Load modeling & testing
Realistic workload models from your actual traffic patterns — not synthetic uniform load — executed as load, stress, soak, and spike tests.
Quality Engineering
Systems rarely fail at average load — they fail at the sale, the launch, the Monday-morning spike. Performance engineering means knowing your saturation point, your degradation curve, and your recovery behavior before real traffic teaches you.
Downtime during peak demand is revenue lost at the exact moment revenue was highest — plus the engineering week that follows, spent firefighting instead of shipping. Slow is almost as expensive: users abandon what lags.
Realistic workload models from your actual traffic patterns — not synthetic uniform load — executed as load, stress, soak, and spike tests.
We don't stop at 'it got slow at 400 RPS.' Profiling across app, database, and infrastructure to name the constraint and the fix.
Does autoscaling actually scale? Horizontal scaling behavior, warm-up costs, and failure recovery tested under load.
Dashboards and alerting tied to user-experienced latency and error budgets — so regressions surface as signals, not support tickets.
01
Define workloads, SLOs, and the questions the test must answer.
02
Build the scenarios and data at production-like scale.
03
Run, profile, and identify constraints — with your engineers in the loop.
04
Re-test after fixes; baseline the result for the next release.
Walk through your suite, coverage, and release cadence with a QE lead.