Modern regulated workloads run on platforms first, applications second. CompTech Lab designs, deploys, and hands over the cloud platforms that anchor your delivery — whether that’s OpenShift on bare metal, a multi-cloud landing zone, or a hybrid topology that spans both.
What we deliver
- OpenShift platform engineering. Greenfield installs (connected, disconnected, and air-gapped), brownfield upgrades, multi-cluster fleets managed by Advanced Cluster Management, GitOps pull-mode at scale.
- Public cloud landing zones. Reference architectures and Terraform modules for AWS, Azure, and GCP — account/subscription structure, network segmentation, IAM baseline, logging, guardrails. Tailored to your regulatory profile.
- Hybrid topologies. OpenShift on-prem extended to hyperscaler — workload portability, consistent CI/CD, unified observability, identity federation across boundaries.
- Disconnected and regulated environments. End-to-end image supply (
oc-mirror), internal registries (Quay), artifact repositories (Nexus), internal CAs and trust, dual-control admin access, FIPS posture where required. - Cluster lifecycle. Install, day-2 operations, upgrade orchestration, backup (OADP), disaster recovery drills, site replication.
- Migration. From legacy virtualisation, from un-managed Kubernetes, between clouds, or consolidation onto OpenShift.
How we work
Every engagement produces three artefacts you keep after we leave: a reference architecture specific to your environment, a runbook set indexed by failure mode, and an operating model your platform team can sign for. The engineering work is not finished until the handover document is.
Engagement shape
A typical platform engagement runs 10–16 weeks for a single cluster and operating model bring-up, 16–26 weeks for a multi-cluster fleet, with a structured handover at the end. Long-tail managed services are available but not bundled — your team owns operations once we leave unless you elect otherwise.