LoadRunner is a typical performance testing tool that identifies and finds problems by simulating concurrent stress testing and real-time performance monitoring by thousands of users. Loadrunner is capable of software testing of the entire enterprise architecture. Enterprises use LoadRunner to minimize software testing time, optimize performance, and accelerate application release cycles. LoadRunner is suitable for stress testing of various application architectures, capable of optimizing system behavior, and evaluating system performance.
Enterprise applications rely on a multitude of technologies, components, platforms, servers, and architectural layers, and their inherently complex nature dictates significant risks in their use. If it is not tested before deployment, it can lead to a decline in user satisfaction and impact the bottom line. Loadrunner is an industry-standard performance testing solution that simulates thousands of virtual users to identify and isolate performance bottlenecks layer by layer at all infrastructure levels.
LoadRunner working scenario
Get accurate data on end-to-end system performance before going live.
Verify that new or upgraded apps meet specific performance needs.
Identify and eliminate performance bottlenecks throughout the development lifecycle.
Ultimately, you can accelerate the implementation and upgrade of new applications, minimizing the risk of production downtime and poor performance, driving your business forward.
Important features of LoadRunner
1.Full testing support.
LoadRunner is an industry-standard performance test software, and it is currently the industry's largest performance test software with the largest market share. It supports industry-wide standards and development techniques.
2.Ease of use.
In performance testing, flexibility is a problem that cannot be ignored, performance testing tasks are often time-crunching, heavy tasks, complex environments, in order to complete the performance testing work in a limited time and environment, the ease of use of the test product will play a decisive role.
3.Performance monitoring.
Generally speaking, the purpose of performance testing is not only to determine the throughput of the system and evaluate the current performance of the system, but also to identify possible bottlenecks in the system, identify the performance bottlenecks, and optimize and adjust the application.
4.Correlation analysis.
After the performance test is completed, the behavior of real users is simulated through highly accurate recording, and the real-time corresponding performance monitoring data is also collected, but this does not mean that the performance test is completed, because the analysis of the performance test results is the final finale in the performance test process. How to provide data correlation through the analysis of test data, automatically find the most relevant performance data for the tested business as much as possible, and help locate performance bottlenecks is what the performance test solution must complete.