Abstract: A SIP interface for media recording via INAP is disclosed. The present invention relates to SIP networks and, more particularly, to recording messages in SIP networks. Existing recording mechanisms offer only audio and fax based recording services to user for making announcements. Also, existing mechanisms would require a unique announcement ID for every type of media format recorded in the announcement. Thus, the options offered for the users are limited and poses difficulty to the user to enter different announcement ID's for every format. The present invention provides mechanisms wherein users can record announcements using different media types. Media types supported by a media server such as audio, text, video or combination of them may be employed in the recording. In addition, the mechanism provides a single announcement ID which can be employed for recording different media types. Thus, user is provided with options for recording service.

Abstract: The present invention relates to SIP networks and, more particularly, to digit collection in SIP networks. The SIP user communicates the digits to a Media Server through voice/speech. The Media Server collects the digits and checks to determine if the digits satisfy required Dual Tone Multi Frequency rules. The Media Server plays a prompt message to the SIP user to indicate start of session to collect the digits and the SEP user says character(s) to indicate that the SIP user has completed saying the digits.