ThunderScan Static Application Security (SAST)
DefenseCode ThunderScan® is a SAST (Static Application Security Testing, WhiteBox Testing) solution for performing deep and extensive security analysis of application source code. ThunderScan® is easy to use, requires almost no user input and can be deployed during or after development with easy integration into your DevOps environment and CI/CD pipeline. Our SAST solution provides an excellent way to automate code inspection as an alternative to the demanding and time-consuming procedure of manual code reviews.
Find out why large enterprises are replacing their current SAST solutions with DefenseCode ThunderScan® SAST.
With DefenseCode ThunderScan® SAST it is possible to scan millions of source code lines across 29 different programming languages and various programming frameworks within hours or even minutes. Scalability combined with repeatability of automation provides an easy and painless way to introduce security into your DevOps for organizations ranging from small development teams up to the largest enterprises.
ThunderScan® includes a Dependency Check component (Software Composition Analysis – SCA) that will detect publicly disclosed vulnerabilities contained within a project’s dependencies with associated CVE entries.
Application source code security analysis has proven consistently to be the most comprehensive way to ensure that your application is free of security vulnerabilities (SQL Injections, Cross Site Scripting, Path/Directory Traversal, Code Injection, and many more.).
With ThunderScan® SAST it is very easy to meet the compliance standards requirements such as PCI-DSS, SANS/CWE Top 25, OWASP Top 10, HIPPA, HITRUST or NIST.
ThunderScan® SAST easy to use and very powerful REST API allows you to customize source code scanning and scale across large number of scanning agents.
DefenseCode ThunderScan® has repeatedly recognized its effectiveness by discovering critical vulnerabilities in well known open source applications.
ThunderScan® performs fast and accurate analysis of large and complex source code projects delivering precise results and low false positive rate.