Assess platform fit
Compare Kubernetes with simpler managed platforms and virtual machines. Identify workloads that benefit from orchestration and the team needed to operate it.
NOVACOM / DELIVERY
Give development teams a repeatable way to release applications.
For platform teams managing container workloads and inconsistent deployments. We design Kubernetes with delivery pipelines, access controls, observability and a clear operating model.
WHAT WE BUILD TOGETHER
Build the delivery path
Connect image builds, configuration, secrets, ingress and deployment workflows. Define environments, roles and rollback procedures.
Prove operation
Test releases, component failure and restoration. Document upgrades, capacity, monitoring and escalation responsibilities.
UNDERSTAND THE ENGAGEMENT
What it is.
How we deliver it.
What you are buying
Kubernetes orchestrates containerised applications across a cluster. It gives teams a consistent way to describe deployments and maintain their desired state. A production platform adds the identity, delivery, security and operational processes needed around that orchestration layer.
Where it is useful
It is useful when multiple workloads or development teams need repeatable releases, resource management and a shared platform. For a single small application, the additional cluster lifecycle may not be justified. We compare the proposed platform with simpler hosting before committing to Kubernetes.
What a delivery scope can include
A platform scope can include cluster architecture, networking, ingress, certificates, storage, secrets, role-based access and deployment pipelines. We define how images are built and promoted, how applications expose health, and how configuration changes are reviewed. Observability connects cluster health to application errors and user-facing latency.
What to bring to discovery
- Containerised applications and deployment requirements
- Stateful dependencies, storage and backup needs
- Team access roles and network boundaries
- Release frequency, availability targets and platform ownership
How we evaluate the result
Deploy a representative application, release a change and demonstrate rollback. Test node loss, application failures and restoration of stateful data. Handover includes upgrade planning, support escalation and capacity assumptions. A successful cluster installation alone is not the acceptance criterion.
Decisions to make early
A managed control plane does not remove all platform responsibilities. Application behaviour, workload permissions and recovery remain explicitly owned. Portability is assessed against storage, identity and provider integrations, not assumed because the workload uses containers.
BUILD YOUR UNDERSTANDING
Useful reading before we talk.
Cloud & Kubernetes · 3 MIN
Explore all services ↗What is Kubernetes, and does your company need it?
Learn what container orchestration does, where it helps and when a simpler hosting platform is the better choice.
Cloud & Kubernetes · 3 MINA Kubernetes production checklist for platform teams
Review identity, releases, storage, observability, upgrades and recovery before a cluster hosts important applications.
A LITTLE MORE CLARITY
Good questions.
Clear answers.
Do we need Kubernetes for one application?+
Not necessarily. A managed application service or virtual machine can be more appropriate for a small workload. We assess operating effort as well as technical fit.
Does managed Kubernetes remove all maintenance?+
No. The provider may manage selected infrastructure or control-plane tasks, while your team retains responsibility for workloads, configuration, access and application recovery.
DISCUSS YOUR FIRST USE CASE