<!– wp:acf/software-development-services-block {“name”:”acf/software-development-services-block”,”data”:{“heading”:”Our 5-Level Maturity Model”,”_heading”:”field_63f4fad70dff6″,”description”:””,”_description”:”field_63f4fad70dfg7″,”services_list_0_heading”:”System Automation”,”_services_list_0_heading”:”field_63f4fb6a2a325″,”services_list_0_description”:”Keeping AI at the core of our QA testing, we strive to improve efficiency, consistency, and reliability across your organization. It detects defects early, saves time and money, increases testing coverage, and reduces costs. Automated tests eliminate manual errors and streamline software development.”,”_services_list_0_description”:”field_63f4fb7a2a326″,”services_list_1_heading”:”Non-Functional Requirement (NFR) Tests”,”_services_list_1_heading”:”field_63f4fb6a2a325″,”services_list_1_description”:”For non-functional testing, our experts evaluate a system’s performance, scalability, reliability, security, usability, and compatibility. Here, we measure non-functional requirements (NFRs) – the characteristics of a software system that pertain to its performance rather than its function.”,”_services_list_1_description”:”field_63f4fb7a2a326″,”services_list_2_heading”:”Decision automation”,”_services_list_2_heading”:”field_63f4fb6a2a325″,”services_list_2_description”:”Automated decision-making ensures that the decisions are consistently made based on predefined rules and criteria, which can improve the overall quality of the testing process. This process has a three-pronged approach: predictive analysis, optimized test coverage, and self-healing.\r\n\r\nPredictive analytics employs statistical techniques and machine learning algorithms to analyze historical data and predict the performance or behavior of the software under test. Optimized test coverage uses a combination of the latest techniques and tools that support test case selection, prioritization, and generation. The final facet is self-healing, which refers to the ability of a system automation suite to automatically detect and repair defects or failures without the need for human intervention. However, testing and validating the self-healing mechanisms is essential to ensure they function correctly, and that new defects or failures don’t appear.”,”_services_list_2_description”:”field_63f4fb7a2a326″,”services_list_3_heading”:”CI/CD Pipeline Integration”,”_services_list_3_heading”:”field_63f4fb6a2a325″,”services_list_3_description”:”We integrate automated testing into continuous integration (CI) workflows for early issue detection. Hence, smoke/sanity tests are triggered automatically in the CI/CD pipeline for build acceptance testing. Our solution then notifies the stakeholders of the test results.”,”_services_list_3_description”:”field_63f4fb7a2a326″,”services_list_4_heading”:”Process Automation”,”_services_list_4_heading”:”field_63f4fb6a2a325″,”services_list_4_description”:”With process automation, you can increase efficiency, reduce costs, and improve the overall quality of your process. Our AI-driven software testing service helps improve test results’ accuracy and consistency and reduces the likelihood of human error, thus freeing up your resources for more critical tasks. And if you factor in API virtualization, we can test your code and applications against a virtualized version of the API rather than the real one. It allows developers and testers to test their code’s and applications’ functionality without relying on the real API.”,”_services_list_4_description”:”field_63f4fb7a2a326″,”services_list”:5,”_services_list”:”field_63f4fafc2a324″,”section_image”:””,”_section_image”:”field_651d2fd55791b0″},”mode”:”auto”} /–>With process automation, you can increase efficiency, reduce costs, and improve the overall quality of your process. Our AI-driven software testing service helps improve test results’ accuracy and consistency and reduces the likelihood of human error, thus freeing up your resources for more critical tasks. And if you factor in API virtualization, we can test your code and applications against a virtualized version of the API rather than the real one. It allows developers and testers to test their code’s and applications’ functionality without relying on the real API.