broadcast-sample-app VS mirotalkbro

Want to try it out? You can view an example application using the broadcast feature on GitHub. You can also deploy it to Heroku to try out.

MiroTalk WebRTC Live broadcasting involves the real-time transmission of audio, video, and data streams from a broadcaster to multiple viewers. Instead of relying on a centralized server to distribute the stream to viewers, WebRTC enables a direct connection between the broadcaster and each viewer. This approach offers several advantages, such as lower latency, scalability, and reduced infrastructure costs.

Live demo: https://bro.mirotalk.com

GitHub: https://github.com/miroslavpejic85/mirotalkbro

Self-Hosting: https://github.com/miroslavpejic85/mirotalkbro/blob/main/doc...

Note: Unlimited time, unlimited rooms each having a broadcast and many viewers.

# MiroTalk WebRTC P2P

MiroTalk P2P offers a compelling solution for businesses, remote teams, educational institutions, and anyone seeking a reliable and secure video conferencing experience. Its P2P architecture, coupled with WebRTC technology, ensures efficient and high-quality communication while prioritizing user privacy and data security.

Live demo: https://p2p.mirotalk.com

GitHub: https://github.com/miroslavpejic85/mirotalk

Self-Hosting: https://github.com/miroslavpejic85/mirotalk/blob/master/docs...

Note: Unlimited time, unlimited rooms each having around 5-8 participants.

# MiroTalk WebRTC SFU

MiroTalk SFU is an advanced video conferencing solution that combines the benefits of WebRTC technology with the scalability and flexibility of the SFU architecture. It provides high-quality video and audio, supports large conferences, and offers additional features like multi-stream management, intelligent bandwidth management, and recording capabilities. Whether it's for business meetings, virtual events, or educational purposes, MiroTalk SFU offers a powerful and reliable solution for real-time video communication.

Live demo: https://sfu.mirotalk.com

GitHub: https://github.com/miroslavpejic85/mirotalksfu

Self-Hosting: https://github.com/miroslavpejic85/mirotalksfu/blob/main/doc...

Note: Unlimited time, unlimited rooms each having 8+ participants.

# MiroTalk WebRTC C2C

MiroTalk C2C is a cutting-edge web application that revolutionizes real-time cam-to-cam video conferences using WebRTC technology. This powerful solution empowers users to engage in seamless, secure, and immersive one-on-one video conversations with crystal-clear video and audio quality.

Live demo: https://c2c.mirotalk.com

GitHub: https://github.com/miroslavpejic85/mirotalkc2c

Self-Hosting: https://github.com/miroslavpejic85/mirotalkc2c/blob/main/doc...

Note: Unlimited time, unlimited rooms each having 2 participants.

# MiroTalk WebRTC Rooms scheduler

MiroTalk Rooms Scheduler allow users to schedule and manage real-time video conferencing meetings through the web browsers. They are designed to facilitate the process of setting up and joining video conference calls for multiple participants, without the need for external applications or plugins.

Live demo: https://webrtc.mirotalk.com

GitHub: https://github.com/miroslavpejic85/mirotalkwebrtc

Self-Hosting: https://github.com/miroslavpejic85/mirotalkwebrtc/blob/maste...

# Author

GitHub: https://github.com/miroslavpejic85

Linkedin: https://www.linkedin.com/in/miroslav-pejic-976a07101/

Email: [email protected]

Support: https://github.com/sponsors/miroslavpejic85

# Thank you!

What kind of tutorial do you need? Live demo: https://bro.mirotalk.com Github: https://github.com/miroslavpejic85/mirotalkbro Self Hosting: https://github.com/miroslavpejic85/mirotalkbro/blob/main/docs/self-hosting.md The MiroTalk live broadcasting process typically involves the following steps: 1. Broadcasting Setup: The broadcaster initiates a WebRTC connection by capturing audio and video from their device, encoding the media into a suitable format, and creating a WebRTC stream. This stream is then distributed to the viewers. 2. Viewer Connection: Viewers who want to watch the live broadcast establish a direct connection with the broadcaster using WebRTC. They access the broadcast URL or join a signaling channel that facilitates the exchange of connection details. 3. Peer-to-Peer Connection: Each viewer connects directly to the broadcaster's stream and establishes a P2P connection. This connection allows the viewer to receive the audio and video streams in real-time. 4. Media Streaming: The broadcaster continuously sends the audio and video data to each viewer using the established P2P connections. This data is typically transmitted using the Real-Time Protocol (RTP) over User Datagram Protocol (UDP) or Transmission Control Protocol (TCP). 5. Decoding and Playback: Each viewer's browser receives the audio and video data and decodes it for playback. The decoded media is then rendered on the viewer's device, allowing them to watch the live broadcast. 6. Data Channels: WebRTC also supports data channels, which enable the exchange of additional information between the broadcaster and viewers. This feature can be used for chat functionality, synchronized interactions, or any other application-specific data exchange.