Net2phone, Inc.

Picup, LLC

David Lando

David E Feuer

Liore Alroy

Itamar Hassin

Ariel Rabkin

Eduardo Francos

Joe Morris

Users of Internet services (e.g., SKYPE messaging service, GOOGLETALK messaging service, AOL INSTANT MESSENGER messaging service, and MICROSOFT MESSENGER messaging service) that are initially identified using separate identifiers that may be associated with respective service providers (e.g., email addresses) can manage network identities using a single unified set of account information managed by a registry service. The registry authenticates the user's request(s) to bind a service provider identity to his or her personal registry user record. The registry internally associates the service provider identity to an internal unique identifier that is not exposed to subscribers. When a second user wishes to communicate with a first user, the second user provides any service provider identity that is believed to be associated with the first user to determine if the specified service provider identity appears to match the intended subscriber. If so, the second user may specify a nickname (unique to the second subscriber but not necessarily globally unique) to be associated internally within the registry with the internal unique identifier of the first subscriber as part of the second subscriber's user record. Later, even if the first subscriber has relinquished the service provider identity that was originally used to find the first subscriber, the second subscriber can still find the first subscriber by using the associate nickname without either subscriber ever knowing the internal unique identifier of the first subscriber.

Network identity management system and method

During normal operation, a user terminal supported by an IP-PBX server establishes a call by resolving the name of the IP-PBX server using a DNS server. When the DNS server provides the address of the IP-PBX server, the IP-PBX server can be contacted. However, if the SIP controller learns that the IP-PBX is no longer operating, the information stored by the service provider environment may be used to build or configure an IP-Centrex server at a remote site which takes over for the failing IP-PBX server. The newly configured IP-Centrex server then registers itself with the SIP controller and either the SIP controller or the IP-Centrex server then informs the DNS server of the IP address of the IP-Centrex and tells the DNS server that the IP-Centrex server will respond to messages for the failed IP-PBX server. The newly configured IP-Centrex server then handles the messages and control flow previously handled by the IP-PBX server. When the IP-PBX server is repaired or replaced, the IP-PBX server informs the SIP controller that it is back online and either the SIP controller or the IP-PBX server then informs the DNS server that the IP-PBX server will again be handling the call requests for the IP-PBX server.

Remote redundant voice server system

Growing community of inventors

West Orange, NJ, United States of America

David Lando