mcp__gemini__secaudit_quantum
Conduct advanced security audits, predict vulnerabilities, ensure compliance with standards, and assess quantum-readiness for code or systems with comprehensive threat modeling.
Instructions
Advanced security audit with vulnerability prediction, compliance checking, and quantum-readiness assessment
Input Schema
TableJSON Schema
| Name | Required | Description | Default |
|---|---|---|---|
| audit_depth | No | Audit depth | comprehensive |
| compliance_standards | No | Compliance standards | |
| include_quantum | No | Include quantum vulnerability assessment | |
| target | Yes | Code/system to audit | |
| threat_modeling | No | Enable threat modeling |
Implementation Reference
- src/tools/enhanced-tools.js:1188-1370 (handler)The primary handler function implementing the tool logic: performs advanced security audit with vulnerability prediction, compliance checking against standards like OWASP/SOC2, quantum-readiness assessment, threat modeling, executive reporting, and stores results.handler: async (args) => { const { target, audit_depth = 'comprehensive', compliance_standards = ['OWASP', 'SOC2'], include_quantum = true, threat_modeling = true } = args; validateString(target, 'target'); const timer = performanceMonitor.startTimer('secaudit_quantum'); const standards = Array.isArray(compliance_standards) ? compliance_standards : [compliance_standards]; // Core security audit const auditPrompt = `Perform ${audit_depth} security audit: Target: ${target} **Compliance Standards**: ${standards.join(', ')} Conduct thorough security analysis: 1. **Vulnerability Assessment** - Input validation vulnerabilities - Authentication/authorization flaws - Injection attack vectors - Data exposure risks - Configuration security issues 2. **Security Architecture Review** - Security pattern implementation - Defense-in-depth analysis - Attack surface assessment - Trust boundary evaluation 3. **Compliance Evaluation** - ${standards.join(' compliance\n - ')} compliance - Regulatory requirement gaps - Policy adherence assessment 4. **Risk Scoring** - Vulnerability severity (CVSS) - Exploit probability - Business impact assessment - Risk prioritization matrix ${threat_modeling ? `5. **Threat Modeling** - Attack tree analysis - Threat actor profiling - Attack vector identification - Mitigation effectiveness` : ''} Provide specific findings with: - CVE references where applicable - Proof-of-concept examples - Remediation steps with code examples - Timeline for fixes (Critical/High/Medium/Low)`; const coreAudit = await aiClient.call(auditPrompt, 'security', { complexity: 'complex', maxTokens: 4000 }); let result = `🔒 **Quantum Security Audit** (${audit_depth}) **Compliance**: ${standards.join(', ')} **Quantum Analysis**: ${include_quantum ? 'Enabled' : 'Disabled'} **Threat Modeling**: ${threat_modeling ? 'Enabled' : 'Disabled'} ${coreAudit}`; // Quantum vulnerability assessment if (include_quantum) { const quantumPrompt = `Assess quantum computing security implications: Target: ${target} Analyze: 1. **Quantum Vulnerability Assessment** - Current cryptographic implementations - Quantum-vulnerable algorithms (RSA, ECDSA, DSA) - Post-quantum readiness score 2. **Cryptographic Inventory** - Encryption algorithms in use - Key management practices - Certificate authority dependencies - Random number generation 3. **Quantum-Safe Migration Plan** - NIST post-quantum standards compliance - Migration timeline and priorities - Hybrid transition strategies - Cost-benefit analysis 4. **Future-Proofing Recommendations** - Quantum-resistant algorithms (CRYSTALS-Kyber, SPHINCS+, FALCON) - Implementation roadmap - Backward compatibility considerations - Performance impact assessment Provide specific recommendations for quantum readiness.`; const quantumAnalysis = await aiClient.call(quantumPrompt, 'security'); result += ` --- 🔮 **Quantum Vulnerability Analysis** ${quantumAnalysis}`; } // Generate executive security report const executivePrompt = `Create executive security summary: Based on security audit findings: ${coreAudit} ${include_quantum ? `Quantum Analysis: ${quantumAnalysis}` : ''} Provide: 1. **Executive Summary** - Overall security posture (1-10 scale) - Critical risk summary - Immediate action items 2. **Business Impact Analysis** - Financial risk assessment - Compliance exposure - Reputation impact - Operational disruption potential 3. **Investment Priorities** - Security improvement ROI - Resource allocation recommendations - Timeline for critical fixes - Budget requirements 4. **Strategic Recommendations** - Long-term security roadmap - Technology modernization needs - Team capability requirements - Governance improvements Format for C-suite consumption with clear business language.`; const executiveSummary = await aiClient.call(executivePrompt, 'analysis'); result += ` --- 📊 **Executive Security Report** ${executiveSummary}`; // Save audit results const auditData = { id: Date.now().toString(), target, audit_depth, compliance_standards: standards, include_quantum, threat_modeling, timestamp: new Date().toISOString(), findings: coreAudit.substring(0, 1000) // Store summary only }; const storageData = await storage.read('security_audits'); if (!storageData.audits) storageData.audits = []; storageData.audits.push(auditData); // Keep only last 50 audits if (storageData.audits.length > 50) { storageData.audits = storageData.audits.slice(-50); } await storage.write('security_audits', storageData); result += ` **Audit ID**: ${auditData.id} (saved for compliance tracking)`; timer.end(); return result; }
- Input schema defining parameters: target (required), audit_depth, compliance_standards, include_quantum, threat_modeling.parameters: { target: { type: 'string', description: 'Code/system to audit', required: true }, audit_depth: { type: 'string', description: 'Audit depth', default: 'comprehensive' }, compliance_standards: { type: 'array', description: 'Compliance standards', default: ['OWASP', 'SOC2'] }, include_quantum: { type: 'boolean', description: 'Include quantum vulnerability assessment', default: true }, threat_modeling: { type: 'boolean', description: 'Enable threat modeling', default: true }
- src/tools/registry.js:235-239 (registration)Registration block in ToolRegistry where enhancedTools module (containing this tool) is registered via registerToolsFromModule calls for multiple tool modules.this.registerToolsFromModule(codeTools); this.registerToolsFromModule(analysisTools); this.registerToolsFromModule(enhancedTools); this.registerToolsFromModule(businessTools); this.registerToolsFromModule(licenseTools);
- src/tools/registry.js:17-28 (registration)The registerTool method used to register individual tools from modules, converting parameters to JSON schema.registerTool(name, description, parameters, handler) { this.tools.set(name, { name, description, inputSchema: { $schema: "https://json-schema.org/draft/2020-12/schema", type: 'object', properties: this.convertParametersToSchema(parameters), required: Object.keys(parameters).filter(key => parameters[key].required) }, handler });
- src/tools/registry.js:31-55 (helper)convertParametersToSchema helper that transforms the parameters object into proper JSON schema for MCP compliance.convertParametersToSchema(parameters) { const properties = {}; for (const [key, param] of Object.entries(parameters)) { properties[key] = { type: param.type, description: param.description }; // Handle array types properly if (param.type === 'array') { properties[key].items = { type: 'string' }; } // Handle object types properly if (param.type === 'object') { properties[key].additionalProperties = true; } // Add default if present if (param.default !== undefined) { properties[key].default = param.default; } } return properties; }