As organizations accelerate their cloud-native transformation, shared Kubernetes platforms have become the backbone of modern IT. Yet, with multi-tenancy and hybrid deployments, protecting data, code, and AI models across clusters has never been more challenging.
Traditional encryption only secures data at rest or in transit—leaving data in use exposed to malicious insiders, cross-tenant breaches, and compliance risks.
The new joint Solution Brief from Red Hat and enclaive shows how to close these gaps. By combining Red Hat OpenShift with enclaive’s virtual Hardware Security Module (vHSM) and Confidential Computing, organizations can achieve hardware-backed confidentiality and integrity for Kubernetes workloads—without sacrificing agility or performance.
Key benefits:
- True Zero-Trust Kubernetes: Hardware isolation for nodes and pods—no trust in the host or hypervisor required.
- 3D Encryption: End-to-end protection of data in use, at rest, and in transit.
- Sovereign Control: Externalized key and workload identity management independent of the cloud provider.
- Compliance Readiness: Verifiable attestation and “compliance-as-code” capabilities for audits and regulations.
- Operational Efficiency: OpenShift-native tooling for faster integration and time-to-value.
Learn how Red Hat and enclaive deliver a sovereign, zero-trust, multi-tenant Kubernetes foundation—ready for sensitive workloads in regulated industries.
Download the Solution Brief to explore the security architecture, deployment options, and real-world use cases.
Download this ebook
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