virtual machine or a browser module. Any unauthorized code will only affect one of a special virtual machine or a browser module.

Abstract: A communications system and method is provided to reliably protect communication systems, such as mobile phone systems, from unauthorized use, as well as to make the interception of wireless communication more difficult. Specifically, the static wireless phone number or other similar identifiers are not used for identification and authorization during communication between the mobile unit and a base station. Instead, a set of private identifiers is determined and is known only to the phone company and the base stations controlling the mobile phone calls. These private identifiers allow dynamic and continual updating of the mobile phone and base station directories with current valid identifiers that are used for communication between the devices.

Abstract: By distributing various information and monitoring centers that monitor distributed networks and unauthorized access attempts, it is possible to, for example, more quickly defend against an unauthorized access attempts. For example, a Level 1 monitoring center could monitor a predetermined geographical area serving, for example, a wide variety of commercial and public sites, an organizational structure, or the like, for alarms. Upon analyzing an alarm for various characteristics, the Level 1 monitoring center can refer the unauthorized access attempt to an appropriate Level 2 center for, for example, possible retaliatory and/or legal action. Then, a Level 3 monitoring center can record and maintain an overall picture of the security of one or more networks, the plurality of monitoring centers and information about one or more hacking attempts.

Abstract: By distributing various information and monitoring centers that monitor distributed networks and unauthorized access attempts, it is possible to, for example, more quickly defend against an unauthorized access attempts. For example, a Level 1 monitoring center could monitor a predetermined geographical area serving, for example, a wide variety of commercial and public sites, an organizational structure, or the like, for alarms. Upon analyzing an alarm for various characteristics, the Level 1 monitoring center can refer the unauthorized access attempt to an appropriate Level 2 center for, for example, possible retaliatory and/or legal action. Then, a Level 3 monitoring center can record and maintain an overall picture of the security of one or more networks, the plurality of monitoring centers and information about one or more hacking attempts.

Abstract: By distributing various information and monitoring centers that monitor distributed networks and unauthorized access attempts, it is possible to, for example, more quickly defend against an unauthorized access attempts. For example, a Level 1 monitoring center could monitor a predetermined geographical area serving, for example, a wide variety of commercial and public sites, an organizational structure, or the like, for alarms. Upon analyzing an alarm for various characteristics, the Level 1 monitoring center can refer the unauthorized access attempt to an appropriate Level 2 center for, for example, possible retaliatory and/or legal action. Then, a Level 3 monitoring center can record and maintain an overall picture of the security of one or more networks, the plurality of monitoring centers and information about one or more hacking attempts.

Abstract: A code inspection system produces a dynamic decoy machine that closely parallels one or more protected systems. The code inspection system can analyze and monitor one or more protected systems, and as those protected systems are updated, altered or modified, the dynamic decoy machine, in which potentially malicious code is tested, can also be updated. Thus, the dynamic decoy machine can accurately reflect the current state of the one or more protected systems such that the potentially destructive nature, if any, of suspicious code can be evaluated as if it were in the actual environment of the protected system, without jeopardizing the security of the protected system.

Abstract: The intrusion protection method and system for a communications network provides address agility wherein the cyber coordinates of a target host are changed both on a determined time schedule and when an intrusion attempt is detected. The system includes a management unit which generates a random sequence of cyber coordinates and maintains a series of tables containing the current and next set of cyber coordinates. These cyber coordinates are distributed to authorized users under an encryption process to prevent unauthorized access.

Abstract: A method, system and computer readable medium for protecting a communications device connected to a communications system against an unauthorized intrusion, including providing a variable identifier to the communications device and entities authorized access thereto. The variable identifier is provided to a user address book and assigned with a permanent identifier and the permanent identifier, but not the variable identifier, is available to a user. The presence or absence of the correct variable identifier is sensed during an attempt to access the communications device for granting or denying access to the communications device. A new variable identifier is periodically provided to the communications device and to the authorized entities and to the user address book and assigned with the permanent identifier, wherein the permanent identifier, but not the new variable identifier, is available to the user.

Abstract: A user who is connected to an unprotected network via a protected network is able to browse the Internet without concern that unauthorized code will execute within their local workstation as the result of a vulnerability within the browser executing on a special virtual machine or a browser module. Any unauthorized code will only affect one of a special virtual machine or a browser module.

Abstract: A code inspection system produces a dynamic decoy machine that closely parallels one or more protected systems. The code inspection system can analyze and monitor one or more protected systems, and as those protected systems are updated, altered or modified, the dynamic decoy machine, in which potentially malicious code is tested, can also be updated. Thus, the dynamic decoy machine can accurately reflect the current state of the one or more protected systems such that the potentially destructive nature, if any, of suspicious code can be evaluated as if it were in the actual environment of the protected system, without jeopardizing the security of the protected system.