Build infrastructure that
performs, scales
and never lets you down.
Hi, I’m Faisal. I design secure, automated, production-ready systems so your engineering team ships faster while your platform stays stable, observable, and cost-efficient.
A Creative Thinker & Challenge Accepter
I’m a passionate, innovative engineer who genuinely enjoys exploring the world of virtualized
servers and containers — always pushing the boundaries of what’s possible. My skills have been
sharpened through dedicated self-learning and hands-on experience deploying diverse web projects,
networks, and systems.
If you’re reading this, I’d be thrilled to bring that expertise, curiosity, and problem-solving
mindset to your team and contribute to your organization’s success.
My Services
Pick the kind of DevOps support that fits where your platform is today.
Social Presence & Community
We help define themes, create publishing rhythms, and set up processes that make content production easier. Engagement guidelines and influencer workflows are included when relevant.
Infrastructure Optimization and Scalability Services
Is your infrastructure holding you back? Let me optimize and scale your systems for peak performance and efficiency. From cloud migrations to resource allocation, I’ll tailor solutions to fit your unique needs, one-on-one.
Network Security and Performance Enhancement
Concerned about network vulnerabilities? With my personalized network security services, rest assured your data stays safe and your connections strong. Together, we’ll fortify your defenses and ensure smooth, secure operations.
Database Management and Optimization Services
Struggling with sluggish databases? As your dedicated DBA, I’ll fine-tune your databases for lightning-fast performance and rock-solid reliability. From migrations to disaster recovery, trust me to keep your data humming along smoothly.
Social Presence & Community
We help define themes, create publishing rhythms, and set up processes that make content production easier. Engagement guidelines and influencer workflows are included when relevant.
Advertising Management
We create organised campaign structures, test creative variations, and maintain a regular review rhythm. The emphasis is on understanding what’s resonating and making thoughtful adjustments.
Let’s Plan Your Next Infrastructure Improvement
Whether you need a high-availability architecture, CI/CD automation, cloud cost optimization, or improvements to system reliability, we help you design practical, scalable solutions that strengthen your engineering foundation.
My Recent Work
Explore how we solved complex infrastructure challenges and streamlined delivery pipelines for our clients.
Proxmox HA Hybrid Environment for High Availability Across On-Prem and Cloud
A rapidly growing technology company needed an infrastructure that could support mission-critical workloads without downtime, while also reducing dependency on a single location. Their on-premise Proxmox servers were reliable but lacked cross-site high availability, and the team wanted to incorporate cloud-based redundancy to ensure business continuity. They approached us to design and build a Proxmox...
A rapidly growing technology company needed an infrastructure that could support mission-critical workloads without downtime, while also reducing dependency on a single location. Their on-premise Proxmox servers were reliable but lacked cross-site high availability, and the team wanted to incorporate cloud-based redundancy to ensure business continuity.
They approached us to design and build a Proxmox HA Hybrid Environment leveraging their on-premise Proxmox clusters together with scalable Proxmox nodes hosted in Hetzner Cloud.
The result was a fully integrated hybrid HA architecture that delivered continuous uptime, automated failover, and simplified management across both environments.
Objectives
- Build a fault-tolerant hybrid cloud architecture
- Extend on-prem Proxmox HA with cloud-based Proxmox nodes
- Enable cross-site redundancy and failover
- Improve uptime SLAs to 99.99%
- Simplify management of distributed workloads
- Enhance disaster recovery and backup strategies
What We Delivered
1. Hybrid Cloud Architecture Design
We designed a Proxmox HA Hybrid Environment connecting on-premise Proxmox clusters with Proxmox servers deployed inside Hetzner’s data centers.
Architecture components included:
- On-prem 3-node Proxmox HA cluster
- Hetzner-based Proxmox standalone nodes & clusters
- Full meshed private networking (VPN + WireGuard)
- Distributed storage strategy using Ceph + ZFS
- Cross-site migration compatibility
This design ensured unified management with a single Proxmox interface.
2. Cross-Site High Availability Setup
We configured:
- Proxmox HA Manager
- Quorum voting across locations
- Fencing + watchdogs for safe failover
- Redundant corosync links between on-prem and cloud nodes
- Intelligent failback workflows
This setup allowed workloads to automatically move between sites when a node or an entire location became unavailable.
3. Hetzner Proxmox Cloud Deployment
We deployed Proxmox nodes in Hetzner Cloud with:
- Automated provisioning
- Private networking via Hetzner vSwitch
- ZFS replication for off-site redundancy
- Backup targets using Hetzner storage boxes
- Optional GPU-enabled Proxmox nodes for compute-intensive workloads
The cloud environment provided on-demand scalability and cost-efficient failover capacity.
4. Centralized Backup & Disaster Recovery
We implemented a robust DR strategy using:
- Proxmox Backup Server (PBS) in both locations
- Encrypted off-site backups
- Scheduled ZFS snapshots & replication
- Cloud-based restore points for DR testing
- Failover and failback runbooks
This ensured the client had reliable recovery options even from catastrophic failures.
5. Unified Management & Monitoring
To simplify operations, we integrated:
- Central Proxmox dashboard for all nodes
- Zabbix monitoring for metrics & alerts
- Slack & email notifications
- VM-level auto-recovery
- Capacity planning dashboards
The result was a system that is both highly available and easy to manage.
Results
✔ Achieved 99.99% uptime SLA across both on-prem and cloud
✔ Automated failover between locations
✔ 70% improvement in disaster recovery readiness
✔ 50% reduction in downtime incidents
✔ Single-pane-of-glass management for hybrid environments
✔ Cloud scalability with on-prem cost efficiency
Client Feedback
“The Proxmox HA Hybrid Environment transformed our infrastructure. We can failover instantly between on-prem and Hetzner, and our uptime is better than ever. This hybrid setup gives us the perfect balance of speed, reliability, and flexibility.”




Implementing Ansible Automation Platform for Enterprise Patch Management Across Multi-Environment Infrastructure
Overview A global technology services company was facing challenges maintaining consistent security patching across its multi-environment infrastructure (Production, Staging, Dev, and DR). Manual patch operations took several hours, required weekend maintenance windows, and often resulted in configuration drift between servers. The client approached us to design and implement an enterprise-grade Patch Management Automation solution using...
Overview
A global technology services company was facing challenges maintaining consistent security patching across its multi-environment infrastructure (Production, Staging, Dev, and DR).
Manual patch operations took several hours, required weekend maintenance windows, and often resulted in configuration drift between servers.
The client approached us to design and implement an enterprise-grade Patch Management Automation solution using Red Hat Ansible Automation Platform (AAP) to standardize, automate, and orchestrate patching across 100+ Linux servers.
Objectives
- Centralize and automate OS patching across all environments
- Reduce manual work and maintenance window duration
- Ensure consistent patching with zero configuration drift
- Improve compliance & security posture
- Provide a repeatable, fully auditable patching workflow
- Enable teams to run patches safely on-demand or on schedule
What We Delivered
1. Enterprise Automation Architecture
We designed a scalable automation architecture using:
- Ansible Automation Platform (AAP 2.x)
- Execution Nodes distributed across environments
- Automation Mesh for secure communication
- Dynamic Inventories synced from NetBox
- Credential Store with RBAC
- Git-backed Project Repositories (GitOps Model)
This ensured centralized control, secure credential handling, and multi-environment orchestration.
2. Automated Patch Management Playbooks
We developed fully automated patching workflows for:
- RHEL / CentOS / Rocky Linux
- Ubuntu / Debian
- Amazon Linux
- Oracle Linux
Playbooks included:
- Pre-checks (disk, CPU, RAM, process audit)
- Service dependency validation
- Patch installation logic
- Kernel update detection
- Smart reboot logic (only if required)
- Post-patch validation & health check
- Reporting to Slack/Email
This eliminated human error and provided consistent, repeatable patch cycles.
3. Environment-Specific Patch Pipelines
Using AAP Job Templates & Workflows, we implemented:
- Dev → Staging → Production patch pipelines
- Approval gateways for Production
- Scheduled maintenance windows
- Automated rollback triggers on failure
- Compliance reports exported to PDF/CSV
This enabled the customer to run patching across environments with a single click or fully automated schedule.
4. Security & Compliance Hardening
We strengthened the overall security posture by implementing:
- RBAC roles for DevOps, SRE, and SecOps
- Encrypted credentials with Vault
- Logging & auditing via Automation Controller
- Immutable Git-based configuration
- CIS Benchmark pre-checks
- Automated drift detection
As a result, the client achieved 95% patch compliance in the first month.
Results
✔ 80% reduction in time spent on patching
✔ 100+ servers patched automatically with zero manual steps
✔ 90% reduction in human error & configuration drift
✔ Full audit trail for security & compliance teams
✔ Standardized patch workflow across multiple environments
✔ Dramatically improved security posture & response time to CVEs
Client Feedback
“Our patching process used to take us an entire weekend every month.
After implementing the Ansible Automation Platform, we run patches across all environments with one click.
This automation has massively improved our security and freed up valuable engineering hours.”

Migrating Legacy Infrastructure to AWS for 40% Cost Reduction
Overview A mid-size SaaS company was struggling with performance bottlenecks, unpredictable downtime, and high server maintenance costs due to aging on-premise infrastructure. The client approached us to plan and execute a full cloud migration to AWS with minimal downtime. Objectives What We Delivered 1. Cloud Architecture Design We designed a scalable AWS architecture using: This...
Overview
A mid-size SaaS company was struggling with performance bottlenecks, unpredictable downtime, and high server maintenance costs due to aging on-premise infrastructure.
The client approached us to plan and execute a full cloud migration to AWS with minimal downtime.
Objectives
- Improve system uptime & scalability
- Reduce total infrastructure cost
- Modernize CI/CD and automation
- Strengthen system security & monitoring
- Avoid downtime during migration
What We Delivered
1. Cloud Architecture Design
We designed a scalable AWS architecture using:
- EC2 Auto Scaling
- Load Balancers
- RDS (Multi-AZ)
- S3 for static assets
- CloudFront for CDN
- Route53 for DNS & failover
This ensured performance efficiency and long-term scalability.
2. Zero-Downtime Migration
Using AWS DMS, we migrated databases in real-time with zero data loss.
Application workloads were transferred during a scheduled 1-hour low-traffic window.
3. Infrastructure Automation
We replaced manual deployments with:
- AWS CodePipeline
- AWS CodeBuild
- Infrastructure as Code using Terraform
This reduced deployment time from 25 minutes → 3 minutes.
4. Security Hardening
We implemented:
- IAM least-privilege model
- Security Groups
- Encrypted RDS instances
- Continuous monitoring via CloudWatch & GuardDuty
The client saw a 70% drop in security alerts.
Results
✔ 40% reduction in operational cost
✔ 60% faster load times
✔ Zero downtime during migration
✔ Fully automated CI/CD pipeline
✔ Stronger security with 24/7 monitoring
Client Feedback
“The migration was flawless. Our team has never shipped faster. The automation alone saved us countless engineering hours.”




Latest Articles
Insights on infrastructure, automation, and scaling engineering teams.
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What Clients Say
Honest feedback from businesses and founders we’ve partnered with.
John Doe
Co-Founder | Max Co.
“2nd Review”
John Doe
Co-Founder | Max Company
“Demo review”
Let's Work Together.
Have a project in mind? We’d love to hear from you. Let’s build something amazing together.
