As autonomous systems, connected devices, and AI technologies continue to come online, engineering teams are finding it more difficult to rely on traditional development methods. As the sophistication ...

How exhaustive static analysis overcomes the limitations of traditional tests and static-analysis tools. How exhaustive static analysis identifies a buffer overflow by using code samples. How hardware ...

Over the years, medical devices have become increasingly dependent on software. They have evolved from the use of a metronome circuit for early cardiac pacemakers to functions that include ...

Every enterprise struggles to combat some ingrained partialities but, after 23 years in the QA industry, I’ve found that there’s a particular pattern of bias against static testing. It’s no industry ...

Software bugs are notoriously difficult to eradicate. Traditional quality assurance techniques like testing and software inspections (sometimes called code reviews) find serious bugs, but too many ...

Clocking issues are one of the most common reasons for costly design re-spins. This has been the driving factor in the ever-increasing demand for Clock Domain Crossing (CDC) analysis tools. Today, the ...

The high cost of finding and patching application flaws is well known. Wouldn’t it be cheaper to write secure code in the first place? More on code analysis tools and software security Source code ...

What is the difference between static code analysis and dynamic code analysis? Is one method preferred over another in terms of security? Static and dynamic code analyses are performed during source ...