Jitsi Load Testing And Auto Scaling To Support 300 Concurrent Users For Corvus Corporate Management Ltd

In today’s fast-paced corporate world, reliable and scalable communication platforms are critical. Corvus Corporate Management Ltd sought to optimize their Jitsi video conferencing system to handle higher user loads efficiently. Our team worked closely with Corvus to design and implement a tailored load testing and auto scaling solution. Together, we enhanced platform stability and prepared their infrastructure for future growth.

The Challenge

Corvus Corporate Management Ltd needed to validate their Jitsi setup to support at least 300 concurrent users without degradation in performance. The client lacked detailed load testing strategies and automation to detect or address potential bottlenecks during peak usage. Ensuring system reliability while scaling was critical to maintain smooth corporate communications.

Our Approach

1. Defined comprehensive test data sets and drafted a detailed test plan outlining objectives, performance benchmarks, and methodologies for load testing 300 concurrent users.
2. Developed customized scripting to simulate realistic concurrent Jitsi sessions, covering audio, video, and messaging streams to mimic real-world load.
3. Executed multiple load tests, continuously monitoring system behavior, resource consumption, and user experience.
4. Analyzed test data thoroughly to pinpoint bottlenecks impacting responsiveness or stability under load.
5. Provided Corvus with daily and weekly status updates, including actionable insights and recommendations for infrastructure optimization and auto scaling implementation.

The Result

By delivering a structured load testing and auto scaling framework, Corvus Corporate Management Ltd achieved a resilient Jitsi environment capable of supporting 300 concurrent users seamlessly. Our iterative testing and data-driven optimizations helped resolve performance issues preemptively, ensuring uninterrupted, high-quality communication during peak demand periods.