There is an increasing need for effective testing in the rapidly changing world of software development, where quick technological breakthroughs and rising demand for feature-rich apps are driving complexity and size of software projects. Progression testing, a crucial aspect of software testing, aims to ensure that existing functionality remains intact when new changes are introduced, focusing on user experience and end-to-end functionality. By automating this process, teams can quickly spot any user experience disturbances, reduce manual testing efforts, catch hidden interactions, support continuous integration/continuous deployment pipelines, and implement progression testing in their software development process. The future of progression testing is poised for a paradigm shift with the emergence of AI-driven test generation, visual testing, greater integration with DevOps, and shift-left testing, offering advantages such as time and cost efficiency, consistency, quick feedback, regression detection, resource savings, parallel execution, faster time-to-market, and scalability. Ultimately, progression testing is essential for ensuring the dependability and usefulness of software products, protecting the user experience, and enabling development teams to provide software at a faster rate without sacrificing quality.