Types of automated tests
Organizations choose automated testing tools based on the types of testing and types of tests they want to perform.
Delivering better software faster is essential for organizations working on digital transformation. Agile and DevOps can help development teams dramatically accelerate software development, but traditional software testing tools are often a barrier to improvements in the speed and agility of software releases.
Automated testing tools can help development, testing, and quality assurance (QA) teams to overcome the limitations of traditional testing technologies. By automating a wide range of software tests, advanced tools can process tests faster, increase overall test coverage, reduce testing costs, and improve accuracy by eliminating error-prone manual processes.
In software development, automated testing uses software tools to automate the process of reviewing and validating a software product. Automated testing contrasts with manual testing, which requires teams of quality assurance personnel to test a variety of aspects of a piece of software to ensure that they perform as expected before the software is released.
With the advent of Agile, DevOps, and continuous delivery, new applications are frequently being re-released in new iterations that constantly seek to improve functionality. This model of software delivery requires tools for continuous testing throughout the software delivery pipeline. In this environment, manual testing simply cannot keep pace.
With automated testing tools, QA teams can validate software far more rapidly, enabling testing to occur at every stage of the development lifecycle.
Organizations choose automated testing tools based on the types of testing and types of tests they want to perform.
Development and testing teams typically perform two types of tests: functional and non-functional.
There are scores of automated testing tools on the market, each offering different features and benefits. Choosing the right tool for your testing framework is essential to achieving the cost reductions, time savings, and process improvement required for continuous testing.
Here are the most important considerations when selecting automated testing tools.
Test automation technology is the key to successfully deploying automated testing tools. Test automation refers to automating the process of tracking and managing various manual and automated tests.
Agile, DevOps, and continuous delivery require software to be tested throughout the software delivery pipeline. Managing all these testing requirements is an enormous administrative burden. Testing teams must find ways to keep track of which environments have deployed new code, how much of the system is covered by different tests, what additional tests might be required, and more.
The Tricentis Continuing Testing platform provides a fundamentally different way to manage enterprise software testing. With a suite of solutions that are totally automated, fully codeless, and driven by AI, Tricentis enables organizations to dramatically accelerate software delivery, reduce costs, and improve quality across custom and enterprise apps.
Automated testing tools from Tricentis include solutions for:
Automated testing tools are software applications that automatically review and validate software products before they are released. Automated tests are used by software developers, testers, and QA teams to test software faster and more often during the software delivery pipeline.
By embedding automated testing throughout the software development lifecycle, organizations can deliver higher quality software faster. Automated testing tools help reduce the cost of testing and improve accuracy as well. And because automated tools minimize the need for manual processes, QA teams are free to spend more time developing new test cases to improve the quality of their software products.
Automated testing is the task of performing software tests automatically rather than relying on manual processes. Test automation technology organizes, tracks, and manages the software testing process. Test automation solutions improve the testing process by automatically managing the extremely complex logistics of continuous testing.