SOVEREIGN DATA, GOVERNED AI, CUSTOMER CONTROL

Your Data.Your AI.Your Control.

Sovereign infrastructure and private AI, engineered around your mission.

Customer-defined control

CPU-first architecture

Purpose-built AI

BUILT AROUND YOUR MISSION

Sovereignty at the foundation. Intelligence in operation.

Sovereign Data

Govern access, identity, and information.

Private AI

Bring AI closer to your data.

Modular Infrastructure

Deploy around your operational needs.

YOUR CONTROL

Keep authority over your information.

Define control over documents, IP, contracts, email, identities, and encryption keys.

YOUR CONTINUITY

Make resilience part of the foundation.

Begin with secure data services, backup, and recovery. Expand energy resilience in phases.

YOUR GROWTH

Scale with purpose.

Deploy across onshore, offshore, remote, and high-risk environments. Expand infrastructure, computing capacity, and power capabilities as operational demands and business requirements evolve.

CONTROL THAT GOES BEYOND LOCATION

Data residency is a starting point. Sovereignty is the architecture.

Sovereignty begins with your information: who can access it, who holds the keys, where it resides, and who has authority over its use.

Documents, intellectual property, contracts, and email belong at the center of the sovereignty conversation. SDS connects customer-defined governance with controlled data services, dedicated compute, and security boundaries. Containerized deployment supports the initial solution; power resilience advances through a phased buildout.

Clean isometric architectural rendering of compute racks, cooling systems, and secure sovereign data storage protected within a glowing perimeter boundary

PRIMARY SOLUTIONS | SOVEREIGNTY OVER YOUR INFORMATION

Protect the information that defines your organization.

Start with ownership, access, jurisdiction, and operational control. Design each solution around the customer's governance requirements.

Sovereign data platforms

Controlled storage and data services with defined residency, access policies, key ownership, backup, and recovery requirements.

Documents & organizational knowledge

Govern document repositories, version history, permissions, retention, and the information used by internal knowledge and AI systems.

IP & proprietary information

Establish boundaries for research, designs, source code, trade secrets, models, and other proprietary assets.

Contracts & business records

Define controls for agreements and sensitive records, including authorized access, change history, retention, and audit requirements.

Email & communications

Evaluate mailbox hosting, message storage, routing, encryption, archiving, and administrative access within the required sovereignty boundary.

Customer-defined control

Apply identity, permissions, encryption, audit, and recovery requirements across the information lifecycle.

Hosting location, provider dependencies, administrative access, and migration scope are assessed for each service.

INITIAL DEPLOYMENT | CONTAINERIZED INFRASTRUCTURE

A controlled environment. A modular starting point.

SDS’s initial deployment approach places sovereign data services in containerized infrastructure, using platforms such as Armada and comparable container solutions.

The container houses the computing foundation; SDS defines the service architecture, governance, security, and operating requirements around the customer’s information.

SDS SOVEREIGN SERVICESCONCEPTUAL DEPLOYMENT
Sovereign Service Boundary
DataDocumentsIPContractsEmail
Container platformArmada or comparable infrastructure
Compute
Storage
Networking

Customer governance + QFZS™ security + backup and recovery

THE SDS ARCHITECTURE

Start with the workload. Build for the mission.

Data sovereignty sets the requirements. CPU-first compute and selective acceleration support the services deployed within the container.

General-purpose strength. Purpose-built allocation.

CPU-first architecture prioritizes enterprise applications, databases, orchestration, storage services, and workloads that benefit from flexible general-purpose compute.

  • Define workload, memory, storage, and network requirements.
  • Establish a capable CPU foundation.
  • Add acceleration where the workload justifies it.
ARCHITECTURE STACKTIERED SYSTEM
Tier 1Data & Customer governance
PRIMARY MISSION
Tier 2Workload-specific accelerators
SELECTIVE
Tier 3CPU compute foundation
CPU FIRST
Tier 4Container infrastructure
INITIAL DEPLOYMENT

ZERO TRUST + CRYPTO AGILITY + POST-QUANTUM READINESS

QFZS™ | THE SECURITY AND SOVEREIGNTY FRAMEWORK

Quantum-resistant by design. Federated by architecture.

Quantum-Resistant Federated Zero-Trust Sovereign Secure Systems.

QUANTUM-RESISTANT

Prepare for the next cryptographic era.

Plan for NIST FIPS 203, 204, and 205 implementation and crypto-agile systems.

FEDERATED

Connect without surrendering control.

Design federation around defined trust boundaries.

ZERO TRUST

Verify every interaction.

Identity-based access, least privilege, and segmentation.

SOVEREIGN SECURE SYSTEMS

Keep authority close to the mission.

Define who controls identities, keys, and infrastructure.

Standards inform the design; implementation scope and independent validation are established for each deployment.

POWER RESILIENCE | A PHASED BUILD-OUT

Sovereignty leads. Power resilience grows with it.

Power is a priority. Its buildout follows the deployment plan, site readiness, and validated customer requirements.

1
INITIAL FOCUS

Deploy sovereign data services

Establish the container platform, secure data services, backup, and recovery. Engineer the power and cooling needed for the initial deployment.

2
NEXT MILESTONE

Add SDS power capabilities

Introduce SDS-branded generation, energy storage, and coordinated controls.

3
LONGER-TERM DESIGN

Advance toward Grid N+

Expand local generation and storage toward the SDS doctrine of non-grid primary power.

APPLICATIONS | DESIGNED AROUND YOUR REQUIREMENTS

Critical workloads deserve deliberate infrastructure.

PUBLIC SECTOR

Government & mission systems

Evaluate dedicated infrastructure, jurisdictional requirements, and disconnected operations.

ESSENTIAL SERVICES

Critical infrastructure

Plan resilient computing for energy, utilities, and operational environments.

ENTERPRISE DATA

Organizational data & private AI

Design governed inference, analytics, and enterprise data services.

FOR INVESTORS & STRATEGIC COLLABORATORS

The AI ecosystem needs a resilient foundation.

SDS's first priority is sovereignty over organizational information, delivered through containerized infrastructure. Power resilience is a phased expansion of that foundation.

THE COMPANY | BASED IN DALLAS, TEXAS

One mission.Your Control.

Sovereign Data Solutions puts sovereignty over organizational data first — including documents, intellectual property, contracts, and email.

Our initial deployment approach uses containerized infrastructure such as Armada and comparable platforms. CPU-first architecture, cybersecurity, and QFZS³ support the primary data services. SDS-branded power capabilities are added through a phased buildout toward Grid N+ resilience.

Angela Iacopi
Angela Iacopi
Chief Executive Officer
Paul O. Williams
Paul O. Williams
Chairman of the Board &Chief Financial Officer
Mog Obahor
Mog Obahor
Chief Infrastructure Officer
Joseph E. Savard
Joseph E. Savard
Chief Technology Officer
Lacee Anderson
Lacee Anderson
Director of Governmental Affairs
Sergio Rodriguera Jr.
Sergio Rodriguera Jr.
Executive Board Member

COMMON QUESTIONS

Clarity before commitment.

START A CONVERSATION

What does sovereignty mean for your mission?

Tell us which data, documents, IP, contracts, or email you need to control. We'll start with your sovereignty requirements and deployment priorities.

Headquarters

325 N SAINT PAUL ST STE 3100
DALLAS, TX 75201

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Build around your mission.

Partner with Sovereign Data Solutions to design, engineer, and deploy high-integrity compute and resilient infrastructure customized to your operational requirements.