Data and jurisdiction
Primary data, backups, logs, replicas, processing locations, transfer rules and applicable jurisdictions.
GLOBAL SOVEREIGN DIGITAL INFRASTRUCTURE
Sovereignty designed around every jurisdiction, workload and control plane.
CloudINX helps organisations assess and align data location, network routing, operational access, encryption, identity, platform portability, continuity and exit requirements across Canada, the United States, the United Kingdom, Europe, Africa, the Middle East, Asia-Pacific and Latin America.
GLOBAL SOVEREIGNTY FRAMEWORK
Sovereignty is the complete chain of legal, technical, operational and commercial control.
The CloudINX framework separates each control domain so the customer can define what must remain local, what may cross borders, who may administer the environment and how the service can continue or migrate when conditions change.
Network and routing
Transit countries, domestic breakout, DNS, inspection, landing stations, satellite gateways and approved corridors.
Operations and access
Administrator location, support boundaries, privileged access, session recording and locally controlled operations.
Encryption and identity
Key ownership, HSM location, rotation, revocation, identity provider, privileged roles and emergency access.
Platform and supply chain
Workload portability, open interfaces, configuration export, hardware provenance, software dependency and spares.
Continuity and exit
Independent recovery, disconnected operation, transition support, data export, secure deletion and replacement-operator readiness.
Physical infrastructure
Facility, land, power, remote-hands, equipment custody, cross-connect, edge and field-operating controls.
AI and model control
Training data, prompts, model weights, GPU location, inference, vector stores, telemetry and model portability.
EQUAL JURISDICTION OVERLAYS
One global control framework, applied to the jurisdictions relevant to each customer.
Each engagement is qualified against the customer’s actual data subjects, contracting entities, infrastructure locations, support model, sector and transfer requirements. No geography is treated as the default.
Canada
Federal, provincial, public-sector, Indigenous data-governance, residency, operational-access, key-custody and continuity considerations.
United States
Federal, state, sector, critical-infrastructure, export-control, domestic-operations and lawful-access considerations.
United Kingdom
UK data, transfer, support-access, key custody, operational location, continuity and exit controls.
Europe
Country and regional requirements across data, processing, administration, portability, transfers and operational evidence.
Africa
African Union alignment plus individual country overlays—never one generic continental treatment.
Middle East
National cloud, government, data-location, local-operations, sector and cross-border infrastructure requirements.
Asia-Pacific
Country-specific localisation, sector, transfer, support, cloud-region and infrastructure-control requirements.
Latin America and Caribbean
Country-specific privacy, residency, transfer, operational, network-route and continuity requirements.
CONTROL-PLANE DESIGN
Define sovereignty separately for every asset and operating function.
Data
Primary, backup, replica, snapshot, archive, log and deletion location.
Network
Transit, DNS, DDoS, inspection, internet breakout, subsea and satellite gateway location.
Administration
Permitted operator countries, support access, approval, session recording and segregation of duties.
Keys
Generation, custody, HSM, rotation, dual control, recovery and revocation.
Identity
Customer identity provider, privileged access, workload identities and break-glass controls.
Platform
Export formats, APIs, VM and container portability, configuration and infrastructure-as-code.
Physical estate
Facilities, hardware custody, remote hands, power, spares, maintenance and site access.
Continuity
Independent recovery, disconnected operation, migration, secure deletion and exit assurance.
DESIGN PROFILES
Combine the controls required for the workload—not a generic sovereignty label.
Residency-controlled
Primary data, backups, logs and replicas restricted to approved locations.
Jurisdiction-controlled
Contracts, processing, transfers and disclosure exposure aligned to approved jurisdictions.
Operationally sovereign
Administration, monitoring and support restricted to approved people and locations.
Cryptographically sovereign
Customer-selected control over keys, HSMs, rotation, recovery and revocation.
Platform-sovereign
Workloads, data and configurations remain exportable through documented formats and interfaces.
Mission-critical sovereignty
Dedicated infrastructure with strict route, access, continuity, supply-chain and exit controls.
IMPORTANT SCOPE
Sovereignty is an implemented control outcome—not a label.
CloudINX provides infrastructure architecture, sourcing, qualification and operating-model design. Sovereignty outcomes depend on the selected providers, contracts, facilities, routes, support locations and implemented controls. A CloudINX design profile is not a legal certification; jurisdiction-specific compliance must be confirmed with the customer’s legal, privacy and regulatory advisers.
HOW ENGAGEMENT WORKS
From jurisdiction mapping to an evidence-backed operating model.
- 01
Map
Identify jurisdictions, data classes, workloads, routes, administrators, keys and dependencies.
- 02
Assess
Separate confirmed controls, assumptions, gaps, legal dependencies and operational risks.
- 03
Architect
Design infrastructure, routing, identity, encryption, continuity and exit controls.
- 04
Evidence
Document implemented controls, ownership, monitoring, exceptions, reviews and lifecycle change.
CLOUDINX GLOBAL SOVEREIGNTY ARCHITECTURE
Control where infrastructure operates, how data moves and who holds authority.
Start with the applicable jurisdictions, data classes, operating constraints and required control outcomes.