Enterprise Kubernetes.Without the complexity.
OpenShift is Red Hat's enterprise Kubernetes platform — production-hardened, security-first, and built to run the most demanding containerised applications in the world.
Vanilla Kubernetes leaves the hard parts to you — networking, storage, secrets, identity, supply-chain security, multi-cluster operations. OpenShift folds those into a single supported platform, and Infizia takes care of the rest: cluster design across single-DC, multi-zone, air-gapped, hybrid-cloud, or edge SNO topologies — and the DevSecOps pipeline that lights up around it.
Control plane
Zone 01
asia-south1-aZone 02
asia-south1-bZone 03 · Edge SNO
edge / branchKubernetes is easy to spin up. Hard to run for five years.
The first cluster is a weekend project. The fiftieth is a platform team, a security audit, a compliance attestation, and a 24×7 operations contract — and none of those are what most teams signed up for.
Friction
Cluster sprawl, no standard
Three teams, three flavours of Kubernetes, three different ingress patterns, three secret managers, three monitoring stacks. Cross-cluster work becomes an integration project.
Friction
DevSecOps gates that don't actually gate
Image scanning runs but nothing fails the build. Vulnerabilities ship to production. The first time anyone notices is when the auditor asks for the SBOM that was never generated.
Friction
Cluster upgrades that nobody owns
Quarterly upgrades become annual events because the team is afraid of breakage. Two majors behind, then three — and then the security team mandates a migration.
Friction
Migration roadmaps stuck on slide 4
The 100-app legacy portfolio gets a Containerise Everything mandate but no priority order, no app-fit analysis, and no realistic effort estimate. Six months later, three apps are containerised.
Five services that take OpenShift from PoC to production-platform.
Strategy, architecture, containerisation methodology, DevSecOps pipeline, and Day-2 operations — covered as separate fixed-scope services or stitched into a single multi-quarter engagement.
Service · 01
Container Strategy & Readiness Assessment
Application portfolio analysis, target architecture, network and storage design, DevOps toolchain integration plan, and an estimated timeline + cost of adoption.
- Application portfolio analysis (containerisation readiness scoring)
- Target OpenShift architecture design
- Network and storage design recommendations
- DevOps toolchain integration plan
- Estimated timeline and cost of adoption
Service · 02
Cluster Design & Deployment
Production-grade clusters tailored to scale, topology, and compliance — single-DC HA, multi-zone, air-gapped, hybrid-cloud, or edge SNO. On bare metal, VMware, OpenStack, AWS, Azure, GCP, IBM Cloud / IBM Power.
- Single-Datacenter Clusters (3-master HA)
- Multi-Zone / Multi-Region clusters
- Disconnected / Air-gapped (defence, regulated)
- Hybrid-cloud (on-prem + ROSA / ARO)
- Edge clusters with Single Node OpenShift (SNO)
Service · 03
Application Containerisation & Migration
Assess, containerise, and migrate existing applications to OpenShift — including legacy Java/J2EE monoliths, .NET applications, and database workloads. Methodology built around the 6 R's framework.
- Application portfolio scoring (6 R's)
- Lift-and-shift containerisation for quick wins
- Refactoring guidance for cloud-native maturity
- Helm chart / Operator packaging
- Integration testing on OpenShift
Service · 04
DevSecOps Pipeline Implementation
End-to-end CI/CD with security gates baked in at every stage — OpenShift Pipelines (Tekton), GitOps (ArgoCD), image vulnerability scanning (Quay + Clair), secrets management (Vault / Sealed Secrets), runtime security (ACS / StackRox).
- OpenShift Pipelines (Tekton)
- OpenShift GitOps (ArgoCD)
- Quay with Clair (image vulnerability scanning)
- SonarQube / SAST (code quality gates)
- Vault / Sealed Secrets (secrets management)
- OpenShift Advanced Cluster Security (ACS / StackRox)
Service · 05
Day-2 Operations & Managed Services
Cluster health monitoring 24×7, quarterly cluster upgrades (zero-downtime rolling), capacity planning, incident response with defined SLAs, etcd backup and DR, and compliance reporting against CIS Kubernetes Benchmark and NIST.
- Cluster health monitoring (24×7)
- Quarterly cluster upgrades (zero-downtime rolling)
- Capacity planning and right-sizing
- Incident response with defined SLAs
- Etcd backup and disaster recovery
- Compliance reporting (CIS Kubernetes · NIST)
The 6 R's framework — pick the right path per app.
Not every legacy application should be rewritten cloud-native — some should be retained, some retired, and some lift-and-shifted. We assess your portfolio against all six options and recommend the right path per workload.
Retain
Keep on-prem unchanged — workloads with regulatory or hardware constraints that don't benefit from containerisation.
Retire
Decommission — duplicate or end-of-life apps that the migration project surfaces as no longer needed.
Rehost
Lift-and-shift containerisation — fastest path to OpenShift, ideal for stateless monoliths.
Replatform
Targeted refactor — externalise state, swap session storage, rewire config — to take advantage of OpenShift primitives.
Refactor
Decompose to cloud-native services — Helm-charted, Operator-packaged, fully observable.
Rebuild
Greenfield rewrite — for the small set of apps where the existing implementation is the constraint, not the scope.
Security gates that actually gate.
Tekton + ArgoCD + Quay + Vault + ACS — the full toolchain wired into one OpenShift-native pipeline. Vulnerable images blocked at push. Secrets injected at runtime. Runtime policy enforced continuously.
Stage 01
Source
Git · Branching · Code Review
Stage 02
Build & Test
Tekton (OpenShift Pipelines)
Stage 03
Scan & Sign
Quay + Clair · SBOM · SAST
Stage 04
Secrets
Vault · Sealed Secrets
Stage 05
GitOps Deploy
ArgoCD · OpenShift GitOps
Stage 06
Runtime
ACS / StackRox
Four entry points into the OpenShift practice.
From a portfolio assessment that sets up your roadmap, to a fixed-scope cluster build, to ongoing managed operations and OpenShift training for your platform team.
Model 01
Assessment & Advisory
Application portfolio readiness scoring, target architecture, sizing, and a phased adoption roadmap with risk and effort per wave.
Model 02
Implementation Project
Cluster build + DevSecOps pipeline + first 5–10 applications containerised — milestoned, validated, and signed off as a single engagement.
Model 03
Day-2 Managed Operations
Cluster health monitoring, quarterly upgrades, capacity planning, etcd backup, incident response — all SLA-backed.
Model 04
OpenShift Training
OpenShift for Administrators (4 days) and OpenShift for Developers (3 days) — both on-site or virtual, full lab environments, group discounts for 5+.
One platform. One pipeline. One operations contract.
Cluster sprawl collapses into a single OpenShift platform. Three pipelines collapse into one Tekton + ArgoCD chain. Three on-call rotations collapse into one managed operations contract.
Outcome
−60% mean time to deploy
GitOps-driven promotion via ArgoCD — code-merge to production in minutes instead of the multi-day change-window cycle.
Outcome
Security gates that gate
Quay + Clair scans block vulnerable images at push time. ACS enforces runtime policy. SBOM generated for every release, automatically.
Outcome
Zero-downtime upgrades
Quarterly cluster upgrades on a rolling cadence — no app team has to coordinate a maintenance window.
Outcome
Multi-cloud portability
Same OpenShift platform on bare metal, VMware, AWS (ROSA), Azure (ARO), GCP — workloads move between them without rewrites.
Let's scope this
for your stack.
Walk through a tailored openshift platform operations engagement with our team — capability fit, sequencing, timeline, and pricing scoped for your context. Or grab the corporate brochure for the full Infizia overview at your own pace.