Users Load Balancer API / Ingress Control Plane (3) Workers (N) Storage / Registry
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🏗️ Flagship Capability Page

OpenShift Platform Engineering

Designing, Building, Automating, and Operating Enterprise OpenShift Platforms

We help organizations design scalable, secure, highly available OpenShift platforms across bare metal, VMware, public cloud, and edge environments — from initial architecture through Day-2 operations.

Section 01

Why Platform Engineering?

OpenShift is more than deploying Kubernetes. Production platforms require architecture decisions across compute, networking, storage, security, automation, monitoring, disaster recovery, lifecycle management, and operational governance — decisions that compound for years after day one.

BitByteIntegration helps transform infrastructure into an enterprise platform — not just an installed cluster, but a production-ready system your teams can operate with confidence.

🏗️ Platform Architecture

Reference designs built for your compute, network, and storage constraints — not generic templates.

⚙️ Automation

GitOps-driven provisioning and lifecycle management from Day 0 through Day 2.

🛡️ Reliability

High-availability control planes, disaster recovery, and validated failover paths.

🔒 Security

RBAC, identity integration, certificate lifecycle, and compliance-ready hardening.

📈 Scalability

Multi-cluster and multi-site designs that grow without re-architecture.

📊 Operations

Monitoring, logging, alerting, and backup strategies validated before go-live.

Section 02 · Signature Visual

Platform Lifecycle

Every engagement moves through the same nine phases — architecture-first, not installation-first.

DiscoveryAssessmentArchitectureDesignDeploymentValidationAutomationOperationsOptimization
Discovery → Assessment → Architecture → Design → Deployment → Validation → Automation → Operations → Optimization
Section 03

OpenShift Platform Capabilities

🖥️ Infrastructure

  • Bare Metal
  • VMware
  • Public Cloud
  • Edge
  • Multi-Cluster

🌐 Networking

  • OVN-Kubernetes
  • Multus
  • SR-IOV
  • UDN
  • MetalLB
  • EgressIP
Explore Cloud-Native Networking →

💾 Storage

  • OpenShift Data Foundation
  • Ceph
  • CSI
  • Snapshots
  • Disaster Recovery
Cloud-Native Storage — Coming Soon

⚡ Virtualization

  • OpenShift Virtualization
  • KubeVirt
  • VM Migration
  • Live Migration
  • Storage
OpenShift Virtualization — Coming Soon

🔐 Security

  • RBAC
  • Identity
  • Certificates
  • Secrets
  • Compliance

📡 Operations

  • Monitoring
  • Logging
  • Alerting
  • Scaling
  • Backup
  • Lifecycle
Section 04

Day 0 → Day 1 → Day 2

We think in platform lifecycles, not installations.

Day 0Day 1Day 2
RequirementsCluster DeploymentScaling
Capacity PlanningValidationUpgrade
ArchitectureConfigurationMonitoring
Network DesignWorkloadsBackup
Storage DesignSecurityAutomation
Disaster RecoveryDocumentationOptimization
Section 05

Deployment Methodologies

🔩 Bare Metal IPI
  • Automated provisioning
  • Assisted installation
  • Enterprise HA
💿 VMware
  • vSphere integration
  • Storage
  • Networking
  • Virtualization
☁️ Public Cloud
  • ROSA
  • ARO
  • Self-managed cloud deployments
📍 Edge
  • Single-node OpenShift
  • Compact clusters
  • Remote sites
Section 06 · Strongest Differentiator

Automation Framework

ServiceNowrequest intakeGitsource of truthAnsible Automation PlatformprovisioningOpenShift Installercluster bring-upArgoCDGitOps syncPlatform ValidationconformanceOperationsDay-2
ServiceNow → Git → Ansible Automation Platform → OpenShift Installer → ArgoCD → Platform Validation → Operations

Every deployment starts as a Git-tracked request, flows through Ansible Automation Platform for provisioning, and lands under ArgoCD's GitOps management before a single workload is scheduled — validated automation, not manual runbooks.

Section 07 · Visually Rich

Platform Architecture

Reference Architecture

Users Load Balancer API / Ingress Control Plane3 masters, HA etcd WorkersN nodes StorageODF / CSI MonitoringPrometheus Registryimage storage
Users → Load Balancer → API/Ingress → Control Plane → Workers, Storage, Monitoring, Registry

Cluster Topology

3 Masterscontrol planeN WorkerscomputeNetworkOVN-KubernetesStorageODF/CephExternal ServicesDNS/LDAP/AD
3 Masters → N Workers → Network → Storage → External Services

Enterprise Integrations

OpenShift Platform DNS DHCP LDAP / AD Monitoring Backup ServiceNow Git CI/CD
DNS, DHCP, LDAP/AD, Monitoring, Backup, ServiceNow, Git, CI/CD — all integrated into one platform
Section 08

Engineering Services

Engineering outcomes, not a product list.

Platform Assessments
Architecture Design
New Cluster Deployment
Existing Cluster Modernization
Migration Planning
Capacity Planning
Performance Optimization
Platform Hardening
Upgrade Planning
Automation Frameworks
Operational Readiness Reviews
Knowledge Transfer
Section 09

Technology Ecosystem

OpenShiftKubernetesAnsibleGitOpsArgo CDPrometheusGrafanaMetalLBOpenShift Data FoundationKubeVirtOVN-Kubernetes
Section 10

Explore Platform Engineering Knowledge

Section 11

Why BitByteIntegration?

Section 12

Engagement Model

What working with BitByteIntegration actually looks like.

1
Initial Consultation
2
Architecture Assessment
3
Solution Design
4
Implementation
5
Validation
6
Knowledge Transfer
7
Operational Support

Build a Production-Ready OpenShift Platform

Whether you're deploying your first cluster, modernizing an existing environment, or scaling to a multi-cluster platform, BitByteIntegration can help.