Kubernetes

Sovereign container orchestration at enterprise scale.

Kubernetes where you own the keys, the control plane, and the cryptographic proof of every node's integrity.
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Hardware-Isolated Namespaces
Each namespace runs inside a dedicated Trusted Execution Environment. Workload memory is hardware-encrypted and invisible to the host OS, hypervisor, and cloud operator, including Modelyo.
Encrypted Cluster State
All Kubernetes state stored in etcd is encrypted at rest with customer-managed keys. Secrets, configurations, and policy data never exist in plaintext outside the confidential boundary.
Continuous Runtime Attestation
Every node continuously produces cryptographic quotes verifying hardware and software integrity. Non-compliant or compromised nodes are automatically detected and replaced.
Sovereign Control Plane
Deploy the control plane inside your confidential workspace or Modelyo's sovereign facilities. You define access policies, hold the keys, and retain full audit visibility. The cloud provider never touches your control plane.
Customer-Controlled Keys (BYOK/HSM)
Bring your own encryption keys from an external HSM or key management system. Modelyo never holds or accesses your keys. You retain complete cryptographic sovereignty over every cluster, node, and workload.
GPU Support for Confidential AI
Run GPU-intensive training, inference, and RAG workloads inside the same hardware-attested environment. NVIDIA H100 Confidential Computing mode ensures model weights and training data stay encrypted in use.

Secure the Entire Workload Graph -Not Just the Node.

Run Kubernetes workloads in confidential compute domains with attestable identity, policy-gated deployment, and customer-controlled keys.

Attested Nodes

Every node is continuously verified against a hardware-rooted trust anchor. Compromised or tampered nodes are automatically detected and removed from the cluster.

Policy-Gated Deployment

No workload runs without passing a customer-controlled policy gate. Deployment is enforced at admission. If a container can't prove its integrity, it doesn't start.

Confidential Containers

Each container runs inside a hardware-encrypted TEE. The host OS, hypervisor, and even Modelyo operators cannot read workload memory.

Ready to take sovereign control of yourinfrastructure?

Join enterprise organizations that trust Modelyo for their most sensitive workloads