MOBILE PROXY FOR WEBRTC INTEROPERABILITY

摘要

An example method and system for a mobile proxy for WebRTC interoperability is discussed. The method may include receiving a DTLS security handshake from a WebRTC API of a browser endpoint, negotiating an encryption mechanism through a signaling protocol with a non-WebRTC enabled endpoint, completing, using one or more hardware processors, the DTLS security handshake with the WebRTC API of the browser endpoint based on the encryption mechanism, and exchanging, through a mobile proxy, first media traffic from the browser endpoint with the non-WebRTC enabled endpoint and second media traffic from the non-WebRTC enabled endpoint with the browser endpoint. In various embodiments, if the non-WebRTC endpoint uses SDES for negotiation of the encryption mechanism, the encryption mechanism may include SDES-conveyed key information. However, if the non-WebRTC endpoint uses RTP for media exchange of the second media traffic, the encryption mechanism may correspond to a null cipher mode

主权项

1. A system for secure data communication between two endpoints, the system comprising:
a browser endpoint that transmits a Datagram Transport Layer Security (DTLS) security handshake using a Web Real Time Communication (WebRTC) application programming interface (API); a mobile proxy that negotiates an encryption mechanism through a signaling protocol; and a non-WebRTC enabled endpoint that negotiates the encryption mechanism through the signaling protocol with the mobile proxy by providing the encryption mechanism supported by the non-WebRTC enabled endpoint to the mobile proxy, wherein the mobile proxy completes the DTLS security handshake with the WebRTC API of the browser endpoint based on the encryption mechanism and exchanges first media traffic from the browser endpoint with the non-WebRTC enabled endpoint and second media traffic from the non-WebRTC enabled endpoint with the browser endpoint.