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Course Outline

Sovereign Architecture Design

  • Threat modeling: Identifying cloud dependencies and data egress points.
  • Network topology: Establishing DMZ, internal zones, and management networks.
  • Hardware selection: Selecting servers, storage, networking gear, and UPS units.
  • Disaster recovery sites and air-gap requirements.

Identity and Access Foundation

  • Deploying Authentik for single sign-on (SSO) across all services.
  • Designing LDAP directories and group policies.
  • Implementing Step CA for service-to-service mutual TLS (mTLS).
  • Enrolling YubiKeys and hardware tokens.

Communication and Collaboration Hub

  • Utilizing Synapse/Element for chat and federation capabilities.
  • Implementing Jitsi Meet for video conferencing.
  • Setting up Roundcube/Nextcloud Mail for email services.
  • Leveraging Nextcloud for file synchronization, calendars, and contacts.
  • Integrating OnlyOffice for document editing.

Development and Operations Platform

  • Using Gitea for source code management and CI/CD pipelines.
  • Employing Woodpecker CI for automated builds.
  • Utilizing Nexus or Harbor as artifact and container registries.
  • Implementing Wazuh for security monitoring and compliance.
  • Setting up Uptime Kuma for service health dashboards.

AI and Knowledge Management

  • Deploying Ollama with local LLM serving capabilities.
  • Providing internal AI assistant access via LibreChat.
  • Using Obsidian or Logseq for personal knowledge bases.
  • Preserving web content through Hoarder/ArchiveBox.

Security and Perimeter

  • Deploying pfSense or OPNsense firewalls.
  • Configuring Suricata IDS/IPS with custom rulesets.
  • Establishing remote access via WireGuard/OpenVPN.
  • Implementing Pi-hole for DNS filtering and local resolution.
  • Managing team passwords securely using Vaultwarden.

Backup, DR, and Operations

  • Centralizing backups across all services with BorgBackup.
  • Automating database dumps and off-site replication.
  • Documenting runbooks and incident response procedures.
  • Conducting capacity planning and defining scaling triggers.
  • Performing quarterly sovereignty audits and dependency reviews.

Capstone Project

  • Students present their fully operational sovereign stack.
  • Peer review of architecture decisions and tradeoffs.
  • Load testing and failure injection exercises.
  • Documentation handoff and operational readiness assessment.

Requirements

  • Advanced knowledge of Linux, networking, and container orchestration.
  • Completion of at least two other Data Sovereignty courses or equivalent practical experience.
  • Familiarity with DNS, TLS, firewall configurations, and backup concepts.

Audience

  • Senior infrastructure architects responsible for designing sovereign organizations.
  • CTOs and CISOs developing digital independence roadmaps.
  • Government and defense digital transformation teams.
 35 Hours

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