Foundations of Digital Sovereignty: Architectural Independence, Jurisdictional Risk, and the Reassertion of Democratic Public Infrastructure
A critical investigation into the systemic vulnerabilities of commercial cloud monopsony, extraterritorial legal exposure under the US CLOUD Act, and the practical architectures of computational autonomy.
Abstract
Over the past four decades, liberal democracies have systematically ceded the governance of their computational infrastructure, communications pipelines, and collective intellectual property to an oligopoly of foreign private monopolies. This inquiry establishes that digital sovereignty cannot be achieved through domestic physical data residency alone, due to the extraterritorial reach of foreign statutes such as the United States CLOUD Act. Synthesising landmark European jurisprudence (CJEU Schrems II), regulatory standards (ANSSI SecNumCloud, Digital Markets Act), municipal case studies (Barcelona, Dataport, Munich, GendBuntu, Datatilsynet), and theoretical critique from the London School of Economics and Waag Futurelab, this inquiry demonstrates that national digital sovereignty is an emergent property of citizen-level cryptographic and computational autonomy.
Core Research Sections
1. Transition from Public Commons to Platform Oligopoly
Analysis of the historical shift from open, federated academic protocols to centralised, proprietary hyperscale cloud monopolies (Amazon AWS, Microsoft Azure, Google Cloud) and the structural lock-in imposed on democratic institutions.
2. The Jurisdictional Fallacy of Physical Data Localisation
Examination of the United States CLOUD Act (2018), Section 702 FISA, and Executive Order 12333, demonstrating why physical server placement within domestic borders provides no legal immunity against foreign extraterritorial subpoena powers.
3. European Regulatory Architecture: SecNumCloud and the Digital Markets Act
Evaluation of the French ANSSI SecNumCloud standard, the EU Digital Markets Act (DMA), and the European Data Governance Act in setting mandatory thresholds for corporate ownership, operational staffing, and jurisdictional immunity.
4. Empirical Precedents: Institutional Migration Initiatives
Detailed retrospective on key public sector transitions: Barcelona’s cryptographic data commons (DECODE/Decidim), Northern Germany’s Dataport and openDesk / Sovereign Workplace deployment, Munich’s LiMux trajectory, the French National Gendarmerie’s GendBuntu, and Datatilsynet’s binding enforcement against Google Workspace.
Companion Monographs & Policy Briefs
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Municipal Digital Sovereignty: Comparative analysis across Europe, North America, and the Asia-Pacific.
Available download: Municipal-Digital-Sovereignty-Policy-Brief.pdf -
Operationalising Municipal Sovereign AI: Strategic architectures, local inference stacks, and civic algorithmic registers.
Available download: Municipal-Sovereign-AI-Deployment-Guidance.pdf -
Micro-Autonomy and the Sovereign Professional: Cloud risk governance, fiduciary privilege, and client confidentiality.
Available download: Sovereign-Professional-Practice-Guide.pdf - ANSSI SecNumCloud 3.2 Standards Reference: Information security and extraterritorial immunity requirements for sovereign cloud service providers.
Interactive Operational Workbench
Migration Script Engine: Production-grade bash scripts to migrate from Google Drive to Nextcloud, Microsoft 365 to openDesk, AWS S3 to MinIO, and Gmail to sovereign Proton/Tuta mail.
Decentralized Storage Explorer: Cryptographic storage protocol comparison across IPFS, Arweave, Filecoin, Sia, and Storj.
Sovereign AI & Local Inference Explorer: Run open-weights models (Mistral, Llama) with vLLM, Ollama, and pgvector retrieval-augmented generation.
Privacy & Data Sovereignty Risk Audit: Interactive assessment tool calculating institutional vulnerability scores across legal jurisdiction, data residency, and encryption posture.
Self-Hosted Stack Builder: Docker Compose and Kubernetes orchestration blueprints for sovereign institutional IT.