…ng often involves querying Session Traversal Utilities for NAT (STUN) servers [ RFC5389 ] and allocating relayed candidates on Traversal Using Relay NAT (TURN) servers [ RFC5766 ] . Although many ICE procedures can be completed in parallel, the pacing requirements from [ RFC8445 …

…ng often involves querying Session Traversal Utilities for NAT (STUN) servers [ RFC5389 ] and allocating relayed candidates on Traversal Using Relay NAT (TURN) servers [ RFC5766 ] . Although many ICE procedures can be completed in parallel, the pacing requirements from [ RFC8445 …

…r. credential represents a long-term authentication password, as described in [ RFC5389 ], Section 10.2. An example array of RTCIceServer objects is: Example urls 'stun:stun1.example.net' }, urls : [ 'turns:turn.example.org' 'turn:turn.example.net' ], username 'user' credential '…

…sirable. It is not compatible with Session Traversal Utilities for NAT (STUN) [ RFC5389 ] in the deployments involving multiple stateful translators, each one having a different pool of IPv4 addresses. STUN compatibility would only be achieved if the translators managed the same …

…d, and if not, can respond with an 401 (Unauthorized) error, as described in [[!RFC5389]] Section 10.1.2. For incoming connectivity checks that pass validation, the RTCIceGatherer MUST buffer the incoming connectivity checks so as to be able to provide them to associated RTCIceTr…

…d, and if not, can respond with an 401 (Unauthorized) error, as described in [[!RFC5389]] Section 10.1.2. For incoming connectivity checks that pass validation, the RTCIceGatherer MUST buffer the incoming connectivity checks so as to be able to provide them to associated RTCIceTr…

…d, and if not, can respond with an 401 (Unauthorized) error, as described in [[!RFC5389]] Section 10.1.2. For incoming connectivity checks that pass validation, the RTCIceGatherer MUST buffer the incoming connectivity checks so as to be able to provide them to associated RTCIceTr…

…d, and if not, can respond with an 401 (Unauthorized) error, as described in [[!RFC5389]] Section 10.1.2. For incoming connectivity checks that pass validation, the RTCIceGatherer MUST buffer the incoming connectivity checks so as to be able to provide them to associated RTCIceTr…

…d, and if not, can respond with an 401 (Unauthorized) error, as described in [[!RFC5389]] Section 10.1.2. For incoming connectivity checks that pass validation, the RTCIceGatherer MUST buffer the incoming connectivity checks so as to be able to provide them to associated RTCIceTr…

…d, and if not, can respond with an 401 (Unauthorized) error, as described in [[!RFC5389]] Section 10.1.2. For incoming connectivity checks that pass validation, the RTCIceGatherer MUST buffer the incoming connectivity checks so as to be able to provide them to associated RTCIceTr…

…d, and if not, can respond with an 401 (Unauthorized) error, as described in [[!RFC5389]] Section 10.1.2. For incoming connectivity checks that pass validation, the RTCIceGatherer MUST buffer the incoming connectivity checks so as to be able to provide them to associated RTCIceTr…

…lease note that the demultiplexing Session Traversal Utilities for NAT (STUN) [ RFC5389 ] vs. SRTP vs. DTLS is done as described in Section 5.1.2 of [ RFC5764 ] , and SCTP is the only payload of DTLS. ¶ Since DTLS is typically implemented in user application space, the SCTP stack…

…credential}} represents a long-term authentication password, as described in [[!RFC5389]], Section 10.2. An example array of {{RTCIceServer}} objects is: [ {urls: 'stun:stun1.example.net'}, {urls: ['turns:turn.example.org', 'turn:turn.example.net'], username: 'user', credential: …

…lease note that the demultiplexing Session Traversal Utilities for NAT (STUN) [ RFC5389 ] vs. SRTP vs. DTLS is done as described in Section 5.1.2 of [ RFC5764 ] , and SCTP is the only payload of DTLS. ¶ Since DTLS is typically implemented in user application space, the SCTP stack…

…lease note that the demultiplexing Session Traversal Utilities for NAT (STUN) [ RFC5389 ] vs. SRTP vs. DTLS is done as described in Section 5.1.2 of [ RFC5764 ] , and SCTP is the only payload of DTLS. ¶ Since DTLS is typically implemented in user application space, the SCTP stack…