We live in a modern world where software dictates every aspect of our lives. We rely on software to wake up in the morning, plan our day, and complete tasks and rely on software to communicate with the world, fly at 600 miles per hour 30,000 feet above the ground, and now we can even drive ourselves in the sky without a driver. Correctly written software and errors can now mean the difference between life and death. As engineers, we have a responsibility to our customers to develop reliable software. As consumers, we are completely dependent on it. The testing environment has changed dramatically to keep up with the rapid changes in modern technology. We now also have to deal with a variety of new threats from hackers and fraudsters.
This article describes the journey of a feature through the Secure Software Development Lifecycle (SSDLC) and highlights the different types of tests performed along the way.
Note: This is an approach I’ve used with success on various projects. That’s not the only way. Depending on the size, budget, and maturity of your team, you may need to adjust your processes.
Goal :-
Our goal is to create a process that allows us to reliably release code multiple times a day. This allows you to release incremental changes regularly and reduces the risk of large buggy changes.
Cross Functional Team :-
The proposed approach prioritizes automated testing whenever possible. Rather than relying on lots of manual QA testing, it’s important to organize a cross-functional engineering team where developers are held accountable and empowered to automate testing.
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