VSGuard FAQs

Question 1

Which security standards and vulnerabilities does VSGuard cover?

Accepted Answer

VSGuard leverages OWASP ASVS v4.0 for comprehensive security guidance. It detects a wide range of vulnerabilities including SQL Injection, Cross-Site Scripting (XSS), weak password validation, hardcoded secrets, session management issues, and weak cryptography, mapped to relevant ASVS requirements.

Question 2

What programming languages are supported by VSGuard?

Accepted Answer

VSGuard supports multiple popular programming languages, including Python, JavaScript/TypeScript, Java, Go, Ruby, PHP, C/C++, C#, and Rust, enabling broad security coverage for various development environments.

Question 3

How does VSGuard integrate into a developer's workflow?

Accepted Answer

VSGuard integrates with MCP-compatible tools like Claude Desktop and Cursor. Developers can configure their AI coding agent to call VSGuard's functions to get security requirements, scan code snippets, or request secure code fixes directly within their coding environment.

Question 4

What key features does VSGuard offer for developers and AI agents?

Accepted Answer

VSGuard offers three core tools: 'check_security_requirements' for real-time ASVS guidance, 'scan_code' for vulnerability detection with Semgrep, and 'suggest_fix' to generate secure code alternatives with explanations. All output is LLM-optimized for AI agent comprehension.

Question 5

What is VSGuard and how does it secure AI-generated code?

Accepted Answer

VSGuard is a Model Context Protocol (MCP) server that provides real-time OWASP ASVS security guidance and vulnerability scanning for AI coding agents. It helps agents write secure code proactively by offering requirements, scanning for vulnerabilities, and suggesting secure fixes during development.

VSGuard

VSGuard

Key Features

Use Cases

Key Features

Use Cases