start portlet menu bar

HCLSoftware: Fueling the Digital+ Economy

Display portlet menu
end portlet menu bar
Close
Select Page

In today's fast-paced digital landscape, the role of robust web application security testing is more critical than ever. HCL AppScan DAST (Dynamic Application Security Testing) is widely recognized as a leading tool for identifying vulnerabilities within web applications.

Most modern applications are exposed to various forms of vulnerabilities that, if unfixed, can represent significant security risks. Once engineering teams are aware of these issues, they often must spend a lot of time in getting to their root cause and fixing them. Additionally, DAST users across the industry are challenged by longer scan times as the tools search for vulnerabilities.

Enhanced DAST scanning with IAST Total (Interactive Application Security testing) is a new feature that significantly helps with these challenges, improves scan and remediations times, and finds even more vulnerabilities. This new offering can be found in both HCL AppScan version 10.4.0 and in HCL AppScan on Cloud.

Any team with AppScan IAST and DAST subscriptions can choose to leverage this key capability, along with native IAST/DAST capabilities.

How IAST Total enhances AppScan DAST capabilities

  1. Faster Scan Times
  2. Faster Remediation
  3. Find More Vulnerabilities

Faster Scan Times

HCL AppScan offers a variety of ways to automatically configure different aspects of a DAST scan.

IAST Total now offers more comprehensive capabilities for identifying the OS, Framework, Platform, Servers etc., which improves the automatic configuration further & reduces the scan scope by eliminating tests that are not necessary. This results in more accurate and faster scans.

HCL AppScan research found the scan execution is 20% faster when HCL AppScan DAST is powered with IAST Total.

Faster Triaging & Remediation

HCL AppScan DAST can also leverage IAST Total to provide a call stack for detected vulnerabilities. This capability was previously only available in IAST or SAST (Static Application Security Testing) results.

This information enables deeper insights into the application components, parameters, endpoints, etc., and detects the exact vulnerability location which helps in faster triaging and remediation.

Find More Vulnerabilities

AppScan IAST Total runs within your runtime environment and is enabled with deeper knowledge on the scan components. It provides a greater insight into the application backend as well as the components used, all of which results in deeper scan coverage and more accurate results.

Future Sneak Peak

HCL AppScan is always working to improve our industry-leading products. Future capabilities of IAST Total will increase the scan coverage and accuracy even further. Amongst the features planned in coming releases is the automatic detection of path parameters and hidden parameters. This capability will eliminate unnecessary tests and at the same time feed the DAST engine with more relevant parameters to test.

Get more information on the entire HCL AppScan suite of application security testing solutions and sign up for a free trial today.

Comment wrap

Start a Conversation with Us

We’re here to help you find the right solutions and support you in achieving your business goals.

Secure DevOps | October 23, 2024
New Licensing Changes & MHS Launch in HCL AppScan Version 10.7.0
Learn about HCL AppScan Version 10.7.0 licensing changes, including the new My HCLSoftware portal for seamless license management and compliance.
Secure DevOps | October 23, 2024
HCL AppScan 10.7.0: AI-Driven Security & API Scanning Upgrades
Discover the new features of HCL AppScan 10.7.0, including AI-powered vulnerability detection, enhanced API scanning, and a modernized user interface for better security.
Secure DevOps | October 23, 2024
Detecting Error Pages with AI in HCL AppScan DAST 10.7.0
Learn how HCL AppScan 10.7.0 leverages Gen AI to improve error page detection in DAST, reducing false positives and enhancing vulnerability identification.