Team Lead
Music Loopy
Designed and implemented a cloud-native, low-latency collaboration infrastructure combining real-time messaging, structured session management, and SFU-based audio routing. Focused on modular architecture, strict role-based access control, and scalable deployment on Google Cloud Platform.
Key Achievements
Architected Go backend with JWT/OAuth authentication and strict RBAC enforcement
Built real-time messaging and presence system using WebSockets
Integrated low-latency WebRTC audio via LiveKit (SFU architecture) with regional optimisation
Designed session scheduling and invitation workflows with transactional integrity
Deployed scalable infrastructure on GCP (Cloud Run, Cloud SQL) with monitoring and logging
My Role
Architecting and building a scalable real-time collaboration platform enabling structured digital sessions between artists and organisations.
Challenge
Building stable, low-latency real-time audio collaboration infrastructure while ensuring scalability, permission control, and clean separation of concerns.
Solution
Adopted SFU-based WebRTC via LiveKit, and designed modular API-first architecture deployed on GCP.
Real-Time Collaboration Infrastructure
Implemented WebSocket-driven messaging, presence tracking, and session state management
Low-Latency Audio System
Integrated SFU-based WebRTC (LiveKit) with regional deployment strategy for stable real-time collaboration
Cloud-Native Deployment
Designed modular backend services deployed on Cloud Run with Cloud SQL