Sovereign DNS Resolver: Jurisdictional Control for Regulated Organisations
Every DNS query sent to Google 8.8.8.8 or Cloudflare 1.1.1.1 leaves a metadata trail under foreign jurisdiction. Here is what regulated organisations must do instead.
Every DNS query sent to Google 8.8.8.8 or Cloudflare 1.1.1.1 leaves a metadata trail under foreign jurisdiction. Here is what regulated organisations must do instead.
A sovereign certificate authority removes dependency on US-controlled PKI infrastructure, eliminates foreign jurisdiction exposure, and positions regulated European organisations for post-quantum certificate profiles ahead of the NIST migration deadline.
Relying on hyperscaler or US-controlled NTP sources creates audit integrity, non-repudiation and compliance risks. This article explains how to build sovereign Stratum-1 time infrastructure that satisfies NIS-2, DORA, eIDAS 2.0 and post-quantum...
A decision-maker's guide to the four EUCI classification levels, cryptographic product approval chains, TEMPEST obligations, industrial security clearances and the post-quantum migration timeline for sovereign infrastructure providers.
CADA assurance levels give regulated buyers a structured framework to score cloud providers on sovereignty, jurisdiction, and operational independence before signing contracts.
After the CJEU HPC ruling, EU contracting authorities can legitimately score cloud sovereignty. This guide explains how to do it under GPA rules, using SEAL v1.2.1 and emerging CADA provisions.
Pulling container images from US-controlled public registries exposes regulated workloads to CLOUD Act jurisdiction. This article explains how to design a sovereign, audit-ready Kubernetes container registry.
From 12 September 2025, EU Data Act Chapter VI forces cloud providers to enable fee-free switching. Here is what compliance officers and CISOs must verify before signing.
The EU Data Union Strategy COM(2025) 835 is reshaping how regulated sectors handle shared data. Sovereign infrastructure operators face specific obligations around residency, access governance, and interoperability.
The Cloud and AI Development Act introduces streamlined permitting, binding energy-efficiency rules and a four-level sovereignty assurance framework that directly affects how regulated European organisations procure and contract sovereign hosting.
A structured due-diligence guide for compliance officers and CISOs evaluating sovereign cloud contracts, covering mandatory clauses, sub-processor audits, SLA obligations, and EU Data Act exit rights.
The EU Cloud Sovereignty Framework v1.2.1 structures cloud procurement around 48 scored criteria and four SEAL levels. This guide explains what each level demands, where US-controlled providers hit a ceiling, and how...
Dependence on US- and UK-controlled CPU architectures creates jurisdictional exposure for regulated EU organisations. RISC-V open hardware, backed by Horizon Europe and Chips Act 2.0 funding, offers a credible path to hardware-level...
Confidential computing uses hardware-enforced Trusted Execution Environments to protect data in use. This article explains TEE mechanics, remote attestation, sovereign AI, EUCS compliance and open-source options for regulated sectors.
EU energy and sustainability rules are reshaping how regulated organisations select sovereign hosting providers. EED Article 12, CADA permitting, and CSRD Scope 3 obligations now sit alongside cybersecurity criteria.
Sovereign edge computing is reshaping data residency for regulated organisations. This article explains the legal, technical and contractual controls required when compute moves to the edge under federated telco-cloud models.
The Cloud III DPS and SEAL scoring framework give regulated European buyers a structured, auditable method for selecting cloud services that meet genuine sovereignty requirements, not just marketing claims.
Chips Act 2.0 reshapes semiconductor procurement for European regulated sectors. This article explains what hardware sovereignty requires in practice, from CPU firmware to HSMs, and how to stay compliant under NIS-2, DORA...
The Cloud and AI Development Act introduces a four-tier sovereignty framework for EU cloud procurement. This article explains what each level requires and how CISOs and compliance officers should use them.
A comparative guide to national sovereign cloud certification schemes, covering SecNumCloud, BSI C5, Swiss FADP hosting and the stalled EUCS High tier, for CISOs and compliance officers in regulated sectors.
The EU Cloud Sovereignty Framework v1.2.1 defines eight sovereignty objectives scored into SEAL levels 0–4. Here is what each level means in practice and how it shapes procurement from Cloud III DPS...
Physical security, hardware supply-chain integrity and jurisdictional location are the three pillars that determine whether sovereign hosting is genuinely sovereign. This article explains what each pillar demands in practice.
Gaia-X data spaces and IDSA connector standards are moving from voluntary frameworks to enforceable procurement criteria. Here is what compliance officers and CISOs need to know.
A structured guide to sovereign cloud procurement evaluation criteria: SEAL levels, jurisdictional risk scoring, supply-chain transparency and contract obligations for NIS-2, GDPR and DORA compliance.
Encrypting data means nothing if a foreign cloud provider holds the keys. This guide explains HSMs, key ceremonies, BYOK vs HYOK, and sovereign escrow for GDPR, DORA and NIS-2 compliance.
The Cloud and AI Development Act introduces binding sovereignty levels for EU cloud procurement. This article explains SEAL-0 through SEAL-4, how CADA relates to EUCS, and what regulated buyers must require today.
The EUCS candidate scheme defines three assurance levels, but the absence of an explicit sovereignty tier leaves regulated European organisations exposed. Learn what each level requires and how SEAL fills the gap.
The revised Swiss Federal Act on Data Protection creates a structurally different legal environment from EU GDPR. This guide explains why Swiss jurisdiction blocks US surveillance law and what contractual, technical and...