Build Cloud Platforms Ready for Production, Operations and Scale
OpenShift, OpenStack, Kubernetes and bare-metal builds with validation gates at every step. Handed over operations-ready with runbooks.
Platform Build Pipeline
Inputs
- Approved architecture
- CIQ / HLD / LLD
- Hardware and network readiness
- Storage readiness
- Access and security model
- Workload requirements
Azalio Build Factory
Production-Ready Platform
- Validated clusters
- Monitoring and logging
- Security baseline
- Runbooks
- Evidence pack
- Operational handover
What We Build
Platform build coverage across the full range of private cloud, telco cloud and hybrid cloud technologies.
OpenShift / RHOCP Platforms
Hub, workload, edge and SNO cluster builds across production, lab and pilot environments.
OpenStack / RHOSP Platforms
Controller, compute and storage node bring-up, operator readiness and Day-0/1 automation.
Kubernetes / Rancher Platforms
Kubernetes platform builds with GitOps integration, operator setup and workload readiness.
VMware / KVM Modernization Support
Platform assessment, migration planning, KVM transition support and workload readiness.
Lab, Pilot and Production Environments
Isolated lab builds, pilot environments and production-grade cluster delivery with acceptance gates.
Edge, Hub and Multi-Site Cluster Models
Hub-and-spoke topologies, edge SNO sites, ACM governance and multi-site connectivity.
Platform Build Lifecycle
A structured six-stage process that takes a platform from readiness review through to operational handover with validation evidence at every gate.
01
Readiness Review
Hardware, network, storage, access model, CIQ / HLD / LLD alignment and dependency validation.
02
Build Planning
Node roles, cluster topology, registry / bastion, operator list, automation scope and acceptance criteria.
03
Platform Installation
Bare-metal bring-up, platform installation, operator deployment and initial configuration.
04
Network and Storage Integration
VLANs, routing, ingress, CSI drivers, storage classes, RWX volumes and mirror registry.
05
Validation and Hardening
Cluster health, node readiness, workload tests, security baseline and evidence collection.
06
KT and Handover
Runbooks, dashboards, MoPs, support model, acceptance pack and operational hand-off.
Engineering Coverage
Azalio's platform engineering teams cover the full technology stack — from platform installation through automation, observability, security and operations.
Platform
- OpenShift
- OpenStack
- Kubernetes
- Rancher
- VMware
- KVM
- Bare metal
Automation
- Ansible
- AAP
- ArgoCD
- Terraform
- Helm
- GitOps
Observability
- Prometheus
- Grafana
- ELK
- Splunk
- Alertmanager
Security
- RBAC
- Secrets
- Certificates
- CIS / RHEL hardening
- Audit evidence
Operations
- Runbooks
- MoPs
- KT
- Support model
- Acceptance pack
Validation Gates
Every platform build Azalio delivers is validated against a structured acceptance checklist — producing evidence at each gate before handover.
Validation output is captured as an evidence pack — sign-off ready for customer acceptance.
Representative Build Patterns
Examples of the platform build engagements Azalio has delivered across telco, enterprise and cloud environments.
Multi-Cluster OpenShift Production Setup
Challenge
Telco operator required isolated production and edge environments with unified hub governance across multiple sites.
Azalio Role
Hub-and-edge architecture, ACM onboarding, VLAN segmentation, GitOps wiring, validation gates and acceptance evidence.
Stack
Outcome
Stable multi-site production platform with governance, isolation and an evidence-ready acceptance pack.
RHOSP Bare-Metal Lab Build
Challenge
Greenfield RHOSP lab required rapid standup with controller, compute and storage node validation in a constrained timeline.
Azalio Role
Day-0 / Day-1 automation, controller / compute / storage role mapping, validation gates and audit evidence collection.
Stack
Outcome
Fully validated lab with Day-0 / Day-1 automation and an audit-ready evidence pack delivered on schedule.
Kubernetes Hardware Refresh and Platform Readiness
Challenge
Two-site hardware modernisation needed resilient routing, SAN validation and Kubernetes platform readiness.
Azalio Role
RHEL base build, resilient routing design, SAN validation, Kubernetes platform engineering and structured KT handover.
Stack
Outcome
Two-site platform refresh with validated network resilience and structured operational handover.