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20 de dic. de 2021 · In order to discover how two peers can connect, both clients need to provide an ICE Server configuration. This is either a STUN or a TURN-server, and their role is to provide ICE candidates to each client which is then transferred to the remote peer.
4 de may. de 2023 · ICE uses STUN and/or TURN servers to accomplish this, as described below. STUN Session Traversal Utilities for NAT (STUN) is a protocol to discover your public address and determine any restrictions in your router that would prevent a direct connection with a peer.
19 de abr. de 2022 · This post describes relative performance working with no ICE Servers, a public STUN server, and a self-hosted CoTURN server. The experiments are carried out through multiple restrictive network firewalls, public internet connections, broadband, as well as 4G data connection.
7 de nov. de 2023 · An array of objects, each describing one server which may be used by the ICE agent; these are typically STUN and/or TURN servers. If this isn't specified, the connection attempt will be made with no STUN or TURN server available, which limits the connection to local peers.
30 de nov. de 2023 · Here are some best practices to take into account when integrating WebRTC with ICE server solutions: Deploy both TURN and STUN: In certain network scenarios, depending alone on STUN may not be...
30 de mar. de 2024 · To allow the server to support signaling and ICE negotiation, we need to update the code. We'll have to allow directing messages to one specific user instead of broadcasting to all connected users, and ensure unrecognized message types are passed through and delivered, without the server needing to know what they are.
Thanks to the Interactive Connectivity Establishment (ICE) protocol, which uses two other protocols – STUN and TURN – these help WebRTC to dynamically generate and find the shortest path for media to travel between endpoints or peers.
