M6-1: Security Scanning Tool
M6-1: Security Scanning Tool
Epic: Milestone 6 - Security & Production Readiness
Story Points: 8
Priority: High
Assignee: Development Team
Labels: security, production, milestone-6
Objective
Implement comprehensive security scanning tool to identify vulnerabilities in the Unraid system, Docker containers, and application configurations. This tool provides essential security insights for production deployments.
User Story
As a system administrator, I want to scan my Unraid system for security vulnerabilities so that I can identify and remediate potential security risks before they impact my infrastructure.
Detailed Requirements
Functional Requirements
-
Container Vulnerability Scanning
- Scan Docker images for known CVEs
- Identify outdated base images and packages
- Report security patches and updates available
- Integration with container registries for security metadata
-
System Security Assessment
- Check for common Unraid security misconfigurations
- Validate user permissions and access controls
- Scan for exposed services and open ports
- Assess password policies and authentication settings
-
Configuration Security Analysis
- Analyze AppData configurations for security issues
- Check for hardcoded credentials and secrets
- Validate SSL/TLS certificate configurations
- Review Docker compose security settings
-
Compliance and Reporting
- Generate security compliance reports
- Track security metrics and trends over time
- Export findings in multiple formats (JSON, CSV, PDF)
- Integration with security monitoring tools
Technical Specifications
Tool Definition
{
name: 'security_scan',
description: 'Comprehensive security vulnerability scanning for Unraid system, containers, and configurations',
inputSchema: {
type: 'object',
properties: {
scope: {
type: 'string',
enum: ['system', 'containers', 'configurations', 'full'],
description: 'Scope of security scan to perform'
},
depth: {
type: 'string',
enum: ['quick', 'standard', 'deep'],
default: 'standard',
description: 'Depth of security analysis'
},
includeRemediation: {
type: 'boolean',
default: true,
description: 'Include remediation recommendations'
},
exportFormat: {
type: 'string',
enum: ['json', 'summary'],
default: 'json',
description: 'Output format for scan results'
}
},
required: ['scope']
}
}
Expected Response Structure
interface SecurityScanResponse {
readonly scan: {
readonly id: string;
readonly timestamp: string;
readonly scope: 'system' | 'containers' | 'configurations' | 'full';
readonly duration: number;
readonly status: 'completed' | 'partial' | 'failed';
};
readonly summary: {
readonly totalIssues: number;
readonly criticalCount: number;
readonly highCount: number;
readonly mediumCount: number;
readonly lowCount: number;
readonly riskScore: number;
};
readonly findings: ReadonlyArray<{
readonly id: string;
readonly severity: 'critical' | 'high' | 'medium' | 'low';
readonly category: 'vulnerability' | 'configuration' | 'permission' | 'exposure';
readonly title: string;
readonly description: string;
readonly affected: string;
readonly cve?: string;
readonly cvssScore?: number;
readonly remediation: {
readonly action: string;
readonly priority: 'immediate' | 'high' | 'medium' | 'low';
readonly effort: 'low' | 'medium' | 'high';
readonly command?: string;
};
}>;
readonly compliance: {
readonly frameworks: ReadonlyArray<{
readonly name: string;
readonly score: number;
readonly passed: number;
readonly total: number;
}>;
};
}
Implementation Requirements
Effect.ts Implementation Pattern
export const performSecurityScan = (
request: SecurityScanRequest
): Effect.Effect<SecurityScanResponse, SecurityScanError, SecurityService> =>
Effect.gen(function* () {
const securityService = yield* SecurityService;
// Validate scan scope and parameters
const validatedRequest = yield* validateScanRequest(request);
// Initialize security scanning context
const scanContext = yield* initializeScanContext(validatedRequest);
// Perform security analysis based on scope
const scanResults = yield* performScanAnalysis(scanContext);
// Generate compliance assessment
const complianceResults = yield* assessCompliance(scanResults);
// Format response with security recommendations
return formatSecurityScanResponse(scanResults, complianceResults);
}).pipe(
Effect.timeout("180 seconds"),
Effect.retry(Schedule.exponential("1 second", 2.0).pipe(Schedule.recurs(2))),
Effect.withSpan("security-scan-operation")
);
Security Service Integration
interface SecurityService {
readonly scanContainerVulnerabilities: (
containers: ReadonlyArray<ContainerInfo>
) => Effect.Effect<ContainerVulnerabilityReport, SecurityScanError>;
readonly scanSystemConfiguration: () => Effect.Effect<SystemSecurityReport, SecurityScanError>;
readonly scanAppDataConfigurations: (
appDataPaths: ReadonlyArray<string>
) => Effect.Effect<ConfigurationSecurityReport, SecurityScanError>;
readonly generateComplianceReport: (
findings: ReadonlyArray<SecurityFinding>
) => Effect.Effect<ComplianceReport, SecurityScanError>;
}
Error Handling
- SecurityScanError: Failed to perform security scan
- VulnerabilityDatabaseError: Cannot access vulnerability database
- PermissionDeniedError: Insufficient permissions for security scan
- TimeoutError: Security scan exceeded time limit
- ComplianceError: Failed to generate compliance report
Testing Requirements
-
Unit Tests
- Security scanning logic validation
- Vulnerability detection accuracy
- Compliance assessment correctness
- Error handling scenarios
-
Integration Tests
- Full security scan workflow
- External security database integration
- Report generation and formatting
- Performance under various system states
-
Security Tests
- Scan accuracy verification
- False positive/negative analysis
- Performance impact assessment
- Resource usage optimization
Performance Requirements
- Security scan completion within 3 minutes for standard scope
- Memory usage optimization for large container environments
- Efficient vulnerability database querying
- Minimal system impact during scanning
Security Considerations
- Secure handling of scan results and sensitive data
- Encrypted communication with vulnerability databases
- Access control for security scan functionality
- Audit logging for all security operations
Acceptance Criteria
-
Security scanning tool identifies container vulnerabilities accurately -
System configuration assessment detects common security issues -
AppData configuration analysis identifies security risks -
Compliance reporting generates accurate assessments -
Performance meets specified timeout requirements -
Comprehensive test coverage for all security scenarios -
Integration with external vulnerability databases -
Proper error handling and recovery mechanisms
Definition of Done
-
Code implemented following Effect.ts functional programming patterns -
Comprehensive unit and integration tests written and passing -
Security scan accuracy validated against known vulnerabilities -
Performance benchmarks meet specified requirements -
Documentation updated with security scanning guidelines -
Code review completed and approved -
Integration testing with full MCP server stack completed -
Security validation and penetration testing performed