You will get a production ready Kubernetes cluster based on Openshift 4.7

Peter L.
Peter L.

Let a pro handle the details

Buy Other Development & IT services from Peter, priced and ready to go.

You will get a production ready Kubernetes cluster based on Openshift 4.7

Peter L.
Peter L.

Select service tier

  • Delivery Time 30 days
  • Number of Revisions 1

30 days delivery — Jul 18, 2024
Revisions may occur after this date.
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Fund the project upfront. Peter gets paid once you are satisfied with the work.

Let a pro handle the details

Buy Other Development & IT services from Peter, priced and ready to go.

Project details

You will get a fully functional, production ready Kubernetes cluster based on Openshift 4.7 to start any cloud native application development projects
Each cluster consist of a minimum one node.

5 Tiers:
- Home Lab/Proof of Concept - 1 node CRC
- Bare minimum - 6+ nodes Openshift cluster - with shared storage + bastion, 3 masters, 2 workers
- Production - 10+ nodes Openshift cluster -1 storage + bastion, 3 masters, 3 infras, 3 workers
- Production Plus- 15+ nodes Ranchers 2.5 cluster - with advanced services, distributed storage and more
- Custom Solutions: Name your requirements

- Bring your own licenses
- Bring your own hardware
- Bring your own service accounts

- I can build the Openshift 4.7 cluster on baremetal hosts, VMware ,AWS, Openstack, Azure, GCP
Project Type
Development, IT
What's included
Service Tiers Starter
Delivery Time 30 days 45 days 70 days
Number of Revisions
Optional add-ons You can add these on the next page.
Fast Delivery
+$2,000 - $4,000
Additional Revision
Red Hat OCS (+ 7 Days)
Openshift Virtualization (Kubevirt) (+ 7 Days)
Serverless (+ 7 Days)
Peter L.

About Peter

Peter L.
Multi-Cloud Infrastructure DevOps Engineer / Consultant
Winnipeg, Canada - 3:01 am local time
❖ 12 years enterprise experience building complex infrastructure, systems and services on-premise and on public clouds
❖ Certified cloud professional (AWS,GCP) with specialization in Hybrid Cloud Architecture, DevOps Engineering and Infrastructure-as-Cod
❖ Results driven leader with a proven track record of delivering repeatable, scalable solutions using Terraform, Ansible, Linux, Python, Kubernetes, ELK stack on Red Hat, VMware, AWS and GCP platforms
❖ Creative, dynamic team player with excellent technical communication skills and professionalism
❖ Devoted lifelong learner with passion to be on the bleeding edge of innovative technology

❖ Certifications Achieved:
- AWS Certified Developer (DVA) & Solution Architect (SAA) - Associate
❖ Pursuing:
❖ Enterprise Training:
- Red Hat: Ansible EX407, Openshift DO180+EX280, Openstack CL110, RHCE 8

- Multi Cloud Infrastructure: AWS, GCP, Azure, Openstack, VMware, Aviatrix, Cloudvisory
- AWS: Amplify, AWS SDK, API Gateway, Aurora, DynamoDB, Landing Zones, Control Tower, Beantstalk, ELB, Autoscaling Group, Kinesis, Route53, CloudFront, Direct Connect, Transit Gateway, SQS, Cognito, Workspace, EventBridge, CloudWatch, Glue, Athena, Quicksight, Rekognition
- GCP: Compute Engine, GCVE, Cloud Run, Cloud SQL, Landing Zones, App Engine, Vertex AI, AutoML, EventArc
- Multi-Cloud Serverless: Serverless Framework for AWS Lambda, GCP Cloud Function, Azure Function
- Multi-Cloud Kubernetes: Anthos, Openshift 4.x, Managed K8s (EKS,GKE,AKS), Helm Charts, Itsio, ELK (Elasticsearch,Kibana), Knative, ArgoCD, Kafka, Longhorn, Nginx, MetalLB, Traefik
- DevOps: Gitlab CI/CD, Security Hardening, Automated Deployment, Prometheus, Grafana, HAProxy
- Infrastructure-as-Code: Ansible, Terraform, Packer, AWS CloudFormation, AWS CDK, Pulumi
- Development: Python OOP, Django, Flask REST API, Redis, PostgreSQL, MongoDB, Node.js + MERN Stack
- Networking: F5 WAF, Cisco NCS5500, Microsegmentation
- Virtualization Suites: VMware 7.0, vCenter, VSAN, Tanzu, Red Hat RHV 4.5, CloudForms, KVM
- Architecture: Cloud Native, N-Tier Web App, Event Driven Microservices, HA & Scalable Cluster, CI/CD pipeline, 6Rs Cloud Migration
- Project Skills: Architecture Design, Proof of Concept, Automated Deployment, Disaster Recovery Planning, End-to-End Testing
- Hardware: HPE c7000 enclosure, HPE MSA 2050, Dell servers,
- Intimate knowledge of Reference Architectures (Red Hat, VMware, HPE)and Well-Architected Frameworks (AWS, GCP, Azure)

Steps for completing your project

After purchasing the project, send requirements so Peter can start the project.

Delivery time starts when Peter receives requirements from you.

Peter works on your project following the steps below.

Revisions may occur after the delivery date.

Send Requirements

Send specific requirements. We'll send you back with a diagram and spread sheet of what will be built along with all essential information

Review the work, release payment, and leave feedback to Peter.