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10 / Kubernetes platforms

Managed Kubernetes & Platform Engineering

Build the platform and define how it will be operated.

Kubernetes and OpenShift platform engineering from Romania for European engineering teams: delivery automation, observability, workload reliability, and agreed operational support.

What MTD provides

A clear role in moving the work forward.

MTD designs and improves container platforms, deployment workflows, infrastructure automation, and observability. For managed engagements, we define operational ownership, support coverage, maintenance responsibilities, and escalation arrangements as part of the scope.

Who it is for

Teams ready to create meaningful change.

  • Engineering teams adopting Kubernetes or OpenShift
  • Organisations standardising deployments across environments
  • Product teams needing platform engineering and operational support
  • Regulated organisations assessing platform controls and ownership

Problems we solve

Complexity that needs a practical answer.

  • Manual deployments and inconsistent environment configuration
  • Unclear responsibility for platform and application operations
  • Limited monitoring and difficult troubleshooting
  • Teams that need practical support adopting container platforms

How delivery works

Clear steps. Shared responsibility.

01

Assess

Review workloads, environments, delivery processes, access controls, and operational responsibilities.

02

Standardise

Define deployment patterns, infrastructure configuration, workload health checks, and monitoring requirements.

03

Automate

Introduce repeatable infrastructure and releases using tooling that fits the environment.

04

Operate

Agree support and escalation arrangements, document runbooks, and review platform changes and health.

Capabilities

The expertise around the challenge.

Kubernetes platform engineeringOpenShift enablementInfrastructure as codeCI/CD and GitOpsObservabilityOperational support

Technology & methods

01Kubernetes
02Red Hat OpenShift
03Terraform
04Helm
05Argo CD
06Prometheus
07Alertmanager

Make managed responsibilities explicit

Cluster administration, application releases, incident response, and backup ownership are distinct responsibilities. We establish the boundary between your team and MTD, the environments covered, and the process for change and escalation before a managed engagement starts.

Support hours, response commitments, availability targets, and recovery objectives depend on the agreed service. A platform assessment establishes the basis for that scope.

Evidence across enablement and operations

The Banca Transilvania case study documents hands-on OpenShift training, not a managed Kubernetes production contract. It explains the supported curriculum and practical exercises, including deployment, scaling, troubleshooting, and advanced delivery topics.

The pharmaceutical reporting case study describes AWS cloud delivery and managed operations. It supports our wider operating experience without presenting AWS Amplify as a Kubernetes deployment.

Evidence in practice

Related case studies.

See how connected capabilities turn business challenges into measurable outcomes.

Related MTD perspectives

Questions before we start.

Do you support both Kubernetes and OpenShift?

Our platform engineering offering covers Kubernetes and OpenShift. We assess the distribution, workloads, deployment tools, and operational constraints before proposing a scope.

Does managed support include 24/7 coverage?

Coverage and response commitments are agreed per engagement. This page does not establish a standard 24/7 service or availability SLA; those terms belong in the scoped service agreement.

Explore related services.

Why MTD

Our OpenShift training for Banca Transilvania covered deployment, scaling, and troubleshooting, supported by a curriculum extending into Helm, GitOps, and alerting. Our pharmaceutical reporting case study provides separate evidence of cloud delivery, monitoring, and managed operations on AWS.