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Developers often have to produce effective code under tight deadlines. Without the proper tools to complement their work, this could lead to errors and vulnerabilities. That's why it's important to use static code analysis, which verifies the security, quality, and compliance of the code as it is being written.

Learn how to manage hybrid API management architectures.

In mission- and safety-critical industries, static code analysis (SCA) is key to facilitating the development of robust and reliable software.

You use Helix QAC (formerly QAC/QAC++) to find coding errors and comply with standards faster.

Learn what are the best practices for game development using streams.

Find out how to get the most value out of your platform with Akana.

Microservices and APIs might sound like fairy dust you sprinkle on applications to make them “agile,” judging by today’s industry talk. The reality is that they work as the critical foundations for digital transformation only when done right. The goal isn’t simply to build agile apps, it’s for businesses to gain agility and thrive against the onslaught of digital disruption – and this requires going deeper. Organizations must ensure microservices and APIs add value, and also understand how to put the two together.

AUTOSAR guidelines are a smart choice for C++ developers. And it’s now easier to use them to achieve functional safety compliance, particularly with ISO 26262.

Best practices for software development — everything you should know from planning a theme to setting requirements.

Testing and manual code reviews can’t find every problem in code. So, bugs persist. And it’s only going to get worse as your systems grow larger and more complex. Static code analysis can help you find critical problems in your code, while still releasing a quality product on time. Static code analysis might be the answer you’re looking for.

Learn how a multinational electronic design automation company, Cadence Design Systems, migrated from ClearCase to Perforce P4.