Abstract: A universal personal data portability capability is disclosed. The universal personal data portability supports automated porting of personal data of a user from a plurality of environments to a personal data store of the user.

Abstract: A secure communication mechanism is disclosed. The secure communication mechanism may utilize one or more secure communication capabilities to secure communications of various types of users in various types of networks. The secure communication capabilities may include one or more of a user pattern hiding capability (e.g., a user behavior pattern hiding capability, a user communication pattern hiding capability, a user browsing pattern hiding capability, or the like), a gateway hopping capability, or the like, as well as various combinations thereof. The users may include corporate users (e.g., for communications related to corporate matters or for communications related to personal matters), user associated with non-corporate entities, individuals not associated with a corporation or other type of entity (e.g., individual users, groups of users, or the like), or the like.

Abstract: An illustrative example communication system designed according to an embodiment of this invention includes a controller and a data storage accessible by the controller. The data storage includes information indicating possible communication links among communication devices within a selected region. At least one node communicates with user devices. The at least one node has an intelligence gathering module that detects at least one signal from at least one other network device capable of communicating with user devices, and processes information regarding the at least one other network device based on the at least one detected signal. The at least one node communicates the information regarding the at least one other network device to the controller and the controller includes the information regarding the at least one other network device in the stored information of the data storage.

Abstract: An access point detects a presence of a first device having a device identifier in a femtozone associated with the access point. The access point matches the device identifier with an identifier associated with corresponding applications and activates a set of applications associated with the device identifier.

Abstract: A universal personal data portability capability is disclosed. The universal personal data portability supports automated porting of personal data of a user from a plurality of environments to a personal data store of the user.

Abstract: A universal personal data portability capability is disclosed. The universal personal data portability supports automated porting of personal data of a user from a plurality of environments to a personal data store of the user.

Abstract: A secure communication capability is disclosed. The secure communication capability is adapted to assure communications by or otherwise associated with a corporate user. The communications by or associated with the corporate user may be supported using a corporate user device(s) and/or a personal user device(s). The communications by or associated with the corporate user may be assured regardless of various elements or factors (e.g., regardless of one or more of a user device used for the communication, a communication channel used for the communication, a communication medium used for the communication, a communication mode used for the communication, and the like). In this manner, a secure blanket is imposed over all communication mechanisms used to support communication by or otherwise associated with the corporate user regarding corporate matters and/or personal matters.

Abstract: A virtualization capability is adapted support virtualization for an individual or an institution. The virtualization for an individual or an institution may be provided using mappings of real information to virtual information. The virtualization for an individual or an institution may be used to support secure communications by the individual or an institution (e.g., electronic communications, non-electronic communications, or the like). The virtualization for an individual or an institution may include various types of E.164 Number Mapping (ENUM) virtualization, such as user ENUM virtualization, infrastructure ENUM virtualization, private ENUM virtualization, enterprise ENUM virtualization, and the like. The virtualization for an individual or an institution may include virtualization for online transactions in a manner that hides real information associated with the individual or an institution (e.g., name, mailing address, or the like) from the online vendor.

Abstract: A secure communication mechanism is disclosed. The secure communication mechanism may utilize one or more secure communication capabilities to secure communications of various types of users in various types of networks. The secure communication capabilities may include one or more of a user pattern hiding capability (e.g., a user behavior pattern hiding capability, a user communication pattern hiding capability, a user browsing pattern hiding capability, or the like), a gateway hopping capability, or the like, as well as various combinations thereof. The users may include corporate users (e.g., for communications related to corporate matters or for communications related to personal matters), user associated with non-corporate entities, individuals not associated with a corporation or other type of entity (e.g., individual users, groups of users, or the like), or the like.

Abstract: An access point detects a presence of a first device having a device identifier in a femtozone associated with the access point. The access point matches the device identifier with an identifier associated with corresponding applications and activates a set of applications associated with the device identifier.