Success Story

High-Performance WebRTC Platform

Platform Web
Stack Node.js · ReactJS · Janus WebRTC
Category Communication · SaaS
WebRTC platform

WebRTC Platform Built for Speed, Compliance, and Concurrent Scale

Our client needed a production-grade real-time communication platform that went beyond basic video calling. The application had to support up to 50 concurrent users per room, maintain high-quality video and audio under varying network conditions, and comply with modern web standards, while keeping data transmission fast, efficient, and fully encrypted.

A Complete Feature Set, Delivered End-to-End

Real-Time Video Calls

High-quality video and audio with minimal latency for smooth, uninterrupted communication.

Thematic Chat Rooms

Rooms with separate topic-based chats, supporting up to 50 users simultaneously.

End-to-End Encryption

Fully encrypted video calls and chat conversations to protect user privacy.

File Sharing

Exchange of files, documents, and media during live video calls and chat sessions.

Call Recording

Session recording for documentation, review, or future reference with a single click.

High-Speed Transmission

Optimised data pipeline built for minimal latency and smooth performance at scale.

Where Smart Engineering Solved Hard Problems

01
Single PeerConnection Architecture
Rather than spinning up a separate PeerConnection for each subscriber, we engineered a unified connection to receive all room contributions. This significantly reduced overhead, improved scalability, and kept performance consistent as room size grew.
WebRTC · PeerConnection optimisation
02
Smart Scroll Video Stream Management
We built a custom frontend algorithm that intelligently starts and stops individual video streams as the user scrolls through the room. This eliminated unnecessary bandwidth consumption and kept the interface responsive even in dense, multi-participant rooms.
ReactJS · Performance · Bandwidth optimisation
03
Adaptive Quality and Network Resilience
The platform auto-adjusts video quality based on the client's available bandwidth and switches seamlessly between network connections such as WiFi, 3G, and beyond, without dropping the call or interrupting the session.
WebRTC · Adaptive streaming · Network resilience

Technology, Chosen With Intent

WebSockets REST API Node.js ReactJS Socket.IO MySQL MongoDB Microservices Docker Kubernetes Janus WebRTC Server

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