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ASTQ Summit is available on demand! Hear industry leaders share how they're delivering continuous quality. Watch Now >>
Continuing our series of posts on static code analysis for FDA/medical device sofware compliance 1. Make Static Analysis Process a Continuous Process Having static analysis tightly integrated into the SDLC as described in last week’s Static Analysis...Keep reading
In last week’s post, we introduced how static analysis is just one piece of the FDA compliance puzzle. In the next posts, we’ll explore this issue in more detail. We’ll start at the beginning: with...Keep reading
Inomed is an international medical technology company that develops nerve protection instruments and systems for precisely targeted patient treatments. Since there is no margin for error in the software driving these innovative devices, Inomed established extensive...Keep reading
The desire to adopt agile typically comes from within development. After all, agile was created by developers for developers. But without a robust strategy for agile quality that effectively meets the demands of the business, agile teams...Keep reading
Automation can make Test-Driven Development (TDD) less painful and more valuable. Learn how to use automation to make TDD a seamless part of the development workflow. Since we’re focused on automating software testing at Parasoft,...Keep reading
Significant gains in developer or QA productivity are achieved when team members better understand the purpose of the code or the business goal of the requirement they are implementing. That’s why it’s so critical to...Keep reading
For far too long, the general demeanor for software development lifecycle (SDLC) process improvement initiatives has been something like, “We are too busy – we can’t do a project like this now.” But meanwhile, as...Keep reading
In my previous posts, I covered a four-step strategy for preparing the application for the 64-bit porting process: Apply mutation testing to perform run time error detection Use static code analysis to identify error-prone and non-portable code...Keep reading
In my previous post, I introduced a process you can apply to prepare the application for the 64-bit porting process: Perform mutation testing via runtime memory error detection Use static analysis to identify error-prone and...Keep reading
By finding and fixing C/C++ memory errors before you port to 64-bit, you can reduce the risk of failures on the new platform and architecture, streamline the porting process, and make the original application more...Keep reading
In another post, we discussed the necessities for adopting service virtualization. This is a follow up with a look at automation, which I’ve found to be critical for achieving extensibility and easy configuration a critical must...Keep reading
Resource constraints inherent in today’s heterogeneous enterprise environments can impede a QA/development team’s ability to construct test suites. This ultimately handicaps the team’s ability to deliver and evolve secure, reliable, and compliant applications on time...Keep reading