SECURITY.org

Cuisine Code Security Policy

Security Policy and Considerations

This document outlines the security policies, practices, and considerations for the Cuisine Code project.

Scope

The security policy covers:

• Application code and dependencies
• User authentication and authorization
• Data protection and privacy
• API security
• Infrastructure security
• Incident response

Security Design Principles

graph TD
    A[Security Principles] --> B[Defense in Depth]
    A --> C[Least Privilege]
    A --> D[Secure by Default]
    A --> E[No Security by Obscurity]
    A --> F[Fail Secure]
    A --> G[Complete Mediation]
    A --> H[Input Validation]
    A --> I[Separation of Duties]

Authentication and Authorization

OAuth Implementation

• Secure token handling
• GitHub OAuth integration
• Google OAuth integration
• Authorization scopes and permissions
• Secure session management

User Permissions

• Role-based access control
• Principle of least privilege
• Resource ownership validation
• Permission auditing

Data Protection

User Data

• Personal identifiable information (PII) minimization
• Data encryption at rest and in transit
• Secure storage practices
• Data retention policies
• GDPR and privacy law compliance

Recipe and Kitchen Data

• Access control for shared recipes
• Validation of recipe content
• Protection against malicious recipe content

API Security

Endpoint Protection

• Rate limiting
• API key validation
• Request validation
• Input sanitization

CSRF Protection

• Token-based CSRF prevention
• SameSite cookie settings
• Origin validation

XSS Prevention

• Content Security Policy implementation
• Output encoding
• Input validation and sanitization

Infrastructure Security

Server Hardening

• Minimal service exposure
• Regular updates and patches
• Security configuration baselines
• File system permissions

Network Security

• Firewall configuration
• TLS implementation
• Network segregation
• Proxy considerations

Dependency Management

Dependency Validation

• Regular audit of dependencies
• Version pinning
• Automated vulnerability scanning
• License compliance

Build Process Security

• Integrity verification
• Secure compilation flags
• Build server security

WebAssembly Security

Browser Sandbox

• Understanding WASM security boundaries
• Memory isolation
• Safe API exposure

WASM-specific Considerations

• Data validation at WASM boundaries
• Memory management security
• Secure function exposure

Vulnerability Management

Reporting Process

• Vulnerability disclosure policy
• Security contact information
• Response timeline commitments
• Bug bounty considerations

Scanning and Testing

• Regular automated scanning
• Penetration testing schedule
• Code review processes
• Static analysis implementation

Incident Response

graph TD
    A[Security Incident] --> B[Detection]
    B --> C[Containment]
    C --> D[Eradication]
    D --> E[Recovery]
    E --> F[Post-Incident Analysis]
    F --> G[Improvement]
    G --> H[Prevention]

Response Process

• Incident classification
• Notification procedures
• Containment strategies
• Evidence collection
• Root cause analysis
• Recovery procedures
• Post-incident review

Contact Information

• Security team contacts
• Escalation procedures
• External communication guidelines

Security Monitoring

Logging

• Security-relevant events to log
• Log protection
• Log retention
• Log analysis procedures

Monitoring Systems

• Real-time alerting
• Anomaly detection
• Authentication monitoring
• API request monitoring

Security Compliance

Standards Alignment

• OWASP Top 10 mitigation
• NIST guidelines
• Industry best practices
• Secure coding standards

Regular Reviews

• Security policy review schedule
• Code audit frequency
• External assessment plans
• Compliance validation

Security Documentation

Runbooks

• Security incident response
• Vulnerability remediation
• Security control implementation
• System recovery

Training

• Developer security training
• Security awareness
• Secure coding practices
• Social engineering awareness