Continuous Integration/Continuous Delivery (or Continuous Deployment) is abbreviated as CI/CD. It is a software development practice that emphasizes more frequent and reliable software development, testing, and deployment.

Automation in QA uses software tools, frameworks, and techniques to automate testing tasks that QA testers might otherwise perform manually. The benefits of QA automation include faster testing, improved accuracy, greater test coverage, test script reusability, and long-term cost savings. Breakneck technological advancements and available DevOps workflows place increasing pressure on software development teams. As a result, they must deliver high-quality products faster than ever.

Learn the strengths and limitations of the top test automation frameworks before selecting the best tool for your testing project.

Gary Parker walks us through what chaos engineering is, how it works, why it is important, and some popular tools to get started with chaos experimentation.

Explore the similarities and differences between test-driven development (TDD) and behavior-driven development (BDD).

Most OEMs don't make a profit from the sale of electric vehicles (EVs) — but EV startups planning on getting to market fast don't have to incur the same losses. With soaring battery prices, massive component costs, and low-volume sales chipping away at profitability, an EV startup must look toward software development as a way of driving efficiencies in budget, schedule, and level of effort.

Software testers, or SDETs, have several responsibilities in today's QA-driven software industry. In addition to collaborating with developers to plan and execute tests, they are often responsible for setting up and maintaining continuous integration (CI) processes, analyzing test results, and generating reports for stakeholders. In this article, you'll learn about the evolution of the SDET role and how automation and artificial intelligence (AI) can help improve efficiency.