Infrastructure That Scales.
Architecture That Lasts.
Your AWS infrastructure is the foundation everything runs on. VPC design, compute optimization, database architecture, networking, and high-availability patterns — engineered for reliability, security, and cost-efficiency.
Book a Free ConsultationThe Problem
Sound Familiar?
VPC designed without growth in mind
Your network architecture was set up quickly and now you're running out of IP space, hitting routing limits, or can't isolate workloads properly.
EC2 instances manually managed with no auto-scaling
Somebody SSHs in to deploy. Instances are over-provisioned or under-provisioned. No scaling automation exists.
RDS running single-AZ with no failover
Your database is a single point of failure. One AZ outage could take down your entire application.
No infrastructure-as-code — changes made via console clicks
Nothing is reproducible. You can't rebuild your environment if something goes wrong. No audit trail of changes.
Networking is a mess of security groups nobody understands
Hundreds of rules, overly permissive access, and nobody knows which groups are actually needed or what they allow.
No disaster recovery plan for infrastructure failures
If a region goes down or a critical resource is deleted, there's no documented plan or automated recovery process.
The Process
How It Works
Infrastructure Audit
Map your current architecture, identify gaps in availability, security, and cost-efficiency. Document everything.
Architecture Design
Design the target-state architecture with diagrams, justification for each decision, and migration path from current state.
IaC Development
Build CloudFormation or Terraform templates for full reproducibility. Every resource defined in code, version-controlled.
Migration & Implementation
Staged rollout with validation at each step. Zero-downtime migrations where possible, planned maintenance windows where necessary.
Documentation & Handoff
Complete runbooks, architecture documentation, and team training so your engineers can operate confidently.
Deliverables
What's Included
Ideal Fit
Who Is This For?
Production Workloads Without Proper Architecture
Running in AWS but the infrastructure was set up quickly without proper design. It works, but it's fragile.
Teams Redesigning for Scale or Compliance
Need to redesign infrastructure to handle 10x traffic, meet compliance requirements, or support multi-region deployment.
Organizations Adopting IaC for the First Time
Moving from console-click infrastructure to code-defined, version-controlled, reproducible environments.
Why Us
Why Forti365?
Millions of Requests
Designed and deployed infrastructure for environments handling millions of requests. Battle-tested architecture patterns.
Multi-AZ, Multi-Region Expertise
Deep experience with high-availability architecture across availability zones and regions for mission-critical workloads.
Infrastructure-as-Code Evangelist
CloudFormation and Terraform expertise. Everything in code, version-controlled, and reproducible across environments.
Operational Excellence Focus
Not just getting it running — keeping it running. Monitoring, alerting, runbooks, and automated recovery built in from day one.
FAQ
Common Questions
Do you work with Terraform or CloudFormation?
Both — I'll use whichever your team prefers or is already using. If you're starting fresh, I'll recommend based on your team's skills and requirements.
Can you redesign our VPC without downtime?
Yes — we build the new architecture in parallel and migrate traffic incrementally. DNS cutover, blue-green patterns, and gradual shifts keep your services running.
How do you handle state management for IaC?
Remote state with locking (S3 + DynamoDB for Terraform), proper workspace/environment separation, and state file security. No local state files on laptops.
Do you support containerized workloads?
Yes — ECS Fargate, EKS, and Lambda are all options depending on your needs. I'll recommend the right compute platform based on your workload characteristics.
What about serverless?
I design hybrid architectures — serverless where it makes sense (event-driven, variable traffic), containers or EC2 where it doesn't (steady-state, complex runtimes). Pragmatic, not dogmatic.
Download the 2026 Cybersecurity Checklist
A practical checklist to evaluate your security posture. Covers identity, network, data, logging, and incident response.
Get the Free ChecklistReady to Build Infrastructure That Lasts?
Book a free consultation to discuss your AWS infrastructure challenges and how we can architect for reliability, scale, and cost-efficiency.
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