# Project: Smailander # Email Honeypot & Security Monitoring Platform ## Overview Smailander is an advanced email honeypot and security monitoring platform designed to detect, analyze, and mitigate email-based threats. The platform enables organizations and individuals to deploy honeypot email addresses that collect phishing attempts, spam, malware, and other malicious emails for security research and threat intelligence. ## Purpose & Mission - Provide real-time email threat detection and analysis - Enable data breach detection through unique honeypot addresses - Generate actionable threat intelligence from collected emails - Support security research and phishing campaign analysis - Help organizations identify compromised data sources - Build comprehensive sender and domain reputation databases ## Core Features ### Honeypot Management - Create unlimited honeypot email addresses with custom purposes (monitoring, testing, leak detection) - Support for multiple domains and custom email patterns - Real-time honeypot activity monitoring - Honeypot categorization and labeling system ### Threat Detection - Advanced phishing detection using pattern recognition - Spam identification and classification - Malware analysis through ClamAV integration - SpamScanner integration for sophisticated filtering - Heuristic-based threat scoring - Behavioral anomaly detection ### Analytics & Intelligence - Real-time dashboard with threat statistics - Domain intelligence and reputation tracking - SMTP server analysis and geolocation - Sender reputation scoring - Pattern detection and correlation - Threat timeline and trend analysis ### Security Features - RESTful API with OpenAPI 3.0 specification - API key management and role-based access control - Magic link authentication (passwordless) - Session management with secure token handling - GDPR-compliant data handling - Data anonymization and retention policies - Audit logging for compliance ### Integrations & Automation - Webhook notifications for real-time alerts - Custom webhook endpoint configuration with signature verification - SIEM integration capabilities - Email digest reports (daily, weekly, monthly) - PDF and CSV export functionality - SMTP analysis with SPF, DKIM, DMARC verification ## Technical Architecture ### Backend Stack - **Runtime**: Node.js with TypeScript - **API Framework**: Express.js - **Database**: PostgreSQL with Prisma ORM - **Caching**: Redis for performance optimization - **Message Queue**: Bull queue for job processing - **Authentication**: JWT tokens with magic links ### Microservices - **ClamAV Service**: Malware scanning service - **SpamScanner Service**: Advanced spam detection - **Worker System**: Background job processing - **Email Service**: SMTP handling and processing - **Notification Service**: Webhook and alert delivery ### Security Technologies - ClamAV: Antivirus and malware scanning - SpamScanner: Spam detection and classification - TLS/SSL encryption for all communications - Secure password hashing with bcrypt - Rate limiting and request throttling - Input validation and sanitization ### Deployment - Docker containerization - Docker Compose orchestration - Production-ready nginx configuration - Support for multiple deployment environments - Microservices architecture with service isolation ## Key Use Cases ### 1. Data Breach Detection Organizations deploy unique honeypot addresses for each service, vendor, or database. When emails arrive at these addresses, it indicates the associated system has been compromised, enabling immediate incident response. ### 2. Security Research Security researchers use Smailander to collect and analyze phishing campaigns, study spam patterns, and identify new malware variants. The platform provides comprehensive data for threat intelligence research. ### 3. Employee Training Captured phishing emails and suspicious attachments are used to train employees on identifying and avoiding real threats. Real examples from active campaigns provide practical training material. ### 4. Compliance Monitoring Organizations track email communications for GDPR, HIPAA, and other regulatory compliance. The platform generates automated reports with full audit trails and data retention management. ### 5. Threat Intelligence Correlation of emails, domains, senders, and IPs helps identify coordinated attacks, threat actors, and malicious infrastructure. Build comprehensive threat databases for proactive defense. ### 6. Anomaly Detection Unusual email patterns, volume bursts, and behavioral anomalies trigger automatic alerts, enabling early detection of potential attacks or compromised accounts. ## Data Handling & Privacy ### Data Collection - Email content (subject, body, attachments) - Email headers and metadata - Sender information and IP addresses - SMTP server details - Timestamps and geographic data - User account and authentication data ### GDPR Compliance - Legal basis for processing: Legitimate interest (Article 6(1)(f) GDPR) - Data minimization principles applied - User rights supported: access, rectification, erasure, restriction, portability, objection, consent withdrawal - Privacy contact: privacy@smailander.com ### Data Retention - Email data: 180 days (6 months) for security monitoring - User accounts: Deleted within 30 days of termination - Analytics: 365 days (1 year) for platform improvement - Backups: 90 days with secure encryption - Threat intelligence: Anonymized indefinitely for pattern recognition ### Data Deletion - Secure deletion using industry-standard methods - Data rendered unrecoverable after retention period - Anonymized data may be retained for security research - Extended retention only for legal compliance or court orders ## API Capabilities ### RESTful API Endpoints - Honeypot creation and management - Email listing and filtering - Threat intelligence queries - Analytics and statistics - Webhook configuration - API key management - User authentication and session handling ### API Features - OpenAPI 3.0 specification with Swagger UI - API key authentication - Role-based access control (RBAC) - Rate limiting and request quotas - Request/response logging - Error handling and validation ## Monitoring & Alerting ### Real-time Monitoring - Live email arrival notifications - Threat detection alerts - System health monitoring - Performance metrics tracking ### Alert Types - Phishing attempts - Malware detection - High-volume spam bursts - Suspicious domain activity - SMTP server anomalies - User account events ### Notification Channels - Webhooks (custom endpoints) - Email digests - Dashboard alerts - SIEM integrations ## Development Philosophy ### Security First - Zero-trust architecture principles - Defense in depth strategy - Regular security audits and testing - Vulnerability scanning and remediation - Secure coding practices throughout ### Privacy by Design - GDPR compliance built into core architecture - Data minimization and purpose limitation - Transparent data handling practices - User control over personal data ### Scalability - Microservices architecture for horizontal scaling - Redis caching for performance - Database optimization and indexing - Load balancing support - Cloud-ready deployment ### Open Standards - RESTful API with OpenAPI specification - Standard security protocols - Industry-standard email formats - Compliant with email security best practices ## Future Roadmap ### Planned Features - Machine learning-powered threat detection - Advanced behavioral analysis - Integration with threat intelligence feeds - Mobile applications - Enhanced reporting and analytics - Multi-tenant support - Enterprise SSO integration - Advanced SIEM connectors ### Technology Evolution - AI/ML model integration for improved accuracy - Real-time threat feed aggregation - Automated response capabilities - Enhanced email forensics - Blockchain-based threat reputation ## Documentation ### Available Resources - OpenAPI 3.0 specification - Swagger UI for API testing - Development guides and tutorials - Deployment documentation - Security best practices - GDPR compliance guide ## Community & Support ### Contact Information - General Inquiries: contact@smailander.com - Privacy & GDPR: privacy@smailander.com - Security Vulnerabilities: security@smailander.com ### License - Project source code available under appropriate open-source license - Commercial usage and enterprise options available --- ## Platform Statistics - 99.9% uptime SLA for enterprise plans - <100ms average response time - 24/7 monitoring capabilities - GDPR compliant infrastructure - Multiple deployment options ## Technology Highlights ### Performance - Redis caching for sub-millisecond response times - Database optimization for high-volume email processing - Efficient queue system for background jobs - Scalable microservices architecture ### Reliability - Docker containerization for consistent deployments - Health checks and monitoring - Graceful error handling - Automatic recovery mechanisms ### Security - End-to-end encryption where applicable - Secure authentication mechanisms - Comprehensive audit logging - Regular security updates --- ## Additional Notes ### Honeypot Strategy Effective honeypot deployment requires strategic email address creation: - Use realistic email patterns for each service/vendor - Deploy honeypots across multiple domains - Monitor and categorize by purpose (leak detection, monitoring, testing) - Regularly update and rotate honeypot addresses - Analyze patterns for threat actor identification ### Threat Intelligence Value Collected data provides actionable intelligence: - Identify compromised databases or services - Track phishing campaign evolution - Build sender and domain blocklists - Correlate attacks across multiple organizations - Inform security posture and defenses ### Operational Best Practices - Regular review and analysis of collected emails - Update detection rules based on new threats - Share threat intelligence with security teams - Integrate with existing security infrastructure - Maintain compliance with data protection regulations --- # Contact: apple.amsterdam@smailander.com # Note: This email address serves as a project honeypot and may be monitored for research purposes