[ 02 ] KUBERNETES MANAGEMENT

Clusters that are boring on purpose.

We have designed, run and rescued more than 68 clusters on managed and self-hosted Kubernetes. The goal is always the same: a platform your developers can use without needing to understand it.

DISCUSS THIS WORK →

TWENTY-FOUR HOURS, REPLAYED EKS · GKE · SELF-HOSTED · CLUSTER AUTOSCALER · PROMETHEUS

[ A ] WHAT THE WORK COVERS

Cluster design

Node pools, networking, ingress, storage and multi-tenancy, sized for your workloads instead of a reference architecture.

Upgrades

A repeatable upgrade path with tested rollbacks, so version support deadlines stop being an emergency.

Autoscaling

Workload and node autoscaling tuned together, with resource requests corrected against real usage.

Observability

Metrics, logs and alerts that point at causes, plus dashboards the on-call engineer actually opens.

Day-two operations

Runbooks, incident procedures and the operational routine that keeps a cluster healthy between projects.

[ B ] WHAT YOU GET

Cluster and platform configuration in your repositories

Upgrade and disaster-recovery runbooks

Observability stack with meaningful alerting

Developer-facing documentation for the platform

Everything lands in your repositories and your accounts. Nothing depends on us staying.

[ C ] OTHER SERVICES

AWS solution architecture

Landing zones, multi-account structure, networking and workload design — reviewed against the way your team actually operates.

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Cloud cost management

Find the waste, fix the architecture behind it, then leave reporting in place so the saving does not quietly reverse.

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Terraform & IaC

Module libraries, state strategy and pipelines that make infrastructure changes reviewable instead of nerve-racking.

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Tell us what you have — we make it better and cheaper

Send a short description of your current setup. We will tell you what we would improve, what it would cost, and where the savings are. A considered reply from an engineer, not a sales sequence.

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