Take the pain away from load testing for resilient, adaptable software while unlocking savings through modern cloud infrastructure and contextually aware AI
Performance engineering democratised
SurgeZen brings both modern Infrastructure-as-Code (IaC) based dynamism as well as the power of Large Language Models (LLMs) to performance testing.
Infrastructure Automation
Best-in-class IaC technology for automatic or on-demand load simulation environment deployment and termination with simultaneous runs and multi-region support
Accessibility via AI
LLM-powered virtual agent with contextual awareness for expert assistance at every level: from code to JMeter expertise to test plan prescriptions
Cost Efficiency
Transparent, usage-driven pricing and efficient usage of cloud infrastructure as well as specialised expertise
Battle-hardened
Extensively benchmarked and battle-tested with diverse products and platforms with diverse availability needs.
Automatic Termination
Infrastructure utilisation can be optimised with automatic or on-demand spin-up and termination, scaling with the load you need tested
Simultaneous runs
Unlock the power to run multiple performance tests simultaneously, effortlessly evaluating system behavior across diverse scenarios.
Dynamic correlation
Dive into Dynamic Correlation, a feature that adapts to the evolving nature of your applications. Our tool intelligently identifies and manages dynamic parameters, ensuring accurate simulation of user interactions.
AI Script Generator
Reason through your use case with expert AI assistance and generate testing scripts automatically without expert knowledge on testing tools
Zen Cloud Plans
SurgeZen caters to a wide array of performance engineering needs and we have a plan for every scaling need.
Welcome to SurgeZen FAQ section! Explore answers to common questions about our tool, covering its purpose, functionality, and more. If you have additional questions, feel free to reach out for further assistance.
Why is load testing important?
Load testing helps identify performance bottlenecks, assess system stability, and ensure optimal user experience under different levels of demand.
What is a virtual user hour?
Answer: A virtual user hour is a unit of measurement that represents one virtual user engaging with your application for one hour. It helps estimate the load and performance capacity of your system under various scenarios.
How is virtual user hour calculated?
Answer: Virtual user hours are calculated by multiplying the number of virtual users by the duration of their engagement. For example, if 100 virtual users run a test for 1 hour, it equals 100 virtual user hours.
Does it support scripting for custom scenarios?
A13: Absolutely, our tool provides scripting capabilities, allowing users to create custom test scenarios tailored to their specific application requirements.
