Abstract: A VoIP network system for providing VoIP service to voice customers connected to the network, has a managed IP network; a plurality of gateways connected to the managed IP network; a plurality of voice stations connected to the gateways; a VoIP server connected to the managed IP network; a SIP server connected to the managed IP network; and each of the gateways has a gateway processor wherein the gateway processor converses with the SIP server to establish a call through the managed IP network from a gateway connected to a voice customer at a source location to a gateway connected to a voice customer at a target location. Further, the gateway processor also converts between analog voice signals and VoIP data packets whereby the voice-to-VoIP conversion is decoupled from the customer location.

Abstract: A VoIP telephone network system for providing VoIP telephone service to telephone customers connected to the network, has a managed IP network; a plurality of gateways connected to the managed IP network; a plurality of telephones connected to the gateways; a VoIP server connected to the managed IP network; a SIP server connected to the managed IP network; and each of the gateways has a gateway processor wherein the gateway processor converses with the SIP server to establish a telephone call through the managed IP network from a gateway connected to a telephone customer at a source location to a gateway connected to a telephone customer at a destination location. Further, the gateway processor also converts between analog voice signals and VoIP data packets whereby the voice-to-VoIP conversion is decoupled from the customer location.

Abstract: A connection is established in a communications network responsive to receiving a Dual Tone Multi-Frequency (DTMF) signal at a port having an assigned sequence associated therewith. A dialed sequence corresponding to the received DTMF signal is identified. If the dialed sequence is associated with a request for a specified service, first and second fields of a packet-switched signaling protocol message are populated with the assigned sequence associated with the port. The populated packet-switched signaling protocol message is transmitted over a packet-switched network to request the specified service, and a connection is established to provide the specified service through the port. Related systems and devices are also discussed.

Abstract: Methods and systems for providing a user with control over telecommunications services provided by a service provider. Using almost any type of communications device, a user may gain access to, view, and make changes or modifications to profile information related to the services. The changes may be made quickly and efficiently, but accuracy and thoroughness in the implementation of the changes are not sacrificed. Further, the changes to the communications services are implemented almost immediately and without involvement by the service provider. Particularly, profile information about the telecommunications service is stored on a server in a data network. A change action relating to the profile information may be received at the server from a data device (such as a wireless unit) operating on the network. The change action is implemented on the profile information to result in changed profile information, which may be provided from the server via the data network to the telecommunications system.