| Peak Event Registration / Accreditation |
Simulate concurrent user sign-ups, form submissions, and data processing for a major event (e.g., IPL). |
Average Response Time, P95/P99 Latency for critical transactions, Throughput (transactions/sec), Error Rate, Concurrent Users supported. |
All critical transactions (e.g., register, accredit) Avg RT < 3s, P95 < 5s, P99 < 8s under 2x expected peak load. Error rate < 0.1%. |
| Digital Content Delivery & Engagement |
Simulate high concurrent views, interactions (e.g., likes, shares), and data streaming on digital platforms. |
Page Load Time, API Response Time for content feeds, Throughput, Resource Utilization (CPU, Memory) of content servers. |
Page Load Time < 2s for 90% of users. API response for content < 1s. System sustains 3x average daily traffic without significant performance degradation. |
| Hospitality Service Bookings (RCB Bar & Café) |
Simulate bursts of concurrent reservations, order placements, and payment processing. |
Booking Confirmation Time, Order Submission Latency, Payment Gateway Response Time, Database Connection Pool usage, Throughput of booking APIs. |
Booking confirmation within 2s for 95% of requests. Database CPU utilization below 70% under 1.5x expected peak reservation load. |
| API Performance for Event Operations |
Load tests on key APIs supporting internal event management, logistics, and partner integrations. |
API Response Time (Avg, P95), Throughput, Error Rate, Network I/O, Backend Process Latency. |
All mission-critical APIs achieve Avg RT < 500ms, P95 < 1s under 1000 requests/second. Zero critical errors. |
| Soak Testing for Long-running Events |
Sustained moderate to high load over 24-72 hours to simulate the duration of a multi-day event. |
Memory Leaks, Resource Utilization trends (CPU, Memory, Disk I/O), Latency degradation over time, Database connection stability. |
No significant degradation in P95 response times (max 10% increase) over the test duration. No critical memory leaks or resource exhaustion. System remains stable and responsive. |