Which tool helps automate web application security testing and guard the organization's web infrastructure against threats?

Which tool helps automate web application security testing and guard the organization's web infrastructure against threats?

• A. CANVAS
• B. Syhunt Hybrid
• C. Patch
• D. Metasploit Framework

Answer: (B)

Automating web application security testing and protecting the web surface requires a tool that can repeatedly scan, identify, and prioritize vulnerabilities while helping enforce security practices across the organization’s infrastructure. Syhunt Hybrid fits this need because it combines automated testing capabilities with governance features, enabling continuous dynamic and static analysis of web applications, APIs, and related components. It can detect common weaknesses such as injection flaws, misconfigurations, insecure headers, and exposed secrets, then provide actionable remediation guidance and risk-based reporting. This supports ongoing defense by uncovering issues before attackers exploit them and by integrating with development and deployment workflows to harden the web footprint. In contrast, the other options are oriented toward offensive security testing rather than automated defense. Tools like CANVAS and Metasploit Framework focus on developing and delivering exploits to prove vulnerabilities in targeted systems, which is valuable for penetration testing but not primarily designed for automated, broad, ongoing web application security testing and governance. Patch, as a general term, doesn’t represent a tool in this context.

Automating web application security testing and protecting the web surface requires a tool that can repeatedly scan, identify, and prioritize vulnerabilities while helping enforce security practices across the organization’s infrastructure. Syhunt Hybrid fits this need because it combines automated testing capabilities with governance features, enabling continuous dynamic and static analysis of web applications, APIs, and related components. It can detect common weaknesses such as injection flaws, misconfigurations, insecure headers, and exposed secrets, then provide actionable remediation guidance and risk-based reporting. This supports ongoing defense by uncovering issues before attackers exploit them and by integrating with development and deployment workflows to harden the web footprint.

In contrast, the other options are oriented toward offensive security testing rather than automated defense. Tools like CANVAS and Metasploit Framework focus on developing and delivering exploits to prove vulnerabilities in targeted systems, which is valuable for penetration testing but not primarily designed for automated, broad, ongoing web application security testing and governance. Patch, as a general term, doesn’t represent a tool in this context.