POFSIS

PlatformWebsite

IndustryEdTech

Timeline6 months

Project Team

1 Full Stack Developer

POFSIS is an online consultation platform that connects experts and users for professional guidance. We built and integrated its real-time video calling feature using WebRTC and Socket.io to enable seamless in-platform communication.

[ Project Overview ]

One-to-One Video Calling for Expert Support

POFSIS is an online professional services platform that connects experts and users for consultations and support. We built and integrated its real-time video calling system to enable seamless one-to-one audio/video communication within the platform.

[ What We Actually Did ]

Real-Time Communication Development

We built the complete video calling module using WebRTC and Socket.io, including call flows, socket handling, peer-to-peer audio/video streaming, room-based communication, and stable reconnection/error handling.

[ Scope of Work ]

Key Functional Areas Delivered

Core video calling features built to enable seamless real-time communication, stable call management, and reliable in-platform user interactions.

Video Calling

Audio Support

Socket Management

WebRTC Streaming

Call Notifications

Call Controls

Room Routing

Connection Tracking

[ [ Outcomes ] ]

From challenges to impact, we solved what mattered most

Major Challenges Solved

Implemented reliable real-time video calling within a web platform by managing socket-based user mapping, smooth signaling, and stable WebRTC peer connections. Handled call routing, frontend transitions, disconnections, and room cleanup while ensuring low latency and clear audio-video quality.

Business Impact

The platform gained real-time video communication, enabling professionals and clients to connect instantly. This improved engagement, enhanced interactivity, and strengthened the core offering. It also opened new revenue opportunities through live sessions while simplifying the overall consultation experience.

Technical Impact

The WebRTC-based implementation significantly reduced reliance on third-party tools and improved overall system reliability. Smooth, low-latency communication enhanced overall performance and delivered a more seamless and consistent user experience across the platform.