Developers' Challenge: are tools better than engineers?
Earlier this year we ran our popular 'Developers' Challenge' competition at the Embedded Systems Conference (ESC) in San Jose. We asked developers to review a page of C code and to pit their skills against each other and also against QA·C, our automated static analysis tool.

What issues did manual code reviews find? What issues did they miss? Find out how a manual code review compares to static analysis code inspection using QA·C in our detailed white paper. |
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ISO 26262
Over the summer we have been working with TÜV SÜD Automotive, on the certification of QA·C as "fit for purpose" for use in the development of automotive systems to ISO/FDIS 26262, as well as the more general IEC 61508 standard that is used by many different safety related systems.
Thanks to our robust engineering processes, and PRQA's extensive track record in the automotive and other safety critical markets, the certification of QA·C 8.0 with our MISRA compliance module is now complete.
Click here for more details
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PRQA enhances QA·C with deep-flow dataflow
We've released a new version of QA·C that adds sophisticated technology to perform deep-flow dataflow analysis. QA·C 8.0 identifies critical coding issues relating to control-flow, variable state and library usage.
Click here to request a free trial! |
QA·C used to develop ADECs!

What's an ADEC? It's an "Advanced Diesel Engine Control" unit, and is a typical example of the control units found at the heart of wide range of high performance diesel engines manufactured by MTU.
MTU Friedrichshafen, one of PRQA's long term clients, has made the use of QA·C mandatory for the development of software for their diesel engine control units. "We have developed our own coding guidelines for the C language, and QA·C allows us to quickly and efficiently verify that new code meets these guidelines. The tool also enables us to set up code metrics so that we can track code implementation."
Click here to learn more! |