Engineering™ · Cloud & Infrastructure

Cloud Infrastructure

We design and deploy secure, scalable cloud infrastructure engineered for enterprise high availability.

AWS · Google Cloud · Microsoft Azure · Terraform · Docker. Infrastructure as Code (IaC), multi-zone redundancy, automated elasticity, and aggressive cloud spend optimization (FinOps).

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Scope

Infrastructure as Code (Terraform) · High-Availability Cloud Architecture · Auto-Scaling & Load Balancing · Cloud Cost Optimization (FinOps)

Estimated Timeline

5–8 weeks

Platforms

Amazon Web Services (AWS) · Google Cloud Platform (GCP) · Microsoft Azure · Terraform / OpenTofu

Target Fit

Is this for your company?

This service is for you if

✓Your server crashes or lags during major marketing campaigns, product launches, or seasonal retail peaks.
✓Cloud resources are manually configured via console clicks without reproducible code (lack of IaC).
✓Your AWS, GCP, or Azure invoices rise every month without proportional user growth.
✓You lack a verified automated Disaster Recovery plan with tested database backups.

You probably do not need it if

✕Your project is a simple static website suitable for serverless platforms like Vercel or Cloudflare Pages.
✕You do not manage proprietary applications or databases requiring dedicated cloud architecture.

Problem Space

What we solve

High Availability & Fault Tolerance

Multi-availability-zone deployments with load balancers and auto-scaling groups that dynamically adjust capacity.

Infrastructure as Code (Terraform)

100% of your cloud topology codified and versioned in Git, enabling complete environment recreation in minutes.

Cloud Cost Optimization (FinOps)

Workload rightsizing, committed-use discounting, and automated purging of orphaned storage and unattached IPs.

Perimeter Security & DDoS Mitigation

Isolated VPC networks, Web Application Firewalls (WAF), strict IAM policies, and automated SSL certificate rotation.

Engineering Process

How it works

01 — Diagnose

Architecture & FinOps Audit

We review existing servers, networking bottlenecks, security vulnerabilities, and monthly cloud spend.

02 — Design

Target State Architecture & Terraform Blueprint

We design network topology, redundancy zones, and write modular Terraform infrastructure code.

03 — Build

Automated Cloud Provisioning & Data Migration

We deploy the cloud environment via CI/CD pipelines and execute zero-downtime database migrations.

04 — Launch

Stress Testing, Cutover & 24/7 Monitoring

We simulate multi-server outages, verify auto-recovery protocols, and configure production telemetry.

Deliverables

What we deliver

Upon completion you will have

✓Cloud infrastructure fully provisioned via modular, documented Terraform code.

✓Elastic horizontal auto-scaling and application load balancing (ALB/Cloud Load Balancing).

✓Disaster Recovery plan complete with automated snapshots and recovery runbooks.

✓Enterprise security baseline: private VPC subnets, WAF rules, and encrypted secrets management.

✓Observability dashboard tracking system telemetry, latency, and uptime alerts.

Delivery Plan

Implementation Phases

Tiempo típico de proyecto:5–8 weeks

Week 1Phase 1

Workload Audit & Cost Assessment

Reviewing compute utilization, mapping dependencies, and analyzing billing ledgers.

Weeks 2–3Phase 2

Network Design & Terraform Codification

VPC topology modeling, IAM role scoping, and infrastructure-as-code development.

Weeks 4–6Phase 3

Cloud Provisioning & Database Migration

Managed database cluster setup, storage migration, and container deployment.

Weeks 7–8Phase 4

Stress Testing, DNS Cutover & Handoff

Simulated failure drills, zero-downtime DNS migration, and operations team handover.

Pricing Guidance

Estimated Investment

Target Investment

USD 5,500

Includes architecture audit, Terraform modular code, automated cloud provisioning, database migration, and monitoring.

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Real-World Proof

Impact Case Study

From Recurring Server Crashes and $4.5K/mo Bill to 99.99% Uptime at $1.8K/mo

Initial problem

Online services platform on AWS running on oversized, manually configured EC2 servers that crashed during traffic surges, costing $4.5K/month.

Technical intervention

Full re-architecture to containerized ECS with auto-scaling, managed 100% via Terraform and cached on CloudFront CDN.

Outcome achieved

Uptime reached 99.99% during 35,000 concurrent user spikes, while monthly AWS spend fell 60% from $4,500 to $1,800.

Clarifications

Frequently asked questions

What are the main advantages of Infrastructure as Code (Terraform)?

It completely eliminates human error from manual console clicks. If you ever need to clone production into a staging environment or spin up an identical cluster in another region, one command recreates the entire stack identically in minutes.

Will our business experience downtime during the cloud migration?

No. We plan migrations using blue-green cutover strategies with continuous data replication: new cloud clusters are deployed in parallel, and traffic shifts seamlessly via DNS only after rigorous end-to-end validation.

Can you help us lower our existing AWS, GCP, or Azure bills?

Yes. We apply rigorous FinOps methodologies: rightsizing compute instances to real historical loads, removing orphaned disks, and reserving capacity to reduce monthly hosting invoices by 30% to 60%.

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