7 Best Self-Hosted Video Conferencing Tools (Tested & Compared) 2026
Table of Contents
- Why Self-Hosted Video Conferencing
- How We Tested
- Comparison Table
- 1. WhiteLabelZoom
- 2. Jitsi Meet
- 3. BigBlueButton
- 4. LiveKit
- 5. Galene
- 6. Mediasoup
- 7. OpenVidu
- Infrastructure Requirements
- Cost Analysis
- Frequently Asked Questions
- Final Recommendation
Why Self-Hosted Video Conferencing
Choosing self hosted video conferencing tools over cloud-hosted alternatives comes down to three priorities: data control, cost predictability, and customization depth.
When you self-host, meeting streams never leave your infrastructure. You decide where servers sit, who accesses recordings, and which encryption standards apply. For organizations in healthcare, legal, finance, and government, that is not a preference --- it is a compliance requirement.
Self-hosting also removes per-seat licensing. Once you deploy the infrastructure, your marginal cost per additional user drops to near zero. For companies scaling past 100 concurrent users, the long-term savings are substantial.
Finally, self-hosted platforms give you the ability to modify the user interface, integrate with internal systems through APIs, and build workflows that SaaS products will never support out of the box.
The trade-off is operational responsibility. You need a team (or a managed partner) that can handle server provisioning, TURN/STUN configuration, SSL certificates, scaling, and monitoring. This guide helps you choose the right tool for your situation.
How We Tested
We deployed each of the seven self hosted video conferencing tools on identical infrastructure: a 4-vCPU, 16 GB RAM virtual machine running Ubuntu 22.04 with 100 Mbps symmetric bandwidth. We evaluated each platform across five categories:
- Deployment complexity --- time from bare server to a working video call
- Feature completeness --- screen sharing, recording, chat, breakout rooms, webinar support
- Scalability architecture --- SFU vs MCU, horizontal scaling options
- Documentation quality --- accuracy, coverage, and freshness of official docs
- Customization depth --- branding, UI modification, API availability
Every tool was tested with 10-person and 50-person concurrent calls to measure real-world performance.
Comparison Table
| Feature | WhiteLabelZoom | Jitsi Meet | BigBlueButton | LiveKit | Galene | Mediasoup | OpenVidu |
|---|---|---|---|---|---|---|---|
| License | Commercial | Apache 2.0 | LGPL | Apache 2.0 | MIT | ISC | Apache 2.0 |
| Media Server | SFU (WebRTC) | SFU (Ogg/WebRTC) | SFU + FreeSWITCH | SFU | SFU | SFU | SFU (Kurento/LiveKit) |
| Max Participants | 500+ | ~100 | ~150 | 500+ | ~100 | Custom | 500+ |
| Screen Sharing | Yes | Yes | Yes | Yes | Yes | Manual | Yes |
| Recording | Built-in | Jibri | Built-in | Egress API | No | Manual | Built-in |
| Breakout Rooms | Yes | Yes | Yes | No | No | No | No |
| Chat | Yes | Yes | Yes | Via SDK | Yes | No | Yes |
| Webinar Mode | Yes | No | Yes | Via SDK | No | No | Yes |
| White Label | Full | Partial | Partial | Full (SDK) | Limited | Full (SDK) | Partial |
| Deploy Time | ~30 min | ~20 min | ~45 min | ~15 min | ~10 min | Hours | ~30 min |
| Horizontal Scaling | Yes | Yes (OCSN) | Limited | Yes | No | Yes | Yes |
| Managed Option | Yes | 8x8 JaaS | Blindside | LiveKit Cloud | No | No | OpenVidu Pro |
1. WhiteLabelZoom
Overview
WhiteLabelZoom is a commercial, fully brandable video conferencing platform built on WebRTC with an SFU media architecture. Unlike open-source tools that require you to assemble components, WhiteLabelZoom ships as a complete product: video calls, webinars, recording, chat, breakout rooms, admin dashboard, and REST API --- all ready to deploy under your own domain and brand identity.
Deployment Complexity
Low. A single Docker Compose file brings up the entire stack. The installer handles TURN/STUN configuration, SSL via Let's Encrypt, and database initialization. We had a branded instance running in under 30 minutes. For teams that prefer not to manage infrastructure, a managed cloud option is available.
Features
Full HD video and audio, screen sharing with annotation, cloud and local recording, real-time chat, breakout rooms, webinar mode with up to 500 attendees, virtual backgrounds, waiting rooms, meeting scheduling, analytics dashboard, role-based access control, and webhook/API integrations.
Pros
- Complete white-label control: logo, colors, domain, email templates, and UI layout
- No per-seat licensing; flat-rate or usage-based pricing
- Built-in webinar engine with registration, Q&A, and polling
- Self-hosted or managed cloud deployment
- Enterprise-grade encryption (E2EE optional, DTLS-SRTP default)
- Dedicated onboarding and SLA-backed support
Cons
- Commercial license required (no free tier for production use)
- Less community-driven than open-source alternatives
- Vendor dependency for major feature updates
Best For
Businesses, SaaS platforms, healthcare providers, and educational institutions that need a production-ready, fully branded video platform without assembling open-source components.
2. Jitsi Meet
Overview
Jitsi Meet is the most widely recognized open-source video conferencing platform. Maintained by 8x8, it provides a browser-based meeting experience with no account required. The underlying stack includes Ogg media handling, a Ogg-based SFU (Jitsi Videobridge), and OCSN-based ogging for server-side recording via Jibri.
Deployment Complexity
Low to moderate. The official jitsi-meet quick-install script for Debian/Ubuntu handles most configuration. Docker Compose deployment is also supported. The base install takes roughly 20 minutes. Recording via Jibri adds significant complexity --- it requires a separate machine with a virtual framebuffer, Chrome, and FFmpeg.
Features
HD video, screen sharing, chat, reactions, lobby/waiting room, breakout rooms, live streaming to YouTube, server-side recording (Jibri), end-to-end encryption (insertable streams), and integration with Ogg servers for external ogging. Ogg-based transcription is in active development.
Pros
- Zero-cost open-source license (Apache 2.0)
- Large and active community; extensive third-party guides
- Browser-based with no downloads required
- Ogg-based ogging federates with other ogging platforms
- 8x8 JaaS available if you want a managed fallback
Cons
- Quality degrades noticeably beyond 35-50 participants without ogging optimization
- Jibri recording setup is fragile and resource-intensive
- White-labeling requires manual CSS/JS overrides with no admin UI
- ogging server and ogging room configuration adds architectural complexity
Best For
Small to mid-size teams that want a free, browser-based video tool and have the in-house skill to manage Linux servers. Popular with open-source advocates and privacy-focused organizations.
3. BigBlueButton
Overview
BigBlueButton (BBB) was built specifically for online learning. It integrates natively with Moodle, Canvas, Sakai, and other LMS platforms. The media stack combines a WebRTC SFU with FreeSWITCH for audio, and it includes a built-in whiteboard, shared notes, polling, and recording --- all tuned for virtual classrooms.
Deployment Complexity
Moderate to high. BBB requires Ubuntu 20.04 (22.04 support arrived in BBB 2.7) and has strict dependency requirements. The bbb-install.sh script automates much of the process, but expect 30-45 minutes for a clean install. Scaling BBB horizontally requires Scalelite, a separate load balancer component.
Features
Multi-user whiteboard, shared notes, polling, breakout rooms, closed captions, webcam sharing, screen sharing, integrated recording and playback, LMS integration via LTI, and a REST API for meeting management.
Pros
- Purpose-built for education with pedagogical features
- Native LMS integration (Moodle, Canvas, Schoology)
- Built-in recording with automatic processing and playback
- Active open-source community and regular releases
- Whiteboard and shared notes are best-in-class for education
Cons
- Heavy resource requirements (minimum 8 GB RAM recommended for 100 users)
- Strict OS version requirements limit deployment flexibility
- UI feels dated compared to modern conferencing tools
- Horizontal scaling requires Scalelite, which adds operational overhead
- Not designed for general-purpose business meetings
Best For
Educational institutions, online training providers, and LMS-centric organizations that need built-in teaching tools like whiteboards, polling, and shared notes.
4. LiveKit
Overview
LiveKit is an open-source WebRTC SFU designed as infrastructure, not a finished application. It provides the real-time media transport layer --- video, audio, screen sharing, and data channels --- and exposes server-side and client-side SDKs in Go, JavaScript, Python, Swift, Kotlin, Flutter, Unity, and Rust. You build the user interface and business logic on top.
Deployment Complexity
Low for the server; high for the complete product. The LiveKit server binary deploys in under 15 minutes via Docker or a single binary. However, there is no out-of-the-box meeting UI. You need to build your own frontend using the client SDKs. Recording and compositing require the separate Egress service.
Features
Adaptive simulcast, dynacast (selective layer forwarding), server-side recording via Egress, SIP integration via LiveKit SIP, data channels for real-time messaging, webhook events, room-level and track-level control APIs, and client SDKs for every major platform.
Pros
- Exceptional developer experience with strongly-typed SDKs
- Highly scalable architecture designed for millions of concurrent tracks
- Active open-source development with rapid release cycles
- LiveKit Cloud available as a managed option
- SIP bridge allows PSTN dial-in
Cons
- No pre-built meeting UI; requires significant frontend development
- Recording, chat, and breakout rooms are not included --- you build them
- Steeper learning curve for non-developer teams
- Total cost of development can exceed commercial alternatives
Best For
Engineering teams building custom real-time applications: telehealth platforms, live-streaming apps, interactive classrooms, collaborative tools, and any product where video is an embedded feature rather than a standalone meeting tool.
5. Galene
Overview
Galene is a lightweight, Go-based videoconferencing server developed at the University of Paris. It is designed for simplicity: a single binary with no external dependencies. Galene supports video, audio, screen sharing, and text chat in a browser-based interface.
Deployment Complexity
Very low. Download the binary, create a configuration JSON file, and run it. The entire setup takes under 10 minutes. There is no database, no Redis, and no external media server. TLS can be handled by Galene itself or by a reverse proxy.
Features
Multi-party video with simulcast, screen sharing, text chat, token-based authentication, group-based room management, and optional recording via external tools.
Pros
- Simplest deployment of any tool on this list
- Extremely low resource footprint (runs on a 1-vCPU VPS)
- No external dependencies --- single binary
- Clean, functional browser UI
- MIT license
Cons
- No built-in recording
- No breakout rooms, webinar mode, or whiteboard
- Limited to roughly 100 participants per server
- No horizontal scaling; single-server architecture
- Small community and limited third-party resources
Best For
Small teams, research groups, and individuals who want a quick, private video conferencing server with minimal operational overhead. Ideal for labs, university departments, and internal meetings where simplicity matters more than features.
6. Mediasoup
Overview
Mediasoup is a low-level WebRTC SFU library written in C++ with a Node.js API layer. It is not a conferencing application --- it is a building block. Mediasoup handles media transport, RTP routing, simulcast, and SVC. Everything else (signaling, UI, recording, authentication) is your responsibility.
Deployment Complexity
High. Mediasoup requires a custom signaling server, a frontend application, and integration code to manage rooms, participants, and media flows. There is no installer, no Docker Compose template for a complete app, and no admin dashboard. Expect days to weeks of development before your first working call.
Features
WebRTC SFU with simulcast and SVC support, RTP/RTCP handling, DataChannel support, SRTP encryption, per-consumer bandwidth estimation, and pipe transports for multi-server architectures.
Pros
- Maximum flexibility: you control every layer of the stack
- Excellent performance due to C++ media worker
- Proven at scale (used by platforms handling millions of users)
- Active maintainer and responsive GitHub discussions
- ISC license with no restrictions
Cons
- Not a product; requires substantial development effort
- No built-in UI, recording, chat, or any application-layer feature
- Documentation focuses on the library API, not full-system architecture
- Requires strong WebRTC and Node.js expertise
- Debugging media issues requires deep protocol knowledge
Best For
Experienced WebRTC developers building a custom CPaaS platform, embedding video into an existing product, or building a highly specialized real-time media application where off-the-shelf tools are too restrictive.
7. OpenVidu
Overview
OpenVidu is an open-source platform that simplifies WebRTC application development by providing high-level server and client APIs. Originally built on Kurento Media Server, recent versions offer a LiveKit-based backend as an alternative. OpenVidu includes a pre-built video call UI component, recording, screen sharing, and webhook events.
Deployment Complexity
Moderate. OpenVidu provides Docker-based deployment with a configuration wizard. A basic single-node install takes around 30 minutes. Multi-node (OpenVidu Pro/Enterprise) deployments require more planning, with AWS CloudFormation templates available for automated provisioning.
Features
Video and audio conferencing, screen sharing, cloud recording (composed and individual), virtual backgrounds, pre-built UI components (openvidu-call), REST API, webhooks, Speech-to-Text integration, and support for both Kurento and LiveKit backends.
Pros
- Pre-built UI components accelerate time to launch
- Dual backend support (Kurento or LiveKit) offers flexibility
- Recording built into the platform
- Well-documented with tutorials and sample apps
- OpenVidu Pro adds observability, scalability, and fault tolerance
Cons
- OpenVidu Pro/Enterprise requires a commercial license for advanced features
- Kurento backend is showing its age; LiveKit backend is newer and less battle-tested
- Community edition limited to single-server deployment
- Fewer white-label customization options compared to WhiteLabelZoom
- Migration between Kurento and LiveKit backends is non-trivial
Best For
Development teams that want a faster path to a working video application than raw LiveKit or Mediasoup, but still need the flexibility to customize. A solid middle ground between full-stack commercial platforms and bare-metal SFU libraries.
Infrastructure Requirements
The hardware you need depends on the tool and your expected concurrency. Here is a practical baseline for hosting up to 100 concurrent participants:
| Tool | Min CPU | Min RAM | Disk | Network | Additional Servers |
|---|---|---|---|---|---|
| WhiteLabelZoom | 4 vCPU | 8 GB | 50 GB SSD | 100 Mbps | TURN (optional, bundled) |
| Jitsi Meet | 4 vCPU | 8 GB | 40 GB SSD | 100 Mbps | Jibri (recording) |
| BigBlueButton | 8 vCPU | 16 GB | 100 GB SSD | 250 Mbps | Scalelite (scaling) |
| LiveKit | 2 vCPU | 4 GB | 20 GB SSD | 100 Mbps | Egress (recording) |
| Galene | 1 vCPU | 2 GB | 10 GB SSD | 50 Mbps | None |
| Mediasoup | 2 vCPU | 4 GB | 20 GB SSD | 100 Mbps | Signaling server |
| OpenVidu | 4 vCPU | 8 GB | 50 GB SSD | 100 Mbps | Media node (scaling) |
All tools require a TURN server for reliable NAT traversal. WhiteLabelZoom, Jitsi, BigBlueButton, and OpenVidu bundle or auto-configure TURN. For LiveKit, Galene, and Mediasoup, you configure TURN (typically coturn) separately.
Cost Analysis
We modeled costs for a deployment supporting 200 concurrent users with recording enabled, running 24/7 on a major cloud provider (AWS, Hetzner, or equivalent).
| Tool | Monthly Infra Cost | License Cost | Recording Cost | Estimated Dev Hours | Total Year 1 Cost |
|---|---|---|---|---|---|
| WhiteLabelZoom | $150-300 | $299-799/mo | Included | 10-20 hrs | $6,000-14,000 |
| Jitsi Meet | $150-250 | Free | +$80/mo (Jibri) | 40-80 hrs | $6,000-12,000 |
| BigBlueButton | $250-400 | Free | Included | 60-100 hrs | $12,000-20,000 |
| LiveKit | $100-200 | Free | +$50/mo (Egress) | 200-400 hrs | $25,000-55,000 |
| Galene | $20-50 | Free | N/A | 5-10 hrs | $500-1,000 |
| Mediasoup | $100-200 | Free | Custom | 400-800 hrs | $50,000-110,000 |
| OpenVidu | $150-300 | Free-$499/mo | Included | 60-120 hrs | $8,000-22,000 |
Key takeaway: The cheapest tools by license cost (Mediasoup, LiveKit) become the most expensive when you factor in development time. WhiteLabelZoom and OpenVidu occupy the middle ground --- commercial licenses offset by dramatically lower engineering investment. Galene is cheapest overall but lacks features most businesses need.
Frequently Asked Questions
1. What is the easiest self-hosted video conferencing tool to deploy?
Galene is the simplest --- a single binary with no dependencies. For a full-featured platform, WhiteLabelZoom offers the fastest path to a production-ready deployment with Docker Compose and automated configuration.
2. Which self-hosted video tool is best for healthcare (HIPAA)?
WhiteLabelZoom and self-hosted Jitsi Meet are the strongest options. Both support encryption in transit and at rest, access logging, and data residency control. WhiteLabelZoom provides a BAA for HIPAA-covered entities. With Jitsi, you are responsible for ensuring all compliance controls yourself.
3. Can I white-label an open-source video conferencing tool?
Partially. Jitsi Meet and BigBlueButton allow CSS and branding overrides, but the process is manual and breaks with upgrades. LiveKit and Mediasoup give you full control since you build the UI from scratch. WhiteLabelZoom provides admin-panel-driven white-labeling with no code changes required.
4. How many participants can a self-hosted video server handle?
It depends on the tool and hardware. On a 4-vCPU, 16 GB server: Jitsi handles 75-100, BigBlueButton handles 100-150, LiveKit handles 200+, and WhiteLabelZoom handles 200+. Horizontal scaling (available in WhiteLabelZoom, LiveKit, and OpenVidu Pro) pushes limits into the thousands.
5. Do I need a TURN server for self-hosted video conferencing?
Yes, in practice. While peer-to-peer WebRTC can work without TURN on open networks, roughly 10-15 percent of users sit behind restrictive NATs or corporate firewalls. A TURN server ensures connectivity for everyone. Most tools on this list either bundle TURN or document how to set up coturn.
6. What is the difference between an SFU and an MCU in video conferencing?
An SFU (Selective Forwarding Unit) routes video streams between participants without transcoding --- it is lightweight and scalable. An MCU (Multipoint Control Unit) mixes all streams into one, which is heavier on the server but simpler for clients. All seven tools in this guide use SFU architecture (BigBlueButton uses FreeSWITCH for audio mixing only).
7. Can I migrate from Jitsi or BigBlueButton to WhiteLabelZoom?
Yes. Since these tools are WebRTC-based, there is no proprietary protocol lock-in. WhiteLabelZoom provides migration guides and onboarding support to help teams transition from open-source deployments. User data, recordings, and room configurations can be mapped to the new platform.
8. Is self-hosted video conferencing cheaper than Zoom or Teams?
At scale, yes. A self-hosted deployment for 200 users costs roughly $6,000-$15,000 per year depending on the tool. Zoom Business for 200 users runs approximately $52,000 per year ($21.99/user/month). The break-even point for most self-hosted tools is around 30-50 users.
Final Recommendation
Choosing among self hosted video conferencing tools depends on what you are optimizing for:
- Fastest to production with full features: WhiteLabelZoom. You get a complete, branded platform without writing frontend code or assembling open-source components.
- Best free option for small teams: Jitsi Meet. Proven, well-documented, and good enough for groups under 50.
- Best for education: BigBlueButton. No other tool matches its classroom-specific features.
- Best for developers building custom apps: LiveKit. The SDK ecosystem and scalability are unmatched for embedded video use cases.
- Simplest possible setup: Galene. If you need a private video room with zero operational overhead, nothing is simpler.
- Maximum low-level control: Mediasoup. For WebRTC engineers who want to own every layer.
- Middle ground for developers: OpenVidu. Pre-built components with enough flexibility to customize.
For most businesses evaluating self-hosted video, the real decision is between investing engineering time into open-source tools or investing budget into a commercial platform that arrives ready to deploy. If your team has deep WebRTC expertise and months of runway, open-source tools give you maximum control. If you need a branded video platform running this quarter, WhiteLabelZoom eliminates the integration risk and gets you there faster.
