AnyDocs MCP Server

# Security Policy ## Supported Versions We take security seriously and provide security updates for the following versions of AnyDocs MCP Server: | Version | Supported | | ------- | ------------------ | | 1.0.x | :white_check_mark: | | < 1.0 | :x: | ## Security Features ### Built-in Security Measures AnyDocs MCP Server includes several security features by default: #### Authentication & Authorization - **API Key Authentication**: Secure API key-based authentication - **JWT Token Support**: JSON Web Token authentication with configurable expiration - **OAuth2 Integration**: Support for OAuth2 providers (Google, GitHub, Microsoft) - **Role-Based Access Control**: Granular permissions for different user roles - **Session Management**: Secure session handling with automatic expiration #### Data Protection - **Input Validation**: Comprehensive input sanitization and validation - **SQL Injection Prevention**: Parameterized queries and ORM protection - **XSS Protection**: Cross-site scripting prevention measures - **CSRF Protection**: Cross-site request forgery protection - **Content Security Policy**: Configurable CSP headers #### Network Security - **HTTPS Enforcement**: TLS/SSL encryption for all communications - **CORS Configuration**: Configurable Cross-Origin Resource Sharing - **Rate Limiting**: Configurable rate limiting to prevent abuse - **IP Whitelisting**: Optional IP-based access control - **Request Size Limits**: Protection against large payload attacks #### Infrastructure Security - **Container Security**: Secure Docker configurations - **Environment Isolation**: Proper environment variable handling - **Secrets Management**: Secure handling of sensitive configuration - **Logging & Monitoring**: Comprehensive security event logging - **Health Checks**: Regular security health monitoring ## Reporting a Vulnerability ### How to Report We take all security vulnerabilities seriously. If you discover a security vulnerability, please report it to us as described below. **Please do NOT report security vulnerabilities through public GitHub issues.** #### Preferred Method: Private Security Advisory 1. Go to the [Security tab](https://github.com/your-org/anydocs-mcp-server/security) of our GitHub repository 2. Click "Report a vulnerability" 3. Fill out the security advisory form with detailed information 4. Submit the report #### Alternative Method: Email If you prefer to report via email, send your report to: **security@anydocs-mcp.com** ### What to Include Please include the following information in your report: #### Required Information - **Vulnerability Type**: What type of vulnerability is it? - **Location**: Where is the vulnerability located? - **Description**: Detailed description of the vulnerability - **Impact**: What is the potential impact? - **Reproduction Steps**: Step-by-step instructions to reproduce - **Proof of Concept**: Code or screenshots demonstrating the issue #### Optional Information - **Suggested Fix**: If you have ideas for fixing the vulnerability - **References**: Links to relevant security resources - **CVE Information**: If a CVE has been assigned - **Timeline**: Any time constraints or disclosure timeline preferences ### Example Report Template ```markdown ## Vulnerability Report ### Summary Brief description of the vulnerability ### Vulnerability Details - **Type**: [e.g., SQL Injection, XSS, Authentication Bypass] - **Severity**: [Critical/High/Medium/Low] - **Location**: [File path, URL, or component] - **Affected Versions**: [Version numbers] ### Description Detailed description of the vulnerability and how it works. ### Impact Description of what an attacker could achieve by exploiting this vulnerability. ### Reproduction Steps 1. Step one 2. Step two 3. Step three ### Proof of Concept ```code // Example code or curl command ``` ### Suggested Mitigation If you have suggestions for fixing the vulnerability. ### References - Link to relevant security resources - CVE numbers if applicable ``` ## Response Process ### Our Commitment We are committed to: 1. **Acknowledging** your report within **48 hours** 2. **Providing** regular updates on our progress 3. **Crediting** you appropriately (if desired) 4. **Working** with you to understand and resolve the issue 5. **Notifying** you when the issue is resolved ### Response Timeline | Severity | Initial Response | Status Updates | Resolution Target | |----------|------------------|----------------|-------------------| | Critical | 24 hours | Daily | 7 days | | High | 48 hours | Every 3 days | 30 days | | Medium | 72 hours | Weekly | 60 days | | Low | 1 week | Bi-weekly | 90 days | ### Severity Classification #### Critical - Remote code execution - Authentication bypass - Privilege escalation to admin - Data breach affecting sensitive information #### High - Significant data exposure - Privilege escalation to user - Denial of service affecting availability - Cross-site scripting with significant impact #### Medium - Information disclosure - Cross-site request forgery - Local privilege escalation - Input validation issues #### Low - Minor information disclosure - Issues requiring significant user interaction - Theoretical vulnerabilities with minimal impact ## Disclosure Policy ### Coordinated Disclosure We follow a coordinated disclosure process: 1. **Private Reporting**: Vulnerabilities are reported privately 2. **Investigation**: We investigate and develop fixes 3. **Coordination**: We work with the reporter on disclosure timeline 4. **Public Disclosure**: We publicly disclose after fixes are available 5. **Credit**: We provide appropriate credit to the reporter ### Disclosure Timeline - **Day 0**: Vulnerability reported - **Day 1-2**: Initial acknowledgment and triage - **Day 3-30**: Investigation and fix development - **Day 30-90**: Testing and validation - **Day 90**: Public disclosure (or earlier if agreed) ### Public Disclosure When we publicly disclose a vulnerability, we will: 1. **Release** a security update 2. **Publish** a security advisory 3. **Update** the changelog 4. **Notify** users through appropriate channels 5. **Credit** the reporter (if desired) ## Security Best Practices ### For Users #### Installation Security - Always download from official sources - Verify checksums and signatures - Use the latest stable version - Follow installation security guidelines #### Configuration Security - Use strong, unique passwords - Enable HTTPS/TLS encryption - Configure proper access controls - Regularly update configuration - Monitor security logs #### Operational Security - Keep software updated - Monitor for security advisories - Implement proper backup procedures - Use network security measures - Regular security audits ### For Developers #### Secure Development - Follow secure coding practices - Implement input validation - Use parameterized queries - Handle errors securely - Implement proper authentication #### Code Review - Review code for security issues - Use static analysis tools - Perform security testing - Document security considerations - Follow the principle of least privilege #### Dependencies - Keep dependencies updated - Monitor for security advisories - Use dependency scanning tools - Minimize dependency usage - Verify dependency integrity ## Security Resources ### Documentation - [Security Configuration Guide](docs/security/configuration.md) - [Authentication Setup](docs/security/authentication.md) - [Network Security](docs/security/network.md) - [Monitoring & Logging](docs/security/monitoring.md) ### Tools - [Security Scanner](tools/security-scanner.py) - [Configuration Validator](tools/config-validator.py) - [Log Analyzer](tools/log-analyzer.py) - [Health Checker](tools/health-checker.py) ### External Resources - [OWASP Top 10](https://owasp.org/www-project-top-ten/) - [NIST Cybersecurity Framework](https://www.nist.gov/cyberframework) - [CWE/SANS Top 25](https://cwe.mitre.org/top25/) - [SANS Secure Coding Practices](https://www.sans.org/white-papers/2172/) ## Security Updates ### Notification Channels Stay informed about security updates through: - **GitHub Security Advisories**: Automatic notifications - **Release Notes**: Security fixes highlighted - **Mailing List**: Security-focused announcements - **RSS Feed**: Security advisory feed ### Update Process 1. **Monitor** for security advisories 2. **Review** the impact on your deployment 3. **Test** updates in a staging environment 4. **Apply** updates to production 5. **Verify** the fix is effective ## Compliance ### Standards Compliance AnyDocs MCP Server is designed to help meet various compliance requirements: - **GDPR**: Data protection and privacy - **SOC 2**: Security and availability - **ISO 27001**: Information security management - **NIST**: Cybersecurity framework - **OWASP**: Web application security ### Audit Support We provide: - **Security documentation** - **Audit logs and reports** - **Compliance checklists** - **Security assessment tools** - **Professional support** (enterprise) ## Contact Information ### Security Team - **Email**: security@anydocs-mcp.com - **PGP Key**: [Download PGP Key](security/pgp-key.asc) - **Response Time**: 24-48 hours ### General Support - **GitHub Issues**: For non-security issues - **Documentation**: Comprehensive guides - **Community**: Discussion forums ## Acknowledgments ### Security Researchers We thank the following security researchers for their responsible disclosure: - [List will be updated as reports are received] ### Bug Bounty While we don't currently offer a formal bug bounty program, we: - **Acknowledge** all valid reports - **Provide** public credit (if desired) - **Consider** rewards for exceptional findings - **May** offer swag or recognition ## Legal ### Safe Harbor We support safe harbor for security researchers who: - **Act in good faith** to avoid privacy violations - **Report** vulnerabilities promptly - **Avoid** data destruction or degradation - **Do not** access data beyond what's necessary - **Keep** information confidential until resolved ### Scope This policy applies to: - **AnyDocs MCP Server** software - **Official Docker images** - **Documentation and examples** - **Related infrastructure** (where applicable) ### Out of Scope - **Third-party integrations** (unless directly caused by our code) - **User-specific configurations** - **Social engineering attacks** - **Physical security issues** - **Denial of service attacks** --- **Last Updated**: January 2024 **Version**: 1.0 For questions about this security policy, please contact: security@anydocs-mcp.com