How Zoom Provides Industry-Leading Video Capacity - Zoom Blog - How Zoom Managed To Scale 224% in 3 Months
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How Zoom Provides Industry-Leading Video Capacity - Zoom Blog.A Study of Zoom’s Video Conferencing Architecture & System Design
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Zoom app architecture.Here’s How Zoom Provides Industry-Leading Video Capacity
Architect your Zoom App to have a front-end that displays the WebView of your web application containing any interactive components and data that are useful to the user and a backend that can at minimum handle user authorization, Zoom API calls, app launch and page redirects. Ensure that your app backend decorates its html responses with the following headers:. This header will be as follows regardless of the environment in which the client originating the request is installed.
Local installation using the Local Test feature found in your Marketplace app configuration. This is made available to you for testing purposes. From the Marketplace app listing page.
To provision installation from the Marketplace and the Zoom client, you are required to provide a direct landing url in your App configuration page. When users click this button, they will be taken to your Direct landing URL. This endpoint provides a way for you to intercept the request before prompting your user to login or authorize the Zoom App. It is a good opportunity for you to generate an OAuth 2. From your direct landing page, request the user to authorize your app.
If the user chooses to authorize, Zoom will redirect the user to your app's redirect URL, along with the original state parameter and an authorization code that can be exchanged with user's OAuth token. After receiving the token, use it to generate a deep link as shown below.
Optionally, you may store it in a database or cache for later use if your app will be making requests to Zoom Restful APIs on behalf of the user. Depending on where the app installation was initiated from i. Note that there is a character limit on the action parameter. In many cases, OAuth can be conducted within the Zoom Apps app in the client. This is the least complex approach. In some situations, users of an app may not want to enter their credentials directly in and app and some OAuth providers do not allow user agents that are not standalone browsers.
In that instance, the OAuth flow will need to involve an external browser. Care must be taken when implementing OAuth in an external browser. The OAuth flow must finish in the same session that it began. The below is on example of how to implement OAuth that does this. It involves calling zoomSDK. The implementation details may vary depending on the provider you use. The diagram below provides a basic overview how this works:.
When the app first connects to the backend, create a session identifier and put it in a cookie. When the app backend wants to start third party OAuth possibly because a user requests it or possibly as the first step in app launch , this following sequence begins.
The OS of your machine that runs the Zoom client determines the browser engine that runs the embedded browser that renders Zoom Apps. Less may be available to allocate if memory is fragmented. An allocation within Javascript of MB should be achievable. If you're looking for help, try Developer Support or our Developer Forum. Priority support is also available with Premier Developer Support plans.
Architecture Architect your Zoom App to have a front-end that displays the WebView of your web application containing any interactive components and data that are useful to the user and a backend that can at minimum handle user authorization, Zoom API calls, app launch and page redirects. Need help?
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A Study of Zoom’s Video Conferencing Architecture & System Design.Guide To Build A Video Conferencing App Like Zoom - Mindbowser
As part of the latest platform update, Zoom customers with Zoom app architecture subscriptions can enjoy three times as many video aechitecture in their meetings at no additional cost — ap; without doing a thing. Increasing capacity from to продолжить чтение participants for Business subscribers ensures more people can reliably participate zoom app architecture your Zoom video-enabled meetings.
The fact is, there are communications services that may of fer high m eeting capacities, but the fine print often tells a different story when it comes to how many can participate using video. Think about how well your home wi-fi aapp would stand up if everyone zoom app architecture the house started streaming video on multiple devices at the same time. At Zoom, we zoom app architecture committed to supporting our great customers, and we want to ensure that our Business subscribers have all the video capacity and quality they spp for their important meetings.
From the very beginning, Zoom was engineered to be architectue and optimized for video. Other approaches to date have attempted to add video to an aging, pre-existing conference call, screen sharing, or chat tools. Delivering reliable video at scale is complex, and retrofitting it for a legacy solution results in a clunky experience. Zoom has built a system of data centers, interlinked through private connections that are closely maintained, monitored, and optimized by teams of experienced operations engineers.
This network provides zoom app architecture connectivity and enables users around the world, joining from different types of networks, to reliably meet with the highest quality of experience. Today, we have 13 co-located data centers globally and continuously invest in and xpp this network. No other solution on the market provides a single, integrated, video-first communications platform that is easy to use and designed to provide every global user a reliable, quality meeting experience.
And for our Business subscribers, enjoy your new video capacity!
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