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What Are The Different Types Of Security Tests? And Why It Is Important

Enterprise Security Magazine | Thursday, May 12, 2022

Web security testing is more than just testing the security features that may be implemented in the application. It is also critical to ensure that other features are implemented securely.

FREMONT, CA: Web security testing seeks to identify security flaws in Web applications and their configuration. The application layer is the primary target. Testing the security of a Web application frequently entails sending various types of input to provoke errors and cause the system to behave unexpectedly.

Web application security is the concept of designing websites to function normally even when attacked. A collection of security controls built into a Web application to protect its assets from potentially malicious agents is the idea. Unfortunately, web applications are bound to have flaws. These flaws are real vulnerabilities that can be exploited, putting organizations at risk. Web application security protects against such defects.

What are the Various Kinds of Security Tests?

Dynamic Application Security Test (DAST)

 This automated application security test is best suited for low-risk internal applications that must comply with regulatory security assessments. Combining DAST with some manual web security testing for common vulnerabilities is the best solution for medium-risk and critical applications undergoing minor changes.

Static Application Security Test (SAST)

This application security strategy includes both automated and manual testing techniques. It is ideal for detecting bugs without running applications in a production environment. It also allows developers to scan source code and systematically find and fix software security flaws.

Penetration Test (PT)

 This manual application security test is recommended for critical applications, particularly those undergoing significant changes. The assessment employs business logic and adversary-based testing to discover advanced attack scenarios.

Runtime Applications Self-Protection (RASP)

This evolving application security strategy incorporates a number of technological techniques to instrument an application so that attacks can be monitored and, ideally, blocked in real-time.

Web security testing entails implementing security measures and leveraging secure development practices throughout the software development life cycle (SDLC), ensuring that implementation-level bugs and design-level flaws are addressed.