Sovereign infrastructure deployments

Control where compute sits, where data flows, who operates the environment, and how access is governed.

What sovereignty means here

Sovereignty is engineered. We work with you to deploy in-region, meeting exact technical and jurisdictional requirements, ready for audit.

  • BUILT DIFFERENT

    Complete infrastructure control from the network up.

    OneQode runs its own international carrier network, registered in multiple jurisdictions and Pentagon-vetted. Traffic stays on our infrastructure from end to end. This allows complete control over every aspect of your infrastructure.

  • ENFORCED

    Sovereignty held at the network layer.

    Our Sovereignty Engine monitors and enforces data boundaries down to fiber, cable and physical router. Network-level enforcement is the difference between sovereignty you can audit and sovereignty you're told you have.

  • DEPLOYED

    Sovereign regions in as little as 60 days.

    Quickly enter existing facilities, or deploy our modular datacenter blueprint. New sovereign regions are built with local partners: national carriers, state-backed entities, government departments.

Sovereign region

Built in-jurisdiction, boots on the ground.

We co-develop sovereign regions with megacaps, national carriers, governments, and infrastructure funds. OneQode provides the network, cloud platform and hardware blueprint. The host jurisdiction defines what sovereignty must mean, and we engineer it to that spec.

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What we deliver

What sovereign OneQode solutions deliver

Concrete properties of the deployment, each named and scoped.

  • Absolute telecommunications control

    Owned path from subsea cable to rack. No third-party carrier touches data at the network layer.

  • Jurisdiction-aware architecture

    Cluster, control plane and operations placed inside the customer's jurisdiction at initial deployment.

  • Customer-controlled keys

    Encryption keys are owned and controlled by the customer throughout.

  • Audit-grade flows

    Every access event, configuration change and operational action is logged and surfaced on demand.

  • Postures, not preset regions

    Public, private or air-gapped - configurable per workload and deployable within a single program.

  • In-region vetted operations

    Smart-hands and NOC staff based in-jurisdiction, vetted to the customer's security requirements.

Postures

Match the posture to the workload.

Three sovereignty postures, deployable alone or combined inside one program. Same engineering primitives, dialed to the risk and governance profile.

  • Public

    Joint Venture options available for shared monetization.

  • Private

    No public access, customer-defined ingress and egress.

  • Air-gapped

    Fully isolated, physically secured, dedicated personnel.

specifications

Sovereign at every layer, from the keys to the NOC.

You define the requirements for each layer before the first deployment. We build and operate the region to that spec, and keep the records to prove it.

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  1. You decide what gets in and out Boundaries

    You set the permitted ingress and egress paths. We enforce them at the network and routing layer.

  2. Built inside your borders Jurisdiction

    The cluster, control plane and operations sit inside your jurisdiction from the first deployment.

  3. You hold the keys Encryption

    Encryption key ownership stays with you for the whole life of the deployment.

  4. Evidence on demand Audit

    Access trails, change records and review logs are ready when you ask, not once a quarter.

  5. Public, private or air-gapped Posture

    Run one posture or combine all three inside a single sovereign program.

  6. Vetted people on the ground Operations

    Smart-hands and NOC staff are based in-jurisdiction and vetted to the clearance you define.

Infrastructure

The rest of the stack

One operator, from power to GPU, across APAC and the Pacific.

Use cases

Let’s deploy your supercomputer