Decentralized WebRCT P2P network using Kademlia

TL;DR

This paper proposes a decentralized WebRTC network architecture using Kademlia to eliminate reliance on centralized signaling servers, enhancing scalability and fault-tolerance in peer-to-peer communication.

Contribution

It introduces a novel decentralized WebRTC architecture leveraging Kademlia, reducing dependence on centralized signaling infrastructure.

Findings

Reduces need for centralized signaling servers

Improves scalability and fault-tolerance of WebRTC

Demonstrates feasibility of decentralized peer-to-peer communication

Abstract

Web Real-Time Communication (WebRTC) is a new standard and industry effort that extends the web browsing model. For the first time, browsers are able to directly exchange real-time media with other browsers in a peer-to-peer fashion. Before WebRTC was introduced, it was cumbersome to build smooth chat and video applications, users often experience unstable connections, blurry videos, and unclear sounds. WebRTC's peer-to-peer communication paradigm establishes the real-time connection between browsers using the SIP(Session Initiation Protocol) Trapezoid. A wide set of protocols are bundled in WebRTC API, such as connection management, encoding/decoding negotiation, media control, selection and control, firewall and NAT element traversal, etc. However, almost all current WebRTC applications are using centralized signaling infrastructure which brings the problems of scalability, stability, and fault-tolerance. In this paper, I am presenting a decentralized architecture by introducing the Kademlia network into WebRTC to reduce the need for a centralized signaling service for WebRTC.