Olivier Gaudin, CEO and co-founder of Sonar

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“Code is code, whether it’s written by a developer on your team or part of a library that solves a specific problem. The two different approaches have always bothered me, and I’m excited that we’re now able to analyze all code in one place, solving a problem that was once considered impossible,” said Olivier Gaudin, CEO and co-founder of Sonar. “Thanks to the SAST advancements made in our Clean Code solution, organizations can detect these vulnerabilities and fix them quickly as the code evolves.”

Sonar bridges the gap between traditional SAST by providing granular analysis of user source code interactions with external dependencies, all without requiring any special configuration or additional cost. This deep SAST innovation furthers Sonar’s mission to equip organizations with the tools they need to achieve a state. Clean Code : Code that is consistent, intentional, adaptable, and accountable. When code adheres to these characteristics, software becomes reliable, manageable, and secure.

“It is estimated that over 90% of applications leverage third-party libraries and interact belarus rcs data with the code within them, yet most SAST tools don’t tell developers which dependencies make their code vulnerable. Security is mission critical, and the more problems you can find and fix before damage is done, the better off your business will be,” said Rick Turner, senior principal analyst covering cybersecurity at Omdia. “That’s the essence of the wave of proactive security we’re seeing in the IT industry: find it and fix it before it’s exploited.”

Sonar's SAST
Sonar's deep SAST functionality is powered by SonarQube (self-driving) and SonarCloud (cloud-based), industry-leading static analysis code review tools that continuously inspect and analyze the code base using quality checks to determine whether the code meets the standards set for development and production. Deeper SAST currently supports the Java, C#, and TypeScript programming languages ​​and covers thousands of the most important and commonly used open source libraries, including their subsequent (transitive) dependencies.