Red Hat
We build OpenShift platforms on Red Hat, move applications into containers and keep operations planned.
What We Do on Red Hat
Buyers come to Red Hat for one container platform that runs in a data centre and in a cloud. We design that platform on OpenShift, its Kubernetes distribution, and set its tenants, quotas and access model before applications move. Red Hat Enterprise Linux (RHEL) is the operating system underneath.
The work has named parts. A platform build creates clusters, namespaces, network policy and logging. A migration moves applications in groups. A pipeline service sets one route from commit to production. A GPU service runs model workloads with quotas. An operations service takes updates, backup and incidents.
You provide application owners, the identity provider and the target environments. You decide which applications move first and which stay where they are. The plan records both, with an owner for each application.
The Services
Our Red Hat services, with the part each plays on OpenShift.
- Private AIModels run on OpenShift inside your environment, with your data and access rules.
- Application ModernisationApplications move into containers in steps, changing only what blocks the move.
- Application Management and SupportWe support applications on OpenShift, with releases and monitoring.
- ERP Implementation and IntegrationERP components run on OpenShift where the vendor supports them, with their integrations.
- Cloud Strategy and MigrationApplications move onto OpenShift in groups, with a runbook and rollback.
- Hybrid Cloud and Data CentreOne OpenShift platform runs in the data centre and the cloud, with shared controls.
- AI InfrastructureGPU workloads run on OpenShift with quotas and utilisation monitoring.
- DevOps and Platform EngineeringOpenShift Pipelines and GitOps give one route from commit to production.
- Managed Cloud and Site ReliabilityWe run OpenShift: updates, monitoring, incidents and capacity reviews.
- Post-Quantum CryptographyKeys and certificates on Red Hat platforms are inventoried for a quantum-safe move.
Where These Projects Go Wrong
A container platform fails in predictable ways. Each fault below has a design change that prevents it.
The Platform Becomes a Second Silo
Teams build their own clusters and the platform splits. We set one tenant and access model, with namespaces and quotas, before applications move.
Operations Are Not Planned
The platform goes live without owners for patching, backup or monitoring. We write the operating model and runbooks with your team before handover.
Applications Move Unchanged
Lifting an application unchanged carries its old problems onto OpenShift. We assess each one and decide what to change first.
How a Project Starts
The opening stage decides which applications belong on OpenShift.
Place the Applications
We inventory applications, dependencies and the current runtime. You receive a placement map and a blocker list. You decide the first group to move.
Design the Platform
We set the cluster, tenants, network and access model in code. A test cluster proves the model before migration. You approve it first.
Move One Application Group
We write the runbook and move a first group through it. You receive the group's test results and its rollback step. You decide when the rest starts.
Questions
The first questions buyers ask about Red Hat platforms.
What does OpenShift give us that plain Kubernetes does not?
OpenShift adds a supported platform, built-in pipelines, access control and updates. We use those parts where they reduce work.
Can the same platform run here and in the cloud?
Yes. One design covers both places, with the same controls. A workload moves between them without a rebuild.
Do we have to rewrite our applications?
Not all of them. We assess each application and decide what to containerise, what to change and what to leave alone.
Who runs the platform after launch?
Your team can, with our runbooks and training. Or we run it under a managed service. The operating model is agreed before handover.
How do you secure the platform?
Access runs through your identity provider, with namespaces, quotas and policy as code. Images and secrets are checked before each release.
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Tell us what you run today and what should change. An engineer answers with the next step.