Skip to content

Detox Technologies

What Tool is Recommended for Application Security Testing

Application security testing refers to the various techniques used by enterprises to identify and eradicate vulnerabilities in their software. Application security testing, also known as AppSec testing and AST, is the process of testing, evaluating, and reporting on the security level of a software application as it progresses through the software development lifecycle (SDLC).

Using AST tools has various advantages, including increased application testing speed, efficiency, and coverage. The tests they run are repeatable and scale well—once a test case is created in a tool, it can be run against many lines of code with minimal additional expense. AST tools are successful in identifying known vulnerabilities, flaws, and weaknesses, and they let users to triage and categorize their results.

Let’s have a look at the best application security testing tools on the market

Diagram Description automatically generated

Static Application Security Testing (SAST) Tools

SAST tools are similar to white-hat or white-box testing in that the tester has knowledge of the system or programme being tested, such as an architecture diagram or access to source code.

Uncompiled code can be analysed using source-code analyzers to search for errors such as numerical errors, input validation, race conditions, path traversals, pointers and references, and other difficulties. Binary and byte-code analyzers perform the same function on both constructed and compiled code. Some tools operate just on source code, some only on compiled code, and yet others on both.

Dynamic Application Security Testing (DAST) Tools

DAST tools also referred to as Black-Box Security Testing tools or Vulnerability Scanning tools. These tools examine an application from the perspective of an outsider who has little to no knowledge of the written source code.

DAST tools imitate an attack vector’s behaviour, evaluating the application in real time for potential security flaws. Furthermore, these technologies operate without the need for human interaction, automating the testing process with little to no manual intervention.

Analysis of Origin/Composition of Software (SCA) Tools

Manual inspection-based software-governance systems are prone to failure. SCA tools analyse software to discover the provenance of the components and libraries contained inside it. These approaches are quite effective in identifying and locating problems in common and popular components, especially open-source components. However, they do not discover vulnerabilities in in-house custom designed components.

SCA tools are most effective at finding common and widespread libraries and components, particularly open-source components. They operate by comparing known code modules to a list of known vulnerabilities.

Database Security Scanning

Databases are not typically considered part of an application; yet, application developers frequently rely extensively on the database, and applications may frequently have a significant impact on databases. Database security scanners Examine for updated patches and versions, weak passwords, configuration mistakes, access control list (ACL) problems, and other concerns. Some tools can mine logs for unusual patterns or behaviours, such as a high number of administrative actions.

Hybrid and Interactive Application Security Testing (IAST) Tools

Hybrid techniques have already been active for years, but they have only lately been classified and addressed under the umbrella name IAST. IAST tools employ a hybrid of static and dynamic analysis methodologies. They can determine if known code vulnerabilities are exploitable in the running programme.

IAST tools leverage application flow and data flow information to develop sophisticated attack scenarios and recursively exploit dynamic analysis results. Some tools will utilise this information to generate further test cases, which in turn may provide more knowledge for additional test cases, and so on.

Mobile Application Security Testing (MAST) Tools

MAST Tools integrate static, dynamic, and forensic analysis. They perform some of the same functions as static and dynamic analyzers, but they also allow mobile code to be run through many of those analyzers. MAST tools provide functionality that addresses issues specific to mobile apps, including as device jailbreaking or rooting, spoofing WI-FI connections, certificate management and validation, data leakage prevention, and more.

Application Security Testing as a Service (ASTaaS) Tools

With ASTaaS, you pay someone to do security testing on your application, as the name implies. The service will often include static and dynamic analysis, penetration testing, application programming interface (API) testing, risk assessments, and other services.

Correlation Tools

Correlation tools can assist decrease some of the noise by serving as a single repository for data from other AST tools.

Correlation tools correlate and evaluate data from different AST tools, assisting with validation and prioritising of discoveries, including remedial actions. While some correlation tools feature code scanners, they are mostly helpful for importing results from other tools.

Analyzers for Test Coverage

Test-coverage analyzers determine how much of the overall programme code has been evaluated. These tools can also discover if specific lines of code or branches of logic are unable to be accessed during programme execution, which is wasteful and potentially dangerous. Some SAST tools integrate this feature within their products, although separate products are also available.

Application Security Testing Orchestration (ASTO) Tools

ASTO includes security tools throughout the software development lifecycle (SDLC). ASTO’s goal is to provide centralised, coordinated administration and reporting for all of the numerous AST tools running in an ecosystem.

Why Do You Need Security Testing Tools?

Without a question, security testing tools have become an indispensable part of every organization’s DevOps workflow. Consider the following:

  • They let you to see how your code works.
  • They may be used to automate repetitive operations.
  • They allow for continuous integration.
  • They save time on manual testing.
  • They boost developer productivity.
  • They save money, and they reduce hazards.
  • They make complicated technical topics easy to grasp for non-technical individuals.
  • They contribute to the upkeep of good security measures.
  • They assist you in achieving and maintaining compliance and so on

Read More Articles About Cyber Security

How Detox Can Assist?

Detox Technologies has experienced security specialists to swiftly and easily identify assets that are affected by the Spring4Shell vulnerability, remediate them, and track the issue.