Synopsys Launches New Tool for Automated Application Security

Synopsys Launches New Tool for Automated Application Security



Synopsys has today announced it will showcase the Software Integrity Group’s new Intelligent Orchestration solution at RSA Conference on May 17th – 20th. Intelligent Orchestration is a dedicated application security automation pipeline, optimized for speed and efficiency, that ensures the right security tests are performed at the right time. Intelligent Orchestration, which runs in parallel to build and release pipelines, utilizes innovative technology to automatically determine and initiate the most appropriate security tests, including static (SAST), dynamic (DAST), interactive (IAST), and software composition analysis (SCA), based on pre-defined risk policies and changes made to an application.


As the pace and complexity of software development increases, security and development teams in all industries have recognized that integrating and automating security testing within their development toolchains and workflows is essential. However, they often find that doing this can slow development pipelines and overwhelm development teams with large volumes of testing results, many of which do not require immediate attention.


The concepts and technology behind Intelligent Orchestration were developed and refined through years of experience helping customers navigate these challenges, including a Fortune 500 financial services company undergoing a significant digital transformation effort:


“Testing your business-critical applications for security vulnerabilities is essential, but when it comes to producing actionable results and earning developers’ trust in a DevOps environment, the tests you don’t run can be equally as important as the tests you do run,” said the director of application security for the financial services client. “Avoiding extraneous testing cycles and prioritizing the critical vulnerabilities that present th ..

Support the originator by clicking the read the rest link below.