CxSAST is a powerful solution for static source code analysis designed to identify, track, and fix technical and logical security flaws directly in the source code.
The CxSAST solution can be seamlessly integrated into the Software Development Life Cycle (SDLC), enabling the early detection and resolution of critical security issues across all major programming languages. CxSAST can display where and how to address identified vulnerabilities with a single click.
Thanks to direct source code scanning, CxSAST can be directly integrated into the SDLC, providing insights into code and its security almost in real time. Auditors and developers can scan even incomplete code during the development cycle without needing to create a final build. This ultimately allows vulnerabilities to be identified much earlier in the SDLC, significantly reducing costs.
The CxSAST feature that identifies the optimal location for fixes helps users optimize activities focused on code correction, saving countless hours of work and developer frustration. The static code analysis offered by CxSAST maps data flows from input to output, identifies critical points potentially exposed to attacks, and allows for the removal of multiple vulnerabilities at once. This feature is especially useful when scanning large volumes of code. Complementing this functionality is a system that provides advice on resolving numerous vulnerabilities, simultaneously training developers in secure coding techniques.
The static code analysis provided by CxSAST is highly accurate. By leveraging intelligent algorithms for code analysis, it achieves a very low false positive rate (less than 5%). Additionally, the CxSAST system can be quickly and easily customized for your proprietary code, further increasing result accuracy. We even offer expert services to handle this customization for you.
The CxSAST system allows integration into external dashboards like Sonar or Threadfix.
A unique incremental scanning technique used by CxSAST enables you to perform a full code review just once, with subsequent reviews testing only the modified code sections and related parts.
Using incremental scanning significantly reduces code review time, which is particularly crucial in rapidly changing development environments.