Model Realistic Traffic Profiles with Complete Control
Mirror real user behavior and validate your infrastructure’s resilience by easily configuring gradual load ramp-ups, sustained traffic conditions, fixed work rates, or sudden volume surges.
Ready-Made Load Profiles
Pick from pre-built templates like spikes or gradual ramp-ups & launch test in seconds without writing code.
Real-Life Scenarios
Easily mimic actual business events, from quiet overnight traffic to massive, sudden shopping rushes.
Global Traffic Control
Send traffic from different countries at the same time with a single click.
Ramp up/down requests to defined thresholds
This pattern validates how your infrastructure handles growing demand from a cold start to peak capacity and back down.
Simulate sustained traffic conditions over time
Maintain a consistent volume of virtual users over an extended duration to verify system stability. This is essential for detecting memory leaks, resource exhaustion, and performance degradation.
Simulate traffic surge
Rapidly inject a massive volume of virtual users over a very short window to test your system’s elasticity. This pattern ensures your auto-scaling and failover mechanisms trigger correctly.
Fix work rate for each virtual user
Define a specific number of requests for each virtual user, regardless of how long it takes. This pattern is designed to validate data integrity and backend throughput for fixed-work scenarios.
Simulate real world traffic scenarios
Configure load tests to run with different traffic patterns to simulate real traffic conditions like sudden spike in traffic
Test your site’s browser experience
Perform hybrid load test by spinning up real browsers while the backend is under defined load conditions
Emulate network speed for load tests
Network Emulation to match real traffic conditions with 3G, 4G, 5G, bandwidth
Define custom thresholds to match your business requirements
Add custom pass or fail criteria for throughput and errors to meet your SLAs
Generate traffic from across the globe
Simulate real life traffic conditions and latency by generating load from geographically wide-spread load zones
