# Jitsi Meet Electron desktop app: setup, features, and constraints > Jitsi Meet Electron packages the browser-based Jitsi Meet experience as a desktop application for Windows, macOS, and GNU/Linux. It is aimed at users who want a dedicated Jitsi client, including people connecting to self-hosted deployments, but its development setup has a documented Node.js version conflict and its end-to-end encryption support remains labeled BETA. **jitsi/jitsi-meet-electron** — Jitsi Meet desktop application powered by :electron: - Repository: https://github.com/jitsi/jitsi-meet-electron - Stars: 1,635 · Forks: 511 - Language: TypeScript - License: Apache-2.0 - Published: 2026-10-16 · Updated: 2026-10-16 · Language: en - Canonical page: https://hysenlabs.com/projects/jitsi-jitsi-meet-electron ## Why Jitsi Meet Electron exists Jitsi Meet Electron addresses the need for a dedicated desktop client for Jitsi Meet rather than requiring every meeting participant to open the meeting in a browser tab. The application is aimed at users joining a hosted Jitsi service and organizations that operate their own Jitsi deployment. Its defining capability is support for any Jitsi Meet deployment, including company-hosted instances, so this is not simply a fixed client for one public service. The application adds desktop behaviors that are awkward to reproduce through a normal browser page. These include built-in automatic updates, screen sharing, remote control, an always-on-top window, and handling for `jitsi-meet://` links. Such features still depend on the meeting service and operating system permissions, but they give Jitsi a recognizable application shell rather than leaving the user inside a generic Electron window. Jitsi Meet Electron also supports end-to-end encryption, but the README labels that feature BETA. That label matters during adoption planning. The documentation confirms the capability, yet it does not describe encryption configuration, participant compatibility, limitations, recovery behavior, or the exact maturity boundary implied by BETA. Teams requiring documented end-to-end encryption procedures should therefore avoid assuming that the desktop label alone satisfies their security requirements. The repository targets Windows, macOS, and GNU/Linux. Release downloads cover Windows executables, macOS disk images, AppImage files for x64_64 and arm64, and Debian packages for x86_64 and arm64. There is also a Flathub listing. These choices reflect a desktop distribution project rather than a reusable conferencing engine. The actual call experience comes from Jitsi Meet, while this repository owns the Electron application and its desktop integration. ## Electron structure and build pipeline visible in the repository The repository is primarily TypeScript and has separate top-level areas for `main.ts`, `app/`, `resources/`, `types/`, and build configuration. The packaged file list in `package.json` includes `build` and `resources` while excluding `app` and `main.js`. This indicates a compiled Electron distribution rather than direct execution of the source tree. The package entry is `./build/main.js`, so the Electron process starts from generated output. The `build` script performs type checking through `tsc --noEmit` and then runs `node ./esbuild.js`. Distribution goes one step further: `npm run dist` runs that build and invokes `electron-builder`. The repository therefore separates type validation, bundling, and production packaging. During development, `npm start` first runs `esbuild.js --dev`, then runs the watcher and `electron ./build/main.js` together through `concurrently`. Desktop packaging metadata identifies the application as `org.jitsi.jitsi-meet`, with the user-facing product name `Jitsi Meet`. The macOS configuration produces universal DMG and ZIP artifacts, uses `resources/entitlements.mac.plist`, declares camera and microphone usage descriptions, and supports system audio capture for screen sharing. Those declarations connect the code to operating-system permission prompts, but they should not be confused with proof that every permission or capture path works identically across platforms. The README refers developers to the Jitsi Handbook when they need instructions for separation between the application and `jitsi-meet-electron-sdk`, including local development through `npm link`. The repository listing and package scripts confirm a multi-part desktop project, but the README does not document the SDK's runtime data flow. It would be inaccurate to infer undocumented boundaries between Jitsi rendering, Electron main-process responsibilities, and the SDK. ## Installing Jitsi Meet Electron and starting a real meeting For end users, the README directs them to the latest release rather than providing a source-build installation as the normal path. Release artifacts are listed for Windows, macOS, GNU/Linux AppImage, and GNU/Linux Deb. The README does not specify a default Jitsi server in its installation section, so users must either enter or select a meeting on a supported deployment or open a configured deep link. On macOS, Homebrew provides this installation command: ```bash brew install --cask jitsi-meet ``` The command installs the cask named `jitsi-meet`. After installation, the first practical action is to launch Jitsi Meet and join a room on a supported Jitsi deployment. The README also documents this deeplink form: ```text jitsi-meet://myroom ``` That example opens `myroom` on the configured Jitsi instance. The command-line format above is quoted directly from the README as a URI example, not presented as a shell command. A deployment-specific link can also name the host: ```text jitsi-meet://jitsi.mycompany.com/myroom ``` This opens `myroom` on the Jitsi instance at `jitsi.mycompany.com`. That behavior is one of the clearest reasons for an organization to choose the desktop app. It gives administrators and users a compact link that carries both the instance and room. On Windows, first installation is expected to show an unsigned-app warning according to the README. The warning is documented as expected, but the README does not explain the signing roadmap, enterprise deployment policy, checksum publication, or how administrators should distinguish the official artifact from another copy. Those points require verification against the release before broad installation. On GNU/Linux, a downloaded AppImage may need execute permission. The README gives this exact command for the x86_64 file: ```bash chmod u+x ./jitsi-meet-x86_64.AppImage ``` If a Jitsi server upgrade leads to a blank page, the documented recovery is to remove the local configuration and cache directory: ```bash rm -rf ~/.config/Jitsi\ Meet/ ``` This is destructive to that local directory, so it should be treated as the README's cache reset rather than a routine startup command. ## Running the TypeScript application during development Development starts with Node.js dependencies and a watch-based Electron session. There is, however, a direct documentation conflict that should be corrected before following the setup verbatim. The README says to install Node.js 22 first. The repository's `package.json` declares `"node": ">=24.0.0"`. A machine with Node.js 22 does not meet the declared engine requirement, so the version constraint is the first item to resolve. On Debian-like GNU/Linux systems, the README requires X11, PNG, and zlib development packages. Its exact installation command is: ```bash sudo apt install libx11-dev zlib1g-dev libpng-dev libxtst-dev ``` Windows developers are directed to install the following global production dependency: ```bash npm install --global --production windows-build-tools ``` After addressing the Node.js version mismatch and installing platform prerequisites, dependencies are installed with: ```bash npm install ``` The `postinstall` script runs `patch-package`, and `package-lock.json` is present. The README does not explain each patch under `patches/`, so a developer cannot use the repository files to determine why every patched dependency is required. The development session is started with: ```bash npm start ``` That script builds development output, starts the renderer watcher, and launches Electron. Developer tools can be opened automatically through the documented environment variable: ```bash SHOW_DEV_TOOLS=true npm start ``` A production distribution is built with: ```bash npm run dist ``` Before invoking packaging, developers should also run the repository's available validation commands, `npm run lint`, `npm run type-check`, and `npm run build`, if they are part of the contributor workflow. The README publishes a release process involving a release branch, `npm version patch`, a pull request, a draft GitHub release, automated binaries, manual draft testing, and final publication. It does not define a rollback policy. ## Desktop conveniences with deployment-dependent boundaries Deep links are especially useful for organizations operating Jitsi internally. The documented `jitsi-meet://jitsi.mycompany.com/myroom` form tells the application which deployment and room to open. This can reduce retyping and avoids assuming that every room belongs to the default public service. The application does not validate the entire Jitsi protocol through the desktop README, so administrators should confirm that their deployment accepts the meeting links users plan to distribute. Screen sharing and remote control depend on meeting-side and operating-system behavior. Screen sharing is explicitly listed as a feature, while macOS packaging declares an audio-capture usage description for sharing system audio. The README does not document supported capture sources, permission prompts, multi-monitor behavior, or Linux desktop environments. It would therefore be incorrect to promise identical screen sharing across every supported operating system. The always-on-top window can be useful during meetings, but it is also a desktop behavior that users may need to disable to avoid keeping the meeting window above other applications. The README does not specify where the control appears or how window-manager compatibility affects it. Automatic updates are built in, but the README does not say whether enterprise administrators can disable them, stage releases, point them at an internal update server, or inspect update metadata. The release process says GitHub Actions builds binaries and attaches them to a draft release. It does not document private deployment or long-term support. A large organization should therefore verify update policy against the published application configuration rather than assuming ordinary desktop-update controls. ## Jitsi Meet Electron compared with the browser client The closest alternative is opening Jitsi Meet in a normal browser. Both approaches can connect to a supported Jitsi deployment, but the browser client avoids a separate native application installation and its associated update and desktop-shell concerns. Electron adds application-window controls, deeplink handling, built-in automatic updates, remote control, an always-on-top option, and packaged screen-sharing integration. Electron is the better fit when users repeatedly join rooms, need company-specific links, or want Jitsi presented as its own desktop program. A browser is simpler when installation policy forbids new applications, users already work only in managed browser profiles, or desktop deeplinks are unnecessary. The trade-off is that the desktop client does not remove the need to understand the server deployment. It says it works with any Jitsi Meet deployment, but the README does not establish compatibility with every server version or configuration. The blank-page cache problem after a server upgrade shows that desktop state can persist across backend changes. A browser tab may avoid this particular application cache, although that does not guarantee identical browser storage behavior. For developers, the alternative is not another native conferencing client but the web Jitsi Meet application. The Electron repository can offer useful examples of desktop packaging, permissions, updates, deeplinks, and build automation. It should not be treated as a lightweight embedding library: the application is marked private, its package entry targets generated Electron output, and its SDK separation work is documented outside the main README. ## Maintenance, packaging, and the Apache-2.0 boundary The repository is not archived, and the last push was on 2026-10-16. Its listed releases include v2026.8.0 on 2026-08-04, v2026.7.0 on 2026-07-11, and v2026.6.0 on 2026-05-31. Those dates show recent release activity, but the README does not promise a maintenance window, support duration, or compatibility policy for older releases. Maintenance effort is more visible in packaging than in day-to-day user configuration. Developers must keep TypeScript, Electron, `electron-builder`, `esbuild`, native dependencies, and platform packaging behavior aligned. The production `dist` path runs type checking, bundling, and `electron-builder`. macOS universal builds also depend on entitlements and usage declarations in `package.json`. The project uses Apache-2.0. The README points implementers and distributors to the repository's `LICENSE` file. No legal interpretation is required here, but organizations that redistribute binaries or incorporate source should review that file for applicable notices, attribution, and conditions. The presence of a license does not by itself resolve Windows signing, internal distribution, privacy policy, or enterprise change-control questions, and those matters are not documented in the README. ## Conclusion Adopt Jitsi Meet Electron when a dedicated desktop client for a public or self-hosted Jitsi deployment is more useful than using the web interface. Do not treat it as a polished Electron embedding example without first resolving the Node.js version conflict between the README and `package.json`, or rely on its end-to-end encryption without recognizing the README's BETA label. Verify installation media, code signing expectations, update behavior, and compatibility with the selected Jitsi deployment before deployment. ## FAQ ### How do I install Jitsi Meet Electron on macOS? The README documents Homebrew installation with `brew install --cask jitsi-meet`. It also provides a latest-release `.dmg` download for users who prefer the release artifact. ### Can Jitsi Meet Electron connect to a self-hosted Jitsi instance? The application says it works with any Jitsi Meet deployment. A deeplink such as `jitsi-meet://jitsi.mycompany.com/myroom` opens the named room on the specified instance. ### Is end-to-end encryption available in Jitsi Meet Electron? End-to-end encryption is listed as supported, but the README labels it BETA. The README does not describe configuration, participant compatibility, or operational limitations. ### Why does Jitsi Meet show an unsigned-app warning on Windows? The README says the warning is expected when the application is installed on Windows. It does not provide a signing workaround or an enterprise policy for suppressing the warning. ## Sources - [Issues](https://github.com/jitsi/jitsi-meet-electron/issues) - [jitsi/jitsi-meet-electron on GitHub](https://github.com/jitsi/jitsi-meet-electron) - [License: Apache-2.0](https://github.com/jitsi/jitsi-meet-electron/blob/master/LICENSE) - [README](https://github.com/jitsi/jitsi-meet-electron/blob/master/README.md) - [Releases](https://github.com/jitsi/jitsi-meet-electron/releases) --- Hysen Labs editorial analysis, written from the project's own repository and release notes. Cite the canonical page: https://hysenlabs.com/projects/jitsi-jitsi-meet-electron