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Infrastructure Security

Security measures in meinGPT infrastructure and operations

Detailed Security Information: Technical implementation details, specific configurations, and operational procedures are available after signing an NDA.

Cloud-Native Security Architecture

Modern Zero Trust Architecture

We implement a modern cloud-native Zero Trust architecture with enterprise-grade managed services:

  • Managed Kubernetes: Enterprise-grade security with service mesh
  • End-to-End Encryption: mTLS between all services
  • Comprehensive Auditing: Complete logging of all Kubernetes requests
  • TLS 1.3: Modern transport encryption for all connections

Network Security

Our network security measures include:

  • DDoS Protection: Automatic detection and defense against attacks
  • SSL/TLS Termination: Encrypted connections (TLS 1.3)
  • Rate Limiting: Protection against brute-force attacks
  • Health Checks: Continuous service monitoring
  • OWASP Top 10 Protection: Defense against common web attacks
  • Zero Trust Network: Verification of all network access

Container and Kubernetes Security

Container Security

We implement comprehensive container security measures:

  • Image Scanning: Automatic checking for known vulnerabilities
  • Runtime Security: Runtime monitoring
  • Network Policies: Strict network segmentation between containers
  • Resource Limits: CPU and memory limits per container
  • Secrets Management: Secure distribution of configuration data
  • Immutable Infrastructure: Immutable container images

Kubernetes Security

Our Kubernetes implementation follows best practices:

  • Pod Security Standards: Enforcement of security policies
  • Network Policies: Control of pod-to-pod communication
  • RBAC Implementation: Role-based access control
  • Admission Controllers: Validation and mutation of resources
  • Secret Encryption: Encryption of secrets at rest

Data Security

Encryption

We implement comprehensive encryption measures:

  • Encryption at Rest: Encryption for stored data
  • Encryption in Transit: TLS 1.3 for all data transfers
  • Database Encryption: Managed database encryption
  • UUIDs and CUIDs: Protection against IDOR attacks through non-sequential IDs

Backup and Recovery

  • Automatic Backups: Daily encrypted backups
  • Geographic Distribution: Backups in separate data centers
  • Managed Database Services: Enterprise-grade backup strategies

Database Security

  • Managed PostgreSQL: UbiCloud managed database with encryption
  • Connection Encryption: Encrypted database connections
  • Privilege Management: Minimal database permissions
  • Access Logging: Logging of all DB access

Monitoring and Alerting

Comprehensive Monitoring System

We implement a multi-layered monitoring system:

  • Service Monitoring: Continuous monitoring of all services
  • Real-time Alerts: Automatic notification of critical events
  • Log Archiving: Central collection and archiving of system logs
  • Error Tracking: Real-time error monitoring and analysis
  • Health Checks: Kubernetes-based health monitoring
  • Structured Logging: Complete traceability of all service interactions

Performance and Availability

  • Uptime Monitoring: Continuous availability monitoring
  • Performance Metrics: Monitoring of response times
  • Automated Alerting: Automatic calls for critical outages
  • Hot-Fix Pipeline: Fast update mechanisms

Incident Response

Basic Incident Response Structure

We have implemented basic incident response procedures:

  • Automated Alerting: Automatic notifications for critical incidents
  • Hot-Fix Pipeline: Fast update mechanisms for critical issues
  • Application Event Tracking: Monitoring of application events
  • Security Incident Reporting: Established reporting procedures

Detailed Incident Response Plans: Specific escalation paths, response times, and operational procedures are documented in our internal incident response plan and available after NDA signing.

Response Procedures

Our incident response follows established principles:

  • Detection: Automatic and manual detection
  • Analysis: Assessment of severity and impact
  • Containment: Containment of the incident
  • Recovery: Restoration of normal operations
  • Lessons Learned: Post-incident analysis

Compliance and Certifications

Current Compliance Status

  • GDPR/DSGVO: Full General Data Protection Regulation compliance
  • ISO 27001: In preparation (gap analysis and implementation planned)
  • SOC 2 Type II: Planned for 2026
  • BSI IT-Grundschutz: Alignment with German standards

Audit and Assessment

  • Internal Security Reviews: Quarterly reviews
  • External Penetration Tests: First test with SySS planned for August 2025
  • Vulnerability Assessments: Continuous vulnerability analysis
  • Bug Bounty Program: Continuous external security testing
  • Compliance Reviews: Regular compliance checks

Documentation and Policies

  • Security Policies: Comprehensive IT security guidelines implemented
  • Incident Response: Basic structures in place
  • Business Continuity: Disaster recovery plans in development
  • Change Management: Control of system changes via CI/CD

Hosting and Physical Security

Hosting Partner Security

We rely on first-class hosting partners with high security standards:

  • Tier III/IV Data Centers: Enterprise-grade infrastructure
  • Multi-Zone Deployment: Distribution across multiple availability zones
  • SLA Monitoring: Monitoring of Service Level Agreements
  • VPN Access: Secure remote connections

Business Continuity

Backup and Recovery

  • Daily Backups: Automatic backups to separate data center
  • Managed Services: Enterprise-grade backup strategies
  • Geographic Distribution: Distribution across multiple locations
  • Disaster Recovery: Plans in development

High Availability

  • Auto-Scaling: Automatic scaling during peak loads
  • Health Checks: Continuous health monitoring
  • Load Balancing: Distribution of load across multiple servers
  • Graceful Degradation: Controlled performance reduction

Contact and Support

Security Team

Additional Resources