Build Zoom meeting experiences inside web, mobile, and desktop apps. This reference skill guides authentication, meeting joins, interface options, and troubleshooting, with platform-specific guidance for applications and bots that join meetings.
Helps developers build systems that receive live Zoom audio, video, transcripts, chat, and screen sharing. Covers SDK setup, persistent WebSocket connections, media selection, and troubleshooting for recording, transcription, and meeting assistants.
Embed Zoom meetings in an Electron desktop app using the Meeting SDK. The skill guides developers through initialization, token-based authentication, joining and starting meetings, settings controls, and integration with raw meeting data.
Embed Zoom meetings in native Android apps with guidance on authentication, joining and starting meetings, and SDK integration. Begin with the default interface, then move to a custom interface once authentication, permissions, and meeting state changes are stable.
Implement Zoom webhooks, HTTP notifications sent when events occur, such as meetings starting or recordings becoming available. Use reference guidance for event selection, subscriptions, signature verification, endpoint validation, delivery handling, and retries.
Build pre-session diagnostic workflows with Zoom Probe SDK to check browser support, media permissions, audio, video, and network readiness. Reference patterns cover diagnostic pages, live statistics, structured reports, and readiness checks before joining.
Guide embedding Zoom Virtual Agent in an Android WebView, a browser view inside an app. Covers communication with Java or Kotlin, URL routing, support handoff events, and embedding that accounts for the WebView lifecycle.
Helps plan Zoom integrations by comparing APIs, SDKs, app types, authentication, and permissions. Guides the choice between repeatable API automation and MCP, a protocol for connecting AI agents to tools, and identifies relevant implementation skills.
Turn a Zoom integration idea into a practical implementation plan. Identify the required products and APIs, authentication and access permissions, delivery phases, and risks, then define a small first deliverable to test the proposed architecture.
Guide server-side Zoom integrations using Zoom Rivet SDK in JavaScript or TypeScript. Consult patterns for authentication, incoming event notifications, typed API calls, multiple modules, and webhook processing on AWS Lambda.
Guide development of custom Windows video applications with Zoom Video SDK and C++. Covers session setup, video display, screen sharing, and raw media access, meaning direct capture or injection of audio samples and video frames.
Embed Zoom meetings in web applications using either a full-page interface or a meeting container within a page. Guidance covers choosing an integration approach, backend authentication, layout customization, browser requirements, and configuration for HD video and gallery view.
Guides development of custom video sessions in native iOS apps using Zoom Video SDK. Covers custom interface control, token-based authentication, session joining, and handling media and participant events, with references for compatibility checks and troubleshooting.
Build custom macOS video session apps with Zoom Video SDK. The skill guides native interface control, joining with an access token, and desktop media and device workflows, with references for architecture, compatibility, and troubleshooting.
Plan authentication for a Zoom integration by choosing an app type, selecting an authorization flow, and defining minimum permissions. Work through token storage, renewal, and authentication failures with a clear implementation approach.
Build Zoom Team Chat integrations for user messages or interactive bots. Guides API selection, authentication, message cards with buttons and forms, and webhooks that receive commands and user actions.
Build custom real-time video sessions in Flutter using flutter_zoom_videosdk. The skill guides package setup, session joining and leaving, event listeners that respond to SDK activity, and mobile platform integration.
Plan how an AI agent should interact with Zoom through MCP, a protocol for calling tools. Assess task suitability, divide responsibilities between MCP and REST APIs, and identify connection, authentication, and client requirements.
Build transcription workflows for uploaded or stored audio and video using Zoom AI Services Scribe. Consult guidance on authentication, single-file requests, batch jobs, completion notifications, and saving transcript results for further processing.
Help embed Zoom Virtual Agent chat in a website using its web SDK, a developer toolkit. Cover campaign or entry ID launch, event-based controls, user context updates, readiness checks, and browser content security policy requirements.
Build custom browser video applications with Zoom Video SDK using JavaScript or TypeScript. Guidance covers session setup, participant video rendering, screen sharing, recording, and live transcription, with implementation patterns and troubleshooting for common integration problems.
Build C++ applications for custom Zoom video sessions on Linux, including bots that run without a display. Get guidance on capturing and supplying raw audio and video, connecting Qt or GTK interfaces, and configuring Docker environments.
Integrate Zoom Contact Center chat, video, ZVA, and scheduled callbacks into native iOS apps. Follow guidance on service initialization, app lifecycle events, video rejoining, and callback handling, with references and debugging checklists.
Helps integrate Zoom Contact Center into native Android apps, including chat, video, virtual agent interactions, and scheduled callbacks. Covers SDK setup, service lifecycle management, campaign support, and handling users who rejoin a session.
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