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In a production setting, your server should authenticate your users, manage their permissions, get appropriate tokens for membersĪnd relay the tokens from the SignalWire's Video REST APIs to the client's browser. Diagram of the interaction between the client, your server, and SignalWire. The figure below illustrates how all parts fit. All those complex tasks will be handledīy powerful SignalWire servers elsewhere. Note that this is not the server where all the video streaming and processing happens. Your server can query for this token using SignalWire REST API, given that you have the API credentials. The client SDK needs a token be able to access the SignalWire servers

While most of the work with respect to capturing and displaying media in the conference happens client-side, you do still needĪ server to securely proxy the SignalWire REST API. We will use the React Bootstrapįramework to make a neat layout without too much boilerplate. Write the frontend and any server-side framework to write the backend. We will be using Next.js for convenience and brevity, but you should be able to use any React framework to We will use React library from SignalWire Community to handle the integration between the SDK and React. SignalWire RESTĪPIs are only available on your server, as they require your SignalWire API tokens to operate which shouldn't be exposed client-side. To provision rooms and access tokens for your conference members from the SignalWire server.

We will use the SignalWire REST APIs for Video We will also use this SDK to display the video stream in the browser. The SignalWire servers, and with other members in the conference. It handles the cameras, the microphones, communication with The SignalWire Video SDK will run in the client's browser. In this guide, we are going to make a Zoom-like video conferencing system using React, SignalWire APIs, SDKs and other tools. The full source code for this project is available on GitHub.