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Home/Bare Metal Kubernetes
Bare Metal Kubernetes

Run Kubernetes on your own servers with confidence.

Bare metal can be excellent for steady workloads, but it is not simpler than cloud. We design the cluster around networking, storage, failure handling, upgrades, and day-two operations before anything important moves onto it.

Plan a bare metal clusterKubernetes migration overview

The plain version

Bare metal Kubernetes runs directly on physical servers. It can make costs more predictable and reduce cloud dependency, but the missing managed pieces have to be designed deliberately: load balancing, storage, backups, monitoring, patching, and disaster recovery.

No lock-in

portable architecture

Fixed cost

predictable infrastructure

Private cloud

data control

When this is worth fixing

If these signs are familiar, it is time to clean it up

Public cloud cost is too high

Predictable workloads may be cheaper on dedicated hardware.

Data location matters

Compliance or client requirements may demand more control over where workloads run.

Hardware is underused

Existing servers can become a private cloud instead of sitting idle.

Storage needs planning

Stateful workloads need deliberate storage, backup, and recovery design.

What actually gets done

Not a slide deck that stops at recommendations.

We keep the work practical: enough analysis to avoid reckless changes, then implementation you can review, roll back, and hand over.

Bare metal Kubernetes architecture and capacity plan

Cluster provisioning with networking, ingress, TLS, and load balancing

Storage design for databases, files, object storage, and backups

GitOps, CI/CD, monitoring, logging, and alerting

Upgrade, backup, disaster recovery, and runbook documentation

Handover and training for your internal team

Process

Small steps. Clear rollback.

01

Decide if bare metal fits

We compare cost, reliability, compliance, and operational effort against managed cloud.

02

Design the platform

We plan networking, storage, load balancing, observability, backup, and capacity.

03

Build and test

We deploy the cluster, run failure tests, and validate workload behavior.

04

Operate cleanly

We document upgrades, incident response, and day-two operations.

Related work

This usually connects to Kubernetes work.

Kubernetes Migration

Move from VMs, Docker Compose, or manual deploys to Kubernetes with containerization, GitOps, CI/CD, observability, and staged cutover.

Open page

Cloud Cost Optimization

Lower AWS, Google Cloud, DigitalOcean, Kubernetes, and hybrid infrastructure spend without making reliability someone else's problem.

Open page

CI/CD Pipeline Implementation

Build CI/CD pipelines with GitHub Actions, GitLab CI, Tekton, Argo CD, Kubernetes deployment automation, testing, security checks, and rollback.

Open page

Frequently asked questions.

Is bare metal Kubernetes cheaper than cloud?

It can be cheaper for steady, predictable workloads, especially when public-cloud bills are already high. The trade-off is more operational responsibility.

What about load balancers on bare metal?

Bare metal needs explicit load balancer design. Options include MetalLB, HAProxy, NGINX, or provider-specific networking depending on the environment.

Can databases run on bare metal Kubernetes?

Yes, but not blindly. We plan storage, backup, restore, replication, and operational ownership before moving stateful workloads.

Can you build this in colocation?

Yes. We can work with dedicated servers, colocation, or infrastructure you already own.

Bring the setup you have. It does not need to be tidy.

Send a short brief: provider, app shape, bill or release pain, and what you want to fix. We will reply with sensible first steps.

Plan a bare metal clusterContact 8grams