CxSAST is used for which type of security testing?

CxSAST is used for which type of security testing?

• A. Static analysis of source code
• B. Dynamic testing of running applications
• C. Penetration testing of networks
• D. Fuzz testing

Answer: (A)

CxSAST focuses on static analysis of source code to find security flaws without running the program. By examining the code, dependencies, configuration, and data flow, it detects patterns that often lead to vulnerabilities—like unsafe input handling, insecure API usage, or risky data exposure—so issues can be fixed early in development. This approach supports many programming languages and can be integrated into CI/CD pipelines, making security part of the normal build process rather than something done after deployment. Dynamic testing of running applications, which looks at runtime behavior by executing the app and probing its responses, is not what CxSAST does. Penetration testing targets networks and applications through simulated exploits, often in production-like environments, and fuzz testing uses random or crafted inputs to crash or reveal bugs—both are dynamic techniques outside static code analysis.

CxSAST focuses on static analysis of source code to find security flaws without running the program. By examining the code, dependencies, configuration, and data flow, it detects patterns that often lead to vulnerabilities—like unsafe input handling, insecure API usage, or risky data exposure—so issues can be fixed early in development. This approach supports many programming languages and can be integrated into CI/CD pipelines, making security part of the normal build process rather than something done after deployment.

Dynamic testing of running applications, which looks at runtime behavior by executing the app and probing its responses, is not what CxSAST does. Penetration testing targets networks and applications through simulated exploits, often in production-like environments, and fuzz testing uses random or crafted inputs to crash or reveal bugs—both are dynamic techniques outside static code analysis.