mirotalksfu VS samples

Mirotalk - [ Star on GitHub ]

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!

an alternative to jitsi would be mirotalk - browser based webRTC, selfhosted, some HTML edit to your personal favour (and to delete statistics-scripts) and you are fine. This project would be mine, but this guy was 2 years earlier :) also as p2p, c2c and everything docker available...

or mirotalk (c2c, p2p, sfu), i wanted to implement the same but he was 2y faster :)

Have a look at Mirotalk (https://sfu.mirotalk.com/), a WebRTC based communication with a bit of html manipulation you can get your own simple skype :)

GitHub: https://github.com/miroslavpejic85/mirotalksfu Demo: https://sfu.mirotalk.com Note: Unlimited time, unlimited rooms each having 8+ participants.

I record video from a webcam using MediaRecorder 100ms segments in the way described here. When the piece is ready, I send it using socket.io to the server (on a node.js 6.3.0 server). The server writes this piece to the database and gives it to everyone else on the socket. It is known for sure that the correct data is coming to the server, I can save any piece and start the video (then I glue them together and get the recording). The problem is that when the data is returned back to the client, it is invalid.

Thank you so far :) the "complex data processing" is a webpacked DSP hardware simulator, which has to exist in the global scope as it manipulates the DOM and cannot re-instantiate within the AudioWorkletGlobalScope. I have found this, which uses MediaStreamTrackProcessor, MediaStreamTrackGenerator and TransformStream to expose the microphone samples to the global scope and then "cheats" by sending them to an audio HTML component instead of directly to the audiocontext destination, mimicing actual realtime processing. This is what I was looking for, however:

WebRTC: https://webrtc.github.io/samples/

Demos are often snapshots in time, created to showcase an aspect of technology. They are typically small, self-contained, and single-purpose. Demonstrative projects can range from the practical stress-testing of a particular feature to creative, wacky ways to use them. Examples include WebRTC samples and the Dependabot Demo.

This repo includes all the tutorials that are on https://webrtc.github.io/samples/. The aim of the project is to convert all the sample code to a Svelte app.

Maybe you can identify which part of WebRTC is failing using some test webpages like https://webrtc.github.io/samples/

Here's a few samples. The video chat example will be very useful to you.