Services / Cloud, DevOps and automation
Kubernetes and container security
Hardening for EKS, AKS and self-managed clusters: RBAC that reflects real roles, network policy that actually segments, image provenance, and runtime controls — assessed against CIS benchmarks and the way your teams work.
What usually gets in the way
- Cluster RBAC granting far more than any role requires.
- Flat pod networking with no meaningful segmentation.
- Images pulled from unverified sources, with no scanning gate.
- Containers running privileged or as root by default.
- Secrets mounted in plain text or baked into images.
- No runtime visibility when something behaves unexpectedly.
How we approach it
- Assess the cluster against CIS Kubernetes benchmarks.
- Rework RBAC and service accounts to least privilege.
- Introduce network policy and namespace-level segmentation.
- Add image signing, scanning and admission control.
- Move secrets into a managed store with proper rotation.
- Enable runtime detection and sensible alerting.
What you end up with
- Clusters that pass a CIS benchmark review.
- Blast radius contained when a single workload is compromised.
- A verifiable chain from source to running image.
- Visibility into cluster behaviour when it matters.
Start with a conversation
Tell us where you are with kubernetes and container security and we’ll tell you what it actually takes.