What’s making automated software testing so important?
 
 Automation software testing saves time and money. Software tests have to be  repeated often during the development cycle to ensure quality. Each time source  code is modified, tests should be repeated. For every release of software, it may  be tested on all the supporting environments.
 
 Physically repeating these tests is costly and time consuming. Once created, the automated tests can be run over and over again at no extra cost and they are  much faster than manual tests. Automated software testing can decrease the time  to run the repetitive tests from days to hours.
 
 Improve Accuracy
 
 Even the most meticulous tester will make mistakes during the monotonous manual  testing. Automated tests perform the same steps precisely every time; they are  executed and never forget to record detailed results through the reporting strategies  and monitoring.
 
 Does What Manual Testing Cannot Do
 
 Even when a large amount of developers are present in an architecture, they are not  able to perform a controlled test of certain technologies such as Web Application. Web Application might support thousands of requests per second  generated by thousands of users, being able to replicate this environment in  testing and automation. The process is a crucial part of testing. Automated  testing can simulate tens, hundreds, thousands and even millions of virtual  users interacting with the network or Web software and Applications in real time.
 
 Helps Developers and Testers
 
 Shared automated tests can be used by the developers to catch problems quickly  before sending to QA. Tests can run automatically; each time source code changes they are checked in and the team or the developer is notified if they fail. Features like  these save developers time and increase their confidence.
 
 Increases Test Coverage
 
 Automated software testing can increase the depth and scope of the tests to help  improve software quality. Drawn-out tests, which are often avoided during the manual  testing can be run unattended. Automation can be deployed to support multiple  devices with a diverse range of configuration.
 
 Automated software testing can monitor the Application and report on the memory  utilization, object relationships, data tables, file contents and object states  to determine if the Application is behaving as expected within the constraining  set by the manufacturer. Automated software tests can easily execute thousands  of different complex test cases during every test run providing coverage, which is  awkward with manual tests. Testers are free from the repetitive manual tests and are more  productive in other phases of development or deployment due to which they are able to create new automated software tests and deal with the complex features of each specialized Application.