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Comprehensive security testing and compliance framework server providing attack surface management, penetration testing, compliance auditing, and red team operations
This MCP server presents critical and pervasive issues across tool definitions. While schemas are mostly present with reasonable structure, descriptions are generic and lack LLM-optimized guidance. Naming follows verb conventions but lacks clarity in distinguishing overlapping tools. Most critically, this is a SECURITY-FIRST toolset for offensive security operations (red teaming, phishing, payload generation), yet the server lacks ANY permission gates, user confirmation patterns, or role-based access controls. Tools like 'plan_phishing_campaign' and 'generate_payload' are marked as IRREVERSIBLE and DESTRUCTIVE but have zero safeguards. Output schemas are largely undocumented (no return type specifications visible in the code). Error handling is minimal. Many descriptions are under 100 chars and lack guidance on when/why to call tools or what they return. The tool portfolio itself is concerning: 5+ tools for red team operations, multiple fuzzing/exploitation tools, and no visible audit logging or dry-run patterns despite the security domain.
Analyze password hashes and attempt to identify hash type and verify against wordlists
Analyze MITRE ATT&CK technique for execution steps, detection opportunities, and mitigations
Analyze a web target for technologies, headers, and SSL certificate information
Analyze a security finding for business impact considering asset criticality, data sensitivity, and exposure
Assess GDPR compliance for data processing and privacy
Assess HIPAA compliance including administrative, physical, and technical safeguards
Assess PCI DSS compliance for cardholder data environment
Assess SOC 2 compliance for security, availability, processing integrity, confidentiality, and privacy
CRITICAL SECURITY: Destructive and irreversible tools (plan_phishing_campaign, generate_payload) lack any confirmation gates, permission checks, or dry-run patterns. These tools can cause real harm to unauthorized targets but have zero safeguards. No visible role-based access control or audit logging.
Output schemas are not documented. Tool descriptions state what inputs they accept but DO NOT document return types or response structure. LLMs cannot plan chained calls or parse responses without knowing the output schema. Examples: discover_subdomains should document it returns {subdomains: [string], count: number}, analyze_web_target should document {status_code, headers, technologies, certificate}.
Inferred effective spec: <=2025-11-25.
| Scored | Grade | Overall | Spec posture | Rubric |
|---|---|---|---|---|
| 2026-09-22 | F | 37 | <=2025-11-25 | v2 |
| 2026-03-09 | F | 39 | - | v1 |
Discover subdomains for a target domain using passive reconnaissance (certificate transparency, Wayback Machine, DNS enumeration)
Fuzz HTTP headers with payloads to detect vulnerabilities
Fuzz URL parameters with payloads to detect vulnerabilities
Fuzz URL paths to discover hidden endpoints
Generate reverse shell, beacon, or implant payloads for authorized red team operations
Generate executive summary and business impact analysis of red team assessment findings
Map attack paths and lateral movement options from initial compromise to crown jewel assets
Plan a phishing campaign for authorized social engineering testing with credential harvesting or malware delivery templates
Scan a target IP address for open ports
Test for authentication vulnerabilities including default credentials and weak session management
Test for directory traversal vulnerabilities
Test for SQL injection, command injection, and other injection vulnerabilities
Test for server-side request forgery (SSRF) vulnerabilities
Test for cross-site scripting (XSS) vulnerabilities
Test for XML external entity (XXE) vulnerabilities
Generic, under-optimized descriptions. Many tool descriptions are under 100 characters and lack guidance on WHEN to call the tool, WHY it differs from similar tools, or WHAT the return format is. Examples: test_xss (30 chars: 'Test for cross-site scripting (XSS) vulnerabilities'), test_directory_traversal (30 chars), test_ssrf (30 chars). Descriptions should be 50-200 chars with actionable context for LLM selection.
No error recovery guidance. Error handling is minimal and does not tell LLMs what to do next. For example, if port_scan times out or a target is unreachable, the tool likely returns a generic error without suggesting 'try a subset of ports' or 'check if IP is valid'. No retryable/fatal/user-fixable classification.
Overlapping tool names without clear distinction. Multiple penetration testing tools (test_injection_vulnerabilities, test_xss, test_directory_traversal, test_ssrf, test_xxe) perform similar attacks but have nearly identical descriptions. An LLM cannot easily distinguish when to call test_injection_vulnerabilities vs test_xss vs test_xxe. Consolidate into a parameterized 'test_vulnerability' tool with a 'type' enum, or add clear differentiators in descriptions.
No parameter validation constraints documented. Numeric parameters like recursive_depth, obfuscation_level, and ports lack min/max bounds in descriptions. Port lists could include invalid ports (0, >65535). Obfuscation level is 1-10 but undocumented. LLMs will pass invalid values without guidance.
Fuzz tools (fuzz_parameters, fuzz_headers, fuzz_paths) lack clarity on payload format. The 'fuzz_list' parameter accepts an array of strings but does not document: are these raw HTTP payloads? URL-encoded? Base64? Does the tool escape them? No guidance on common payload sources or limits (max 100 payloads? 1000?).
No pagination or result limits documented. discover_subdomains, port_scan, and penetration testing tools may return large result sets (100s of subdomains, 1000s of open ports). Descriptions do not mention limits (e.g. 'max 100 results') or pagination (offset/limit/next_cursor). Unbounded responses can exhaust context windows.
No audit logging or user confirmation visible in code. The server accepts deeply sensitive tool calls (generate_payload, plan_phishing_campaign) without visible logging of who called what, when, or with what parameters. No dry-run mode. No confirmation step before execution. This violates audit-trail and confirmation-request patterns critical for security tooling.