Applications Perform As
Expected
At Opcito, performance testing is integral to the overall application and infrastructure testing process. Our certified TestOps experts use leading tools and platforms such as Apache JMeter, Load Runner, Gating, Locust, LoadNinja, TestRail, WebLoad, OpenSTA, and Bugzilla to ensure the performance of your applications is uniform throughout the variable and optimum loads. Based on the monitoring, log sheets, bugs, and recommendations, we provide you with a comprehensive performance review of your application.
SERVICES GUARANTEE
Testing to match the speed of your Continuous Delivery practices and speed with a shift left approach and making testing a part of every step of the development process.
End-to-end testing and analysis to recommend performance improvements that ensure the expected performance, responsiveness, scalability, and security.
Ensuring consistent experience across the components, systems processes, and user experience by testing across the application environment for maximum stress.
Minimizing risks and removing bottlenecks with early identification and timely mitigation for maximum uptime and minimum downtime.
Testing Services
Analyzing software behavior under the prescribed load using load testing tools to assess the maximum input it can handle while delivering a specific response time and output criteria and the results in case of an unexpected increase in load.
Identifying, improving, and maintaining is the mantra for stress testing. Identify the maximum software operating capacity under extreme load and recommend improvements to maintain the required level of effectiveness under adverse circumstances.
Evaluating system performance under a varying volume of input to identify the productivity of the software while increasing the volume of data to find the amount of data that can be handled by the application and system infrastructure.
Testing the performance of the application and its environment under sudden changes in workload, data, and user traffic to estimate and understand possible areas that need improvement.
Evaluating the maximum scalability of the system and application and planning for architectural and capacity changes according to the requirements to ensure the software is scalable and functions hassle-free.
Analyzing system performance against time to ensure the software always stays up and stable over an extended period to assess the risk of system failure and downtime to plan maintenance activities.