Performance Testing

Our focus on performance engineering addresses various scalability and performance issues of the software applications and IT infrastructure. We have the tools and the expertise to help our clients to deploy highly scalable applications. Our objective is to demonstrate that the applications meet the performance criteria and if not, work with the development team to look for architectural changes to optimize performance.

Load Testing

Our load testing service assesses the impact of increasing the load on application. By varying the scope, complexity and size of the load during the test execution, we assess the scalability, reliability and resource usage of the application. We ensure that key routes that visitors take across the website can handle high volume traffic.

Services:

• Live Load: A team of live testers test the client application simultaneously, enabling us to help how your app performs under real-world usage.
• Simulated Load: With no live testers, our simulated load testing tools create real browser sessions to provide our clients with a complete snapshot of the web application's performance under peak loads.
• Hybrid Load: Combining live testers with simulated load, our hybrid load testing solution enables our clients to receive functional testing while the web application is under load.

Load Testing Benefits

• Improved deployment quality
• Find performance bottlenecks
• Provide tangible statistics to developers
• Create system benchmark
• Assess application scalability
• Reduce risk to performance requirements
• Reduce cost of failure
• Obtain accurate capacity metrics

Stress Testing

Stress testing determines an application’s robustness, reliability and gracefulness under severe duress. The adverse conditions are progressively and methodically worsened, by introducing heavy loads or by limiting computational resources, until the performance level falls below a certain minimum or the system fails altogether. In order to obtain the most meaningful results, individual stressors are varied one by one, leaving the others constant. This makes it possible to pinpoint specific weaknesses and vulnerabilities. Once the testing process has caused a failure, it is determines if the shutdown was graceful and the application recovers gracefully. The test results are passed to the development team so that they can make architectural changes to remedy the defects.