00 /Container platforms
Kubernetes & Containers
Design, harden, and operate Kubernetes and Docker environments, from containerizing existing applications to running managed clusters on EKS or AKS.
The challenge
Containers make software easy to ship and clusters easy to accumulate: unclear resource limits, inconsistent manifests, fragile upgrades, and security defaults nobody revisited.
We establish a production-ready baseline for how workloads are packaged, deployed, secured, observed, and upgraded, and we say so plainly when a simpler platform would serve you better.
Discuss your environment01 /What we can deliver
Focused work with a clear handoff.
- +Containerization of existing applications with Docker
- +Kubernetes cluster architecture on managed or self-hosted platforms
- +Helm or Kustomize packaging and GitOps-style delivery
- +Workload hardening: resource limits, probes, RBAC, and network policies
- +Cluster upgrade, backup, and observability planning
Technologies we can work with
A practical process
01 — Understand. Establish context, constraints, and the decisions that matter.
02 — Make a plan. Prioritize a sensible sequence with visible trade-offs.
03 — Leave it maintainable. Document changes and create a useful operating baseline.
Architecture
How it fits together
EXAMPLE ARCHITECTURE · 02 / KUBERNETES & CONTAINERS
Kubernetes & Containers: A container image moves from a registry through Git-declared manifests onto a cluster, with routing, metrics, and autoscaling.
rollback / restore / repeat paths return to the last known good state
Kubernetes works best when everything about a workload is declared, reviewed, and reproducible.
01 /FAQ
Kubernetes & containers: common questions.
Do we actually need Kubernetes?
Not always. For a small number of services, a managed container service or well-run virtual machines can be simpler to operate. We start from your workloads, team skills, and growth plans, and tell you plainly if a simpler option fits.
What is Kubernetes used for?
Kubernetes is an open-source platform for running containerized applications at scale. It schedules containers onto machines, restarts failed workloads, scales them with demand, and provides a consistent way to deploy and configure services.
Can you work with managed Kubernetes such as EKS or AKS?
Yes. Managed control planes reduce operational burden, and we can design the node, networking, identity, and delivery layers around them. Self-managed clusters are possible where there is a clear reason for them.
Related reading
Kubernetes · 3 min read
A Kubernetes production readiness checklist
What to settle before a workload runs on Kubernetes in production, and when a simpler platform is the better call.
Kubernetes · 3 min read
GitOps with Argo CD and Flux: when it helps and how to start
What GitOps actually changes about Kubernetes delivery, how Argo CD and Flux differ, and a low-risk way to begin.
Next step
Bring us the part that is harder than it should be.
We will help you find the smallest useful next move.
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