IoT testing expertise requires knowledge of communication and other protocols, hardware trade-offs, software coding, Big Data impact, security, user experience and the high demands of end users and regulators.
How important is Continuous Testing to DevOps, and is Continuous Testing achievable as conceived or is it an impossible theoretical ideal to aim for?
How have advances impacted the world of testing? Let’s look deeper at these progressive changes that have helped the programmer and see what they mean for the tester.
With GDPR making large waves in the EU, are you prepared?
Continuous testing requires test automation throughout the delivery pipeline. Test automation not only increases the speed of deployment but, more importantly, reduces the risk inherent in continuous delivery. Test automation within the continuous testing framework is more than just developing and maintaining an automated regression suite. In fact, automated regression suites, especially those that run overnight actually create bottlenecks in the continuous deployment process. Continuous testing requires a test automation strategy that enhances rather than impedes the continuous delivery process.
Performance testing is critical to customer satisfaction; if your application’s performance doesn’t meet the expectations of your customers, they will move on to your competitor. Performance testing can be complicated and requires specialized test planning. To plan a comprehensive test strategy, it is important to fully understand the challenges of performance testing as well as the process and tools available to create an effective performance test.
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