Securing microservice perimeters in multi-tenant Kubernetes clusters requires moving beyond legacy network policies. Implementing eBPF-powered service meshes and SPIFFE/SPIRE cryptographic workload identity enables zero-trust verification for every internal packet.
Zero-Trust Network Architecture in Cloud-Native Kubernetes Clusters
Key Takeaways & Executive Summary
How eBPF data planes, Cilium, and cryptographic workload attestation provide end-to-end zero-trust security inside modern Kubernetes environments.
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Rehan Naeem
Technical Analyst & Systems Contributor
Technical writer and system analyst covering hardware architecture, developer tooling, and modern distributed systems.
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