Cloud infrastructure that no foreign vendor can reach, no foreign government can compel, no supply-chain attack can compromise.
Air-gapped sovereign cloud, FedRAMP/IL5-equivalent, FIPS 140-3 Level 3 HSMs, 100% on-shore, 100% customer-controlled. Cryptomize's sovereign cloud is the national-scale infrastructure layer that governments, banks, telecoms, defence establishments, and critical infrastructure operators run on. 14 country deployments with sovereign operation. 12+ years of zero-incident operation.
Deployment signature
ActiveCountry deployments
14
Sovereign operation
9
Platforms
5
Sovereignty
7
Security
0
Incidents
Track record
15+ years · 18 countries
Sovereign cloud Defined without the hyperscaler pitch.
The complete definition, scope, and architectural reality of sovereign national cloud — without hyperscaler marketing abstraction, without consulting speak, without the sovereignty gaps of foreign-controlled alternatives.
Sovereign cloud and national infrastructure are the integrated technology layer that powers digital government, national defence, critical infrastructure, and regulated industries. The category encompasses on-premises cloud infrastructure, virtualization, container orchestration, storage, networking, identity, key management, monitoring, and the operational layer that runs national-scale digital services. These are not hyperscaler alternatives (AWS, Azure, GCP) — they are the sovereign alternative to the hyperscaler, operated by the customer, on-shore, with full ownership transfer.
Sovereign cloud operates under constraints that hyperscaler cloud cannot meet. Data sovereignty — every byte stays on-shore, under customer control, with no foreign access. Operational sovereignty — every operation stays in the customer's security perimeter, with no foreign vendor dependency. Cryptographic sovereignty — every key stays in customer-controlled FIPS 140-3 Level 3 HSMs. Architectural sovereignty — every component is owned, source-available, and operated by the customer. Chain-of-custody sovereignty — every supply-chain link is cryptographically verified, with no foreign-operated dependencies. Cryptomize's sovereign cloud is purpose-built for these constraints — five-layer sovereignty, FedRAMP/IL5-equivalent, air-gapable, 14 country deployments.
The strategic question for national governments is not whether to migrate to cloud — it is which cloud. Hyperscaler cloud (AWS, Azure, GCP) carries US CLOUD Act exposure and foreign-government access risk. Foreign-vendor sovereign cloud (IDEMIA, Thales) carries vendor-lock and ongoing licensing risk. Commercial SaaS cloud carries foreign-dependency and data-residency risk. Cryptomize's sovereign cloud is the fourth path: a 12-year-refined, 14-country-deployed, FedRAMP/IL5-equivalent stack that the customer fully owns and operates, on-shore, with zero foreign operational dependency.
We do not deliver hyperscaler cloud with a sovereignty skin. We deliver the integrated technology layer that a sovereign nation runs its national-scale digital services on — and we hand over the operations to the customer's own people when the engagement concludes.
Sovereign by design
Every architectural decision traces to one principle: the customer retains full ownership of the data, the keys, and the operations.
Track record
Proven across 18 countries, 900M+ citizens, and 15+ years of operational deployment. Zero security incidents.
Engagement gate
Every mission-critical engagement begins with a confidential scoping call. Scope, timeline, and commercial structure are agreed in writing first.
Why Cryptomize Seven reasons no hyperscaler or foreign-vendor cloud can match.
The differentiators that make this sovereign cloud truly sovereign and FedRAMP/IL5-equivalent, not foreign-controlled and vendor-locked. Each is enforced by architecture, not by policy.
100% On-Shore, Customer-Controlled
Every component — compute, storage, network, identity, observability — is on-shore, customer-controlled, source-available. No foreign-vendor orchestration, no foreign-vendor control plane, no foreign-vendor lock-in. 14 country deployments with sovereign operation.
100% on-shore · Customer-controlled · Source-available
FIPS 140-3 Level 3 + Quantum-Resistant
Cryptographic sovereignty at the hardware layer. FIPS 140-3 Level 3 HSMs hold the root keys. Post-quantum cryptography (CRYSTALS-Kyber, CRYSTALS-Dilithium) is the present standard, not a future migration. Zero key extraction in 12+ years.
FIPS 140-3 L3 · PQC from day one · Zero key extraction
Five-Layer Sovereignty
Five layers of sovereignty — data, operational, cryptographic, architectural, and chain of custody. Each independently auditable, each independently sovereign, each independently verified. The sovereignty gaps of hyperscaler cloud are not present in the architecture.
5 layers · Independently auditable · Zero gaps
Air-Gapped Capable
Every component is air-gapable by design, not by configuration. 6 country deployments with air-gapped operation. Classified-environment operation available. Air-gapable operation is the architecture, not a configuration.
6 country deployments · Air-gapped · Classified-environment
50+ Petabyte Scale
50+ petabytes of customer data under sovereign control. 100,000+ containers orchestrated. 100,000+ virtual machines. 100B+ events processed daily. The architecture has been tested at the largest national scale.
50+ PB · 100K+ containers · 100B+ events/day
FedRAMP/IL5-Equivalent
FedRAMP/IL5-equivalent controls — supply chain, key management, identity, audit, incident response. The sovereign cloud meets the regulatory requirements of the most demanding national and defence customers. 14 country deployments with regulatory certification.
FedRAMP/IL5-equivalent · 14 countries · Regulatory certified
Senior Cloud Architects
Every sovereign cloud engagement is staffed by a senior cloud architect — a former senior infrastructure leader with 15+ years of national-scale cloud experience. The architect is supported by a multidisciplinary team of security specialists, Kubernetes engineers, and supply-chain verification experts.
Senior cloud architect · 15+ years · Multi-disciplinary team
When sovereign cloud is absent, the cost is data sovereignty erosion.
Sovereign cloud is not an IT project. It is the operational layer that defines a sovereign nation's ability to control its data. The cost of failure is measured in CLOUD Act exposure, vendor lock-in, and erosion of national sovereignty.
National cloud infrastructure operates under a strategic pressure that hyperscaler cloud cannot meet. The 2018 US CLOUD Act demonstrated that US-based cloud providers can be compelled to provide foreign-government access to data, even data stored outside the US. The 2020-2024 EU-US data transfer disputes (Schrems II, EU-US Data Privacy Framework) showed that the legal framework for cross-border data access remains contested. The 2024 European Digital Identity Wallet (EUDI) regulation makes sovereign cloud a regulatory requirement, not a strategic option. The 2025 Indo-Pacific data sovereignty initiatives are accelerating procurement of sovereign national infrastructure.
Sovereign cloud is foundational national infrastructure. If a state's cloud infrastructure is foreign-controlled, every system that depends on it is foreign-compromised — taxation, healthcare, social benefits, voting, banking, defence. Cryptomize's sovereign cloud is engineered for the post-CLOUD-Act threat model: data sovereignty, operational sovereignty, cryptographic sovereignty, architectural sovereignty, and chain-of-custody sovereignty.
The strategic landscape is shifting. The 2024 EU Digital Identity Wallet regulation requires member states to operate sovereign cloud for the wallet infrastructure. The 2024-2025 Indo-Pacific data sovereignty initiatives are accelerating procurement of sovereign national cloud. The 2025-2026 African cloud sovereignty programs are scaling sovereign infrastructure across 30+ countries. The strategic question for every national government is whether the next decade of digital transformation is built on sovereign cloud or on hyperscaler cloud.
The cost of waiting is data sovereignty erosion. Every year on hyperscaler cloud is a year of compounding CLOUD Act exposure, accumulating vendor lock-in, and rising risk of foreign-government data access. The cost is not zero — it is the gradual erosion of the data sovereignty that defines a sovereign national cloud capability. Cryptomize's sovereign cloud can be deployed in 9-12 months for a pilot, 24-48 months for a national rollout. The time horizon is shorter than most procurement frameworks assume.
The cost of failure
Equifax (2017): $1.4B remediation + $700M settlement.
Marriott (2018): 500M records exposed.
OPM (2015): 22M federal employees compromised.
A zero-trust architecture would have contained each of these breaches to a single segment — converting a catastrophic compromise into a contained incident.
5 standards. Independently audited.
The compliance and certification standards this capability meets — auditable, evidence-backed, and continuously monitored.
10 sovereign cloud capabilities. One national infrastructure architecture.
Every sub-service is delivered as a complete workstream — discovery, design, build, deploy, operate — under a single engagement. 10 capabilities, 10 workstreams, one outcome.
Sovereign IaaS (Compute, Storage, Network)
Sovereign infrastructure-as-a-service — compute, storage, networking. 100% on-shore, customer-controlled, FIPS 140-3 Level 3 certified. Production-deployed at 14 country deployments with 100,000+ virtual machines and 50+ petabytes of sovereign storage.
Sovereign Kubernetes & Container Platform
Sovereign Kubernetes orchestration — production-grade, source-available, customer-operated. Multi-cluster federation, multi-region, multi-cloud-burst-capable (to other sovereign clouds). Production-deployed at 14 country deployments with 100,000+ containers under sovereign orchestration.
FIPS 140-3 Level 3 HSMs
Hardware Security Modules certified to FIPS 140-3 Level 3. Customer-controlled, customer-operated. Key generation, key storage, key rotation, key revocation. Post-quantum cryptography built in. Production-deployed at 14 country deployments with zero key extraction.
Sovereign Storage & Data Lake
Sovereign storage — block, file, object, archival. Encryption at rest with FIPS 140-3 Level 3 HSMs. Data residency in customer's geographic jurisdiction. 50+ petabytes of customer data under sovereign control in production.
Sovereign Network & SD-WAN
Sovereign networking — software-defined networking, SD-WAN, virtual private cloud, network segmentation. Customer-controlled routing, customer-controlled firewall, customer-controlled monitoring. Production-deployed at 14 country deployments with sovereign network operation.
Sovereign Identity & Access
Sovereign identity — FIDO2 passwordless, multi-factor authentication, role-based access control. Customer-controlled identity provider, customer-controlled federation, customer-controlled audit trail. Production-deployed at 14 country deployments with 200M+ identities under sovereign control.
Sovereign Observability & Monitoring
Sovereign observability — logs, metrics, traces, audit trails. Customer-controlled, customer-operated. SIEM, SOAR, and compliance reporting. Production-deployed at 14 country deployments with 100B+ events processed daily.
Sovereign DevSecOps Platform
Sovereign DevSecOps — source control, CI/CD, container registry, security scanning, code signing. All customer-controlled, all customer-operated, all source-available. Production-deployed at 14 country deployments with 10M+ builds annually.
Air-Gapped Operations
Air-gapped operation as a deployable option. No outbound network calls, no foreign-operated dependencies, no third-party escrow. Cryptographic separation between security domains. Production-deployed at 6 country deployments with classified-environment operation.
Sovereign Disaster Recovery & Business Continuity
Multi-region sovereign disaster recovery. Geographic redundancy within customer's jurisdiction. RTO < 1 hour, RPO < 5 minutes for mission-critical workloads. Production-deployed at 14 country deployments with zero data loss in 12+ years.
Five layers. One sovereign cloud architecture.
The five layers every sovereign cloud delivery sits on. Each independently auditable, each independently sovereign, each independently verifiable for supply-chain integrity.
Layer 1 — Sovereign Data Layer
Data sovereignty at the storage layer. Encryption at rest with FIPS 140-3 Level 3 HSMs holding the data encryption keys. Customer-controlled key management with key escrow held only by the customer. Data residency in customer's geographic jurisdiction. No data leaves the customer's perimeter. Production-deployed at 14 country deployments with 50+ petabytes of customer data under sovereign control.
Layer 2 — Sovereign Operations Layer
Operational sovereignty at the compute and orchestration layer. Kubernetes orchestration, container runtime, virtualization, and serverless runtime — all customer-operated, customer-controlled, source-available. No foreign-vendor orchestration, no foreign-vendor control plane. Production-deployed at 14 country deployments with 100,000+ containers under sovereign orchestration.
Layer 3 — Cryptographic Sovereignty Layer
Cryptographic sovereignty at the key management and HSM layer. FIPS 140-3 Level 3 HSMs, customer-controlled, customer-operated. Post-quantum cryptography (PQC) — CRYSTALS-Kyber-768, CRYSTALS-Dilithium-3, AES-256-GCM, SHA-3-512. Production-deployed at 14 country deployments with zero key extraction.
Layer 4 — Architectural Sovereignty Layer
Architectural sovereignty at the platform layer. Compute, storage, networking, identity, monitoring, and observability — all customer-operated, source-available, customer-owned. No proprietary foreign-vendor lock-in. Production-deployed at 14 country deployments with full ownership transfer.
Layer 5 — Chain-of-Custody Layer
Chain-of-custody sovereignty at the supply chain layer. Every component cryptographically verified at every stage of the supply chain. Source code signed, build artifacts signed, hardware verified at the manufacturer's facility. Updates signed with full chain-of-custody tracking. Production-deployed at 14 country deployments with zero supply-chain compromise.
7 features hyperscaler or foreign-vendor cloud cannot match.
The technical and operational features that make this sovereign cloud truly sovereign, not foreign-controlled. Each is enforced by architecture, not by policy.
Feature
01
100% On-Shore, Customer-Controlled
Every component — compute, storage, network, identity, observability — is on-shore, customer-controlled, source-available. No foreign-vendor orchestration, no foreign-vendor control plane, no foreign-vendor lock-in. 14 country deployments with sovereign operation.
Operational benefit
Data sovereignty is preserved at every layer. No foreign government, no foreign vendor, no third party can compel access to data or operations. The customer retains full operational sovereignty.
Proof
100% on-shore · Customer-controlled · Source-available
Feature
02
FIPS 140-3 Level 3 HSMs
Hardware Security Modules certified to FIPS 140-3 Level 3. Customer-controlled, customer-operated. Keys never leave the HSM in plaintext. Post-quantum cryptography built in. Zero key extraction in 12+ years of production.
Operational benefit
Cryptographic sovereignty is enforced at the hardware layer. Adversary compromise of a single HSM does not compromise the broader system. Customer retains full control of root keys at all times.
Proof
FIPS 140-3 L3 · Post-quantum · Zero key extraction
Feature
03
Sovereign Kubernetes & Container Platform
Production-grade Kubernetes orchestration, source-available, customer-operated. Multi-cluster federation, multi-region, multi-cloud-burst. 100,000+ containers under sovereign orchestration in production.
Operational benefit
Cloud-native application patterns run on sovereign infrastructure. The customer gets the operational benefits of Kubernetes without the foreign-vendor control plane of hyperscaler Kubernetes services.
Proof
100K+ containers · Multi-cluster · Multi-region
Feature
04
50+ PB Sovereign Storage
Sovereign storage — block, file, object, archival. Encryption at rest with FIPS 140-3 Level 3 HSMs. Data residency in customer's geographic jurisdiction. 50+ petabytes of customer data under sovereign control.
Operational benefit
Storage scales to the largest national workloads — citizen records, defence data, healthcare records, financial transactions. Data residency is enforced at the storage layer, not at a policy layer.
Proof
50+ PB · FIPS 140-3 L3 · Data residency
Feature
05
Air-Gapped by Architecture
Every component is air-gapable by design, not by configuration. No outbound network calls, no foreign-operated dependencies, no third-party escrow. Cryptographic separation between security domains. 6 country deployments with air-gapped operation.
Operational benefit
Sovereign cloud operates without exposure to the public internet. Adversary attack surface is reduced to physical access and insider threat — both of which are managed through separate, layered controls.
Proof
6 country deployments · Air-gapped · Classified-environment
Feature
06
Sovereign DevSecOps
Source control, CI/CD, container registry, security scanning, code signing — all customer-controlled, all customer-operated, all source-available. 10M+ builds annually in production.
Operational benefit
DevSecOps operates on sovereign infrastructure. Source code never leaves the customer's perimeter. CI/CD pipelines are auditable end-to-end. Build artifacts are cryptographically signed.
Proof
10M+ builds/year · Source-available · Cryptographically signed
Feature
07
Sovereign Observability
Logs, metrics, traces, audit trails — all customer-controlled, all customer-operated. SIEM, SOAR, and compliance reporting. 100B+ events processed daily in production.
Operational benefit
Observability operates on sovereign infrastructure. Audit trails are court-of-record-grade. Compliance reporting supports regulatory requirements without foreign-vendor data exposure.
Proof
100B+ events/day · Court-of-record · Sovereign operation
8 specifications. Auditable. Verifiable. Sovereign.
The technical, regulatory, and architectural standards this sovereign cloud meets — not marketing claims but operationally enforced requirements in sovereign operation.
Technical Specifications
12+ years. 14 country deployments. 0 incidents. Verifiable.
The metrics that define this track record — not marketing claims, but measurable outcomes. Each number is independently auditable through engagement records.
Country deployments
14
Sovereign operation
Storage
50+ PB
Sovereign control
Containers
100K+
Orchestrated
Events / day
100B+
Sovereign observability
HSM certification
FIPS L3
Customer-controlled
Builds / year
10M+
Sovereign DevSecOps
DR RTO
< 1 hr
Multi-region
Security incidents
0
12+ years operational
Every engagement is structured around quantified sovereign cloud outcomes.
Not projections — benchmarks. Documented performance across 14 country deployments, 50+ petabytes of storage, and the 9-platform Cryptomize ecosystem.
Country deployments
14
Sovereign operation
Storage
50+ PB
Sovereign control
Containers
100K+
Orchestrated
Events / day
100B+
Observability
HSM
FIPS L3
Customer-controlled
Security incidents
0
12+ years operational
How we deploy sovereign clouds in 9-12 months for the pilot workload.
Systems that govern nations do not fail. Every engagement begins with the question that separates elite execution from ordinary delivery — what does failure cost, and can it be eliminated entirely?
Our answer is a sovereign, intelligence-grade methodology that treats security not as a feature layered on top, but as the structural foundation underneath everything we build. Over 15 years, across 18 countries, processing intelligence for over 900 million people, we have developed a 9-platform integrated ecosystem — the same ecosystem that has delivered an 83.3% campaign success rate and zero security incidents.
Sovereignty Audit & Workload Discovery
Every sovereign cloud engagement begins with a sovereignty audit and workload discovery. We assess the customer's existing workloads, data residency requirements, regulatory exposure, and operational constraints. Deliverable: A complete sovereignty architecture blueprint with workload migration plan and risk register.
Five-Layer Sovereignty Architecture
We design the five-layer sovereignty architecture — data, operational, cryptographic, architectural, and chain of custody. The architecture specifies the customer's control plane, the cryptographic separation between layers, and the supply-chain verification protocol. Deliverable: A complete architecture blueprint with sovereignty assurance plan.
Sovereign Build & Migration
Build the sovereign cloud infrastructure inside the customer's security perimeter. Migrate workloads from hyperscaler or foreign-vendor infrastructure to the sovereign substrate. Components are cryptographically verified at every stage. Configuration baselines are signed. Deliverable: A fully configured, cryptographically-verified sovereign cloud operational inside the customer's security perimeter.
Red-Team Validation & Sovereignty Testing
Independent red-team validation by specialist sovereignty adversary teams. Penetration testing of the sovereignty architecture, the cryptographic layer, the supply chain, and the operational layer. Quantum-resistant cryptography is not a future migration — it is the present deployment standard. Deliverable: Signed red-team reports and sovereignty certification.
Sovereign Operations & Handover
Cryptomize operates the sovereign cloud on the customer's behalf for a defined transition period, with sovereign analyst pool and quarterly architecture reviews. The customer's own personnel are trained, certified, and supported through the transition. The customer's operators take full control of the stack within 24-48 months. Deliverable: A live, monitored, continuously secured sovereign cloud operated by the customer's own personnel.
Quality Assurance
Every step is governed by the same standard: measurably complete, documentably secure, independently auditable. Quality is not a final inspection — it is the methodology itself. We do not test quality into a system. We build it in from the first intelligence briefing to the final deployment confirmation. Each phase produces a cryptographic-verified checkpoint record, and no phase begins until the previous phase's deliverables meet the standard. That standard is not our own opinion. It is the standard required by governments that cannot afford failure.
12 metrics. Proven over 15+ years.
What CIOs and CISOs ask first.
The questions that surface in the first sovereign briefing — answered with operational detail, not vendor marketing language.
How is this different from a hyperscaler like AWS, Azure, or GCP?
Hyperscalers deliver foreign-controlled cloud infrastructure. The US CLOUD Act can compel US-based providers to provide foreign-government access to data, even data stored outside the US. Cryptomize delivers sovereign cloud infrastructure — 100% on-shore, customer-controlled, source-available, with full ownership transfer. The depth difference is the difference between a foreign-controlled cloud and a sovereign cloud. We do not deliver hyperscaler cloud with a sovereignty skin — we deliver the sovereign alternative to hyperscaler cloud.
How is this different from a foreign-vendor sovereign cloud like IDEMIA, Thales, or Orange?
Foreign-vendor sovereign cloud vendors deliver proprietary, vendor-locked infrastructure. The customer receives a black box that the vendor operates, with vendor-controlled source code, vendor-controlled HSMs, and ongoing licensing fees. Cryptomize delivers sovereign infrastructure with full source-available code, full sovereign ownership transfer, and customer-operated FIPS 140-3 Level 3 HSMs. The depth difference is the difference between a vendor-locked sovereign cloud and a sovereign cloud that the customer fully owns.
Can the sovereign cloud scale to national workloads?
Yes. 50+ petabytes of customer data under sovereign control, 100,000+ containers orchestrated, 100,000+ virtual machines, 100B+ events processed daily. The architecture has been tested at the largest scale — national citizen services, national defence, national banking, national telecom. Performance is consistent at the largest scale.
What about post-quantum cryptography?
The sovereign cloud uses post-quantum cryptography (PQC) — CRYSTALS-Kyber-768 for key encapsulation, CRYSTALS-Dilithium-3 for digital signatures, AES-256-GCM for symmetric encryption, SHA-3-512 for hashing. These are the algorithms selected by NIST for post-quantum standardization. The sovereign cloud is quantum-resistant from day one, not as a future migration.
How long does a sovereign cloud deployment take?
A pilot workload (one application, one agency) takes 9-12 months. A national rollout (all agencies, all workloads) takes 24-48 months. A full strategic partnership (multi-decade, continuous modernization) takes 36-60 months initial with multi-year follow-on. These are real numbers from real deployments across 14 country deployments — not vendor marketing projections.
Can the sovereign cloud integrate with existing on-premises systems?
Yes. The sovereign cloud is designed for interoperability with existing on-premises systems — mainframes, legacy databases, identity providers, monitoring systems. Integration is over standard protocols with cryptographic adapters where required. The customer's existing systems are not displaced — they are integrated.
What is the FIPS 140-3 Level 3 certification scope?
Cryptomize's HSMs are certified to FIPS 140-3 Level 3 — the highest commercial certification. The certification scope covers physical security, cryptographic module interfaces, role-based authentication, and key management. Production-deployed at 14 country deployments. The certification is maintained through annual audits by an accredited FIPS 140-3 testing laboratory.
Built for the top 30 sovereign national customers globally.
The three personas Cryptomize delivers to — and the operational signals that indicate a high-fit engagement.
National Government / Digital Government
A national government, ministry of digital transformation, or equivalent institution chartered with national digital infrastructure. The institution has multi-agency operations, multi-sector workloads, and a 10+ year modernization horizon. The institution is the operational owner of the sovereign cloud for the next 20+ years.
Operational signal
Has multi-agency operations · Has 10+ year horizon · Has sovereignty requirement · Has FedRAMP/IL5-equivalent requirement
National Defence Establishment
A national defence establishment or equivalent institution chartered with national defence operations. The institution has classified workloads, air-gapped operation requirements, and a 10+ year modernization horizon. The institution is the operational owner of the sovereign cloud for classified workloads.
Operational signal
Has classified workloads · Has air-gap requirement · Has 10+ year horizon
Critical Infrastructure Operator
A national critical infrastructure operator — power, water, transportation, telecommunications, banking. The institution has regulated operations, sovereignty requirements, and 24/7 mission-critical availability. The institution is the operational owner of the sovereign cloud for regulated operations.
Operational signal
Has regulated operations · Has sovereignty requirement · Has 24/7 mission-critical availability
Three engagement models. One sovereign outcome.
Every sovereign cloud engagement begins with a confidential sovereign briefing. Choose the commercial structure that matches the engagement shape under appropriate security controls.
Pilot Workload
$3M – $8M
One application. One agency. Sovereign deployment. 9-12 months. The pilot is the proving ground: it delivers operational capability, validates the architecture, and demonstrates sovereignty before national-scale rollout.
Select this modelNational Deployment
$25M – $120M
All agencies. All workloads. Full sovereign rollout. 24-48 months. The national deployment is the integrated infrastructure layer that the national government runs on — sovereign, FedRAMP/IL5-equivalent, with full operational handover.
Select this modelStrategic Partnership
$120M+
Multi-decade partnership. Continuous modernization. Institutional continuity. 36-60 months initial, with multi-year follow-on. The strategic partnership is the institutional technology backbone of sovereign national infrastructure, modernized continuously over decades.
Select this modelTough questions. Directly answered.
The objections CIOs, CISOs, and procurement officers raise in the second and third conversations — answered with the candor mission-critical engagements require.
Objection
“We already use a hyperscaler like AWS, Azure, or GCP.”
Cryptomize's response
Hyperscalers deliver foreign-controlled cloud infrastructure. The US CLOUD Act can compel US-based providers to provide foreign-government access to data, even data stored outside the US. Cryptomize delivers sovereign cloud infrastructure — 100% on-shore, customer-controlled, source-available, with full ownership transfer. The depth difference is the difference between a foreign-controlled cloud and a sovereign cloud. We work with customers to migrate from hyperscaler to sovereign infrastructure — the migration is well-understood, and the sovereignty gains are durable.
Objection
“We already use a foreign-vendor sovereign cloud like IDEMIA, Thales, or Orange.”
Cryptomize's response
Foreign-vendor sovereign cloud vendors deliver proprietary, vendor-locked infrastructure. The customer receives a black box that the vendor operates, with vendor-controlled source code, vendor-controlled HSMs, and ongoing licensing fees. Cryptomize delivers sovereign infrastructure with full source-available code, full sovereign ownership transfer, and customer-operated FIPS 140-3 Level 3 HSMs. The depth difference is the difference between a vendor-locked sovereign cloud and a sovereign cloud that the customer fully owns. We work with customers to migrate from foreign-vendor to customer-owned sovereign infrastructure.
Objection
“Sovereign cloud cannot match hyperscaler scale and elasticity.”
Cryptomize's response
50+ petabytes of customer data under sovereign control. 100,000+ containers orchestrated. 100,000+ virtual machines. 100B+ events processed daily. The sovereign cloud scales to the largest national workloads — citizen services, defence, banking, telecom, healthcare. Elasticity is provided through multi-region sovereign deployment, not through foreign hyperscaler burst. The architecture has been tested at the largest scale.
Objection
“The price is higher than hyperscaler alternatives.”
Cryptomize's response
Hyperscaler alternatives are not actually alternatives — they are foreign-controlled infrastructure with the CLOUD Act exposure, vendor lock-in, and ongoing data egress fees that implies. The price of Cryptomize's sovereign cloud is the price of sovereignty, FedRAMP/IL5-equivalent controls, FIPS 140-3 Level 3 HSMs, and full ownership transfer to the customer. The price of a foreign-government data access event is not comparable to a procurement line item.
The cost of delaying.
A foreign-controlled cloud is not a neutral position. The cost of remaining on hyperscaler or foreign-vendor infrastructure is compounding CLOUD Act exposure, vendor lock-in, and erosion of data sovereignty.
The compounding cost
Every year on hyperscaler cloud is a year of compounding CLOUD Act exposure and vendor lock-in.
The 2018 US CLOUD Act demonstrated that US-based cloud providers can be compelled to provide foreign-government access to data. The 2020-2024 EU-US data transfer disputes (Schrems II, EU-US Data Privacy Framework) showed that the legal framework for cross-border data access remains contested. The 2024 EU Digital Identity Wallet regulation makes sovereign cloud a regulatory requirement. Cryptomize's sovereign cloud can be deployed in 9-12 months for a pilot, 24-48 months for a national rollout. The cost of waiting is not zero — it is the gradual erosion of the data sovereignty that defines a sovereign national cloud capability.
What this is not. Five boundaries that matter.
The disambiguations CIOs, CISOs, and procurement officers need to hear before the first sovereign briefing.
Boundary 01
A hyperscaler alternative like AWS, Azure, or GCP — this is sovereign by architecture, customer-owned, on-shore-only, with zero foreign operational dependency.
Boundary 02
A foreign-vendor sovereign cloud like IDEMIA, Thales, or Orange — this is fully source-available, customer-owned, with full ownership transfer.
Boundary 03
A commercial SaaS cloud with a sovereignty wrapper — this is purpose-built for sovereign operation, FedRAMP/IL5-equivalent, with five-layer sovereignty.
Boundary 04
A pilot project or a single-agency deployment — this is the integrated infrastructure layer for national-scale sovereign operation.
Boundary 05
An imported commercial product with customisations — every component is owned, source-available, and operated by the customer.
Common questions. Directly answered.
The questions CIOs, CISOs, and procurement teams raise in the second and third conversations — answered with operational detail.
Related
Sovereign cloud infrastructure that no foreign vendor can reach, no foreign government can compel.
Every national government is on a 10-20 year cloud modernization journey. The strategic question is not whether to migrate to cloud — it is whether to migrate to sovereign cloud or to foreign-controlled cloud. Cryptomize's sovereign cloud is the only 14-country-deployed, FedRAMP/IL5-equivalent, FIPS 140-3 Level 3, post-quantum-ready integrated infrastructure layer for sovereign national operation. The pilot engagement is $3M-$8M over 9-12 months. The sovereign briefing is confidential. The engagement brief is 18 pages and arrives within 72 hours under appropriate security controls.