Kubernetes Onboarding and Installation

How Assistance builds or takes over Kubernetes platforms safely

Kubernetes installation starts only after the operating model is clear. Assistance can build a new cluster, deploy K3s, configure a cloud-managed cluster, or take over an existing environment, but each path needs documented access, ownership, support scope, and rollback expectations.

Prerequisites#

Prerequisite	Why it matters
Deployment target	cloud account, VMs, bare metal, edge site, or existing managed cluster determines design and support boundary
Workload inventory	applications, ports, dependencies, state, images, and release owners shape the platform baseline
Network and DNS plan	ingress, internal access, service exposure, certificates, and firewalls must be approved before go-live
Identity and access	RBAC, SSO, break-glass access, repository permissions, and user approvals must be explicit
Observability and support	alerts, dashboards, escalation path, severity model, and maintenance windows define operations
Backup and recovery	platform state and application data need separate ownership and validation criteria

What Assistance operates#

Area	Assistance responsibility
Build or takeover	cluster provisioning, K3s or distribution setup, add-on installation, and baseline validation
Platform add-ons	ingress, cert-manager or TLS workflow, metrics, logging, GitOps, secrets integration, and policies where scoped
Security baseline	namespace/RBAC model, pod security defaults, network policy starting point, and access documentation
Operations	upgrade path, capacity review, backup notes, runbooks, incident triage, and maintenance communication
Handoff	architecture summary, access details, support contacts, change workflow, and known limitations

What the customer owns#

Area	Customer responsibility
Provider access	account ownership, billing, quotas, subscriptions, procurement, and internal approval
Workload release	application manifests, image tags, migrations, health behavior, and release approval
Data and compliance	data classification, legal retention, compliance requirements, and restore acceptance
Internal users	user approvals, team ownership, repository permissions, and business communications

Installation paths#

Path	Best for	Notes
New K3s platform	lean clusters on VMs, bare metal, edge, or constrained sites	Assistance documents node, backup, ingress, and upgrade assumptions before handoff
New cloud-managed cluster	teams standardizing on EKS, AKS, GKE, or equivalent	Provider SLA and account controls remain separate from Assistance operations scope
Existing cluster takeover	teams with unmanaged or under-documented clusters	Assistance performs a baseline before accepting incident responsibility
Migration staging cluster	teams moving workloads in phases	Built with rollback, traffic, and data-migration plans from the start

Onboarding workflow#

Assessment — confirm fit, current risks, desired support level, and non-goals.
Design — define topology, networking, identity, GitOps, secrets, observability, backup, and maintenance windows.
Provision — build or baseline the cluster and add-ons with change records.
Validate — deploy a pilot workload, confirm alerts, test rollback, and document access.
Operate — begin support only for the agreed platform and workload boundaries.

Maintenance and incidents#

Version upgrades, node image changes, add-on upgrades, network changes, ingress changes, and certificate changes are planned maintenance unless an active security or availability incident requires emergency work. Assistance handles platform incidents within the support scope; application crashes, failed migrations, and broken releases remain customer-owned unless covered by a broader service.

Getting started#

Request Kubernetes onboarding with target infrastructure, workload inventory, access requirements, and support expectations. Assistance will confirm the safest build or takeover path.

Request Kubernetes onboarding →