Resources

Software quality metrics help you to better understand how reliable, safe, and secure your code is likely to be.

Many developers believe they can use manual code reviews to comply with coding standards. But in practice, most manual code reviews aren't effective enough...

Embedded software is used in some of the world's most important systems (including automobiles and medical devices) — where security risks could lead to fatalities. That's why it's time to improve the security of embedded systems.

In this white paper about MISRA checkers, you'll learn why some MISRA checkers are better than others, how to enforce undecidable MISRA rules, and what to look for in your MISRA C checker and MISRAA C++ checker.

MISRA C is one of the most widely used coding standards. But the C language has evolved since the first version of MISRA C came out. And MISRA C has evolved, too, with the latest change in MISRA C:2012.

What Is MISRA? MISRA® is a set of C and C++ coding standards, developed by the Motor Industry Software Reliability Association (MISRA).

Safety-critical C++ code is commonly developed according to the MISRA coding standard — using C++03. But you want to move to modern C++...

AUTOSAR is a global partnership of automotive developers. In 2017, they developed a new coding standard for C++14.

Machinery needs to be safe to operate. And that means that every piece of code embedded on that machinery needs to be safe. That's why functional safety standards — including IEC 62061 and ISO 13849 — are so important.

The ISO 26262 standard is a functional safety standard for the automotive industry. Complying with the ISO 26262 standard is required for developers of automotive hardware and software.

What is AUTOSAR? The AUTomotive Open System ARchitecture (AUTOSAR) partnership provides coding guidelines for modern C++. Why AUTOSAR? Learn about the AUTOSAR standard.

IEC 61508 is a functional safety standard. It's used for compliance in many embedded industries — and it's been the source of several industry-specific variations. Read this in-depth white paper to learn more.