The 156.2 MB checkout is one part of the meeting service
Jitsi Meet's repository is the interface people see in a call. The 156.2 MB checkout contains 3,157 files and roughly 280,344 lines of source, covering the browser client, React Native apps, shared features, translations, and integration surfaces. Users get audio and video, screen sharing, chat, polls, reactions, and virtual backgrounds. Product teams can embed meetings through web and native SDKs instead of rebuilding those controls.
The server behind that interface is spread across other Jitsi components. Prosody handles XMPP signaling, Jicofo coordinates conferences, and Jitsi Videobridge routes media. Recording brings in Jibri, while SIP and transcription can add Jigasi. That split is sensible for a long-running communications project, but it changes the buying decision. Adopting the GitHub repository means adopting a system of services, configuration files, network paths, and release procedures.
What happened when we ran it
Our sandbox installed commit 5f7ce9a in 88 seconds. Npm added 1,706 packages and the installed tree occupied 1,256 MB. The container had 3 CPUs, 8 GB of RAM, no secrets, and Node 22. Installation succeeded, so a developer can at least obtain the dependency tree in a clean Debian environment without private credentials. The result does not prove that a conference can start.
The repository exposed no standard build script and no standard test script, so our harness skipped both steps. Its package scripts include linting, TypeScript checks, validation, and development commands, but there was no honest build or test target for the lab to call. Our scan did find a tests directory and 5 CI workflow files. Those are positive maintenance signals, although they cannot be converted into a passing local test result.
Npm audit reported 58 known vulnerabilities: 1 critical, 23 high, 33 moderate, and 1 low. The audit alone does not show which findings are reachable in a deployed meeting, and our run did not make that claim. It does make dependency review a release condition. A team evaluating Jitsi should map each advisory to browser, mobile, development, or server exposure before putting this exact tree into production.
A successful npm install does not create a conference server
The 1,706-package install prepares this client repository, while Jitsi's handbook sends self-hosters down two different routes. One installs coordinated Debian packages. The other uses releases from docker-jitsi-meet, a separate repository that runs web, Prosody, Jicofo, and Videobridge containers. The Docker guide explicitly tells users to download its latest release instead of cloning it for normal deployment. This checkout also has no Dockerfile, which matches that separation.
Either route needs a real hostname, DNS, and a trusted TLS certificate. The Debian guide opens TCP ports 80 and 443, UDP port 10000 for meeting media, and a TCP fallback through coturn. A default public install lets anyone who can reach it start a room. Operators who need controlled room creation must configure authentication, with the current handbook recommending JWT rather than its deprecated secure-domain method.
NAT and media capacity decide whether calls work
Our 8 GB sandbox measured repository setup only. Jitsi's requirements guide also suggests 8 GB for a typical server, but that coincidence is not a capacity test. The handbook says real-time requirements depend heavily on traffic, resolution, network reliability, and topology. It warns that a poor estimate can break basic functionality. Load testing with the expected room sizes and client networks is therefore part of installation, not a later tuning exercise.
Network mistakes have sharp symptoms. A host behind NAT must advertise the address that receives WebRTC media, even when a reverse proxy already handles the website. The Docker guide warns that calls can fail when more than 2 users join if the advertised address is wrong. Recording has another hard boundary: the requirements page assigns 1 Jibri system to each meeting being recorded, so concurrent recordings scale infrastructure directly.
The client spans web and mobile, which raises change cost
A 280,344-line source tree buys a lot of finished behavior. Jitsi supports current browsers, Android, iOS, content sharing, private chat, polls, and reactions. The same repository includes React and React Native dependencies, platform folders, translation files, and configuration options that can hide or reshape features. That breadth is attractive when your desired product resembles Jitsi Meet and expensive when your product wants a much smaller calling surface.
Embedding is more credible than a thin iframe afterthought because Jitsi publishes web and native SDK paths. Still, custom branding and feature switches do not turn the system into a neutral media primitive. Teams making a deeply custom workflow will spend time understanding conference state, mobile behavior, and upstream configuration changes. LiveKit is the cleaner alternative when the meeting interface itself is the work you want to own.
Five CI workflows and September activity point to active maintenance
The repository had 5 CI workflow files, 29,935 stars, and 143 open issues and pull requests when fetched. Its last push was September 18, 2026, with issue and pull request activity on the same date. Release 2.0.11248 arrived on September 14. Those dates support an active-project judgment, while the combined open count should not be misread as 143 confirmed bugs.
Maturity does not cancel operating cost. The 88-second install and current release cadence make Jitsi Meet reasonable to evaluate, while 58 audit findings and the absent standard test target demand local release checks. Choose it for a recognizable, full meeting product that your team is prepared to operate. Choose a narrower real-time stack when the goal is to invent the call experience rather than run Jitsi's.