☁
Cloud & Infrastructure
Architecture and modernization for Azure, hybrid and on-premises environments.
- Azure architecture & migration
- VMware, Proxmox & Hyper-V
- Windows & Linux platforms
- High availability & capacity planning
INFRASTRUCTURE · CLOUD · AUTOMATION
Your infrastructure should not depend on manual work.
I help companies design, automate, modernize and secure infrastructure across on-premises and cloud environments reducing operational risk, improving reliability, and making environments repeatable by design.
Cloud & Hybrid
Azure · VMware · Proxmox
Automation
Terraform · OpenTofu · Ansible
Reliability
Monitoring · Backup · DR
infrastructure.pipeline
healthy
01
→
SOURCE
Git
02
→
PROVISION
Terraform / OpenTofu
03
→
CONFIGURE
Ansible / AWX
04
OBSERVE
Zabbix / Grafana
$ terraform plan
Plan: 12 to add, 3 to change, 0 to destroy.
$ ansible-playbook hardening.yml
changed=8 failed=0 unreachable=0
$ status
Infrastructure reproducible. Monitoring active. Backup verified.
THE OUTCOME
From fragile operations to reliable infrastructure.
The goal is not to sell you another tool. It is to remove unnecessary manual work, standardize infrastructure, improve visibility, and give your team a platform they can operate with confidence.
BEFORE
- Manual provisioning
- Configuration drift
- Human errors
- Slow deployments
- Operational risk
→
AFTER
- Git-based infrastructure
- Infrastructure as Code
- Automated configuration
- Monitoring & alerting
- Documented recovery
SERVICES
Infrastructure modernization from architecture to operations.
Modular services that can be delivered independently or combined into a complete modernization roadmap.
⚙
Infrastructure as Code
Repeatable infrastructure provisioned through code, version control and pipelines.
- Terraform & OpenTofu
- Reusable modules
- Remote state design
- Git-based infrastructure
↻
Automation & Configuration
Automate configuration, deployment and recurring infrastructure operations.
- Ansible & AWX
- PowerShell & Bash
- GitLab CI/CD
- Azure DevOps
⌁
DevOps & SRE
Operational practices that increase deployment consistency, reliability and visibility.
- CI/CD architecture
- Deployment automation
- Reliability & capacity planning
- Incident-oriented observability
⌾
Security & Compliance
Secure-by-design infrastructure with least privilege and hardened administrative access.
- Linux & Windows hardening
- Vault & secrets management
- Segmentation & bastion access
- Zero Trust principles
⟳
Backup & Disaster Recovery
Recovery-focused backup architecture built around business continuity, RPO and RTO.
- Veeam architecture
- Hardened repositories
- Replication & recovery plans
- Restore testing & documentation
◫
Infrastructure Observability
Monitoring designed to reduce risk not just another dashboard deployment.
- Zabbix & Grafana
- Capacity & availability
- Technical and executive dashboards
- SLA monitoring & alerting
▦
MSP Platform Engineering
Automation and platform design for MSPs that need to scale without scaling headcount linearly.
- Multi-tenant infrastructure
- Customer onboarding automation
- Monitoring & backup platform design
- SOPs & repeatable operations
ENGAGEMENT MODELS
Start with an assessment. Scale into implementation.
A simple engagement path that lets organizations start small, validate priorities, and invest based on a clear technical roadmap.
BEST STARTING POINT
Infrastructure Assessment
1–2 weeks
Understand the current state, risks, technical debt and modernization opportunities.
- Architecture review
- Security review
- Automation assessment
- Backup & recovery review
- Monitoring review
- Executive report & roadmap
Automation
2–6 weeks
Transform manual infrastructure into reproducible, version-controlled automation.
- Terraform / OpenTofu
- Ansible / AWX
- GitLab / Azure DevOps
- CI/CD pipelines
- Documentation
Cloud Modernization
4–12 weeks
Modernize architecture, security, automation and operations as one coordinated project.
- Cloud architecture
- Migration strategy
- Hybrid connectivity
- Security baseline
- Monitoring & backup
Managed Infrastructure Consulting
Monthly
Ongoing senior infrastructure guidance without building a full internal platform team.
- Architecture consulting
- Cloud & infrastructure support
- Automation
- Capacity planning
- Continuous improvement
HOW I WORK
A technical process designed around business risk.
01
Discover
Understand architecture, constraints, business priorities, operational pain and risk.
02
Assess
Map the current state, identify gaps, dependencies, security issues and automation opportunities.
03
Design
Define target architecture, standards, recovery objectives and an implementation roadmap.
04
Automate
Codify infrastructure, configuration and deployment workflows wherever it reduces operational risk.
05
Validate
Test deployment, observability, recovery, security controls and operational procedures.
06
Document
Leave a repeatable platform with diagrams, runbooks, code and clear operating procedures.
TECHNOLOGY STACK
Tools selected to solve the problem not define it.
Cloud
Microsoft Azure
Hybrid Cloud
Virtualization
VMware
Proxmox
Hyper-V
Infrastructure as Code
Terraform
OpenTofu
Configuration
Ansible
AWX
PowerShell
Bash
DevOps
GitLab CI/CD
Azure DevOps
Git
Observability
Zabbix
Grafana
Backup & DR
Veeam
Veeam Cloud Connect
Security
HashiCorp Vault
Zero Trust
Hardening
WHO I HELP
Best fit for teams operating critical or growing infrastructure.
Fintech & Financial Services
Security-sensitive infrastructure, compliance, continuity and controlled change.
SaaS Companies
Cloud architecture, repeatable environments and automation for faster delivery.
MSPs & IT Providers
Platform automation, multi-tenancy, monitoring and customer onboarding at scale.
Mid-Market Companies
Organizations with complex infrastructure but no large internal DevOps or SRE team.
ABOUT
Infrastructure, Cloud & Automation Consultant
I work across infrastructure, cloud, automation and reliability to help organizations turn complex environments into platforms that are easier to deploy, secure, monitor and recover.
My approach connects architecture with day-to-day operations: provisioning through Infrastructure as Code, configuration through automation, controlled deployment pipelines, observability, backup and documented recovery procedures.
The result is infrastructure that does not depend on tribal knowledge or repetitive manual work.
START A CONVERSATION
What would break first if your infrastructure had to scale tomorrow?
Start with an Infrastructure Assessment to understand your current state, technical risks, automation opportunities and practical next steps.
Email Me
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