Reviews become PDFs
A checklist is not enough. Teams need a practical plan with owners, sequencing and engineering tradeoffs.
All servicesArchitecture Review
Turn an AWS Well-Architected Review into a practical engineering roadmap.
We review your AWS environment across cost, security, reliability, operational excellence, performance and sustainability, then turn the findings into prioritized fixes your team can actually ship.
The symptoms behind the search
Cost and reliability conflict
Right-sizing without resilience can create risk. Overbuilding for resilience can burn cash. We balance both.
Security fixes pile up
IAM, network, secrets and logging issues become easier to fix when they are prioritized by risk and business impact.
How we approach it
A Well-Architected Review should produce an engineering backlog, not a ceremonial score
The AWS Well-Architected Framework provides a structured way to examine operational excellence, security, reliability, performance efficiency, cost optimization and sustainability. The questions are valuable only when answers are supported by evidence from the workload and its operating history.
CloudForge scopes the review around one defined workload, its users and its business requirements. We inspect architecture, infrastructure as code, deployments, incidents, recovery tests, observability, security findings and billing data, then explain the tradeoffs between pillars.
Findings are ranked by impact, likelihood, blast radius, recoverability and implementation dependency. The result is a sequenced remediation plan with owners and validation criteria, plus hands-on implementation when required.
Workload scope and evidence
Establish the business and technical context required for a meaningful review.
- Architecture and dependency mapping
- SLO, recovery and compliance requirements
- Incidents, deployments and cost evidence
Six-pillar assessment
Evaluate AWS best practices in the context of how the workload actually operates.
- Operational excellence and security
- Reliability and performance efficiency
- Cost optimization and sustainability
Risk ranking
Separate immediate exposure from ordinary improvement work and long-horizon architecture change.
- Impact, likelihood and blast radius
- Detection and recoverability
- Effort, dependencies and rollout risk
Remediation and validation
Turn accepted findings into changes that can be owned, tested and proven.
- Now, next and later roadmap
- Terraform, CI/CD and policy implementation
- Restore, failover and control validation
Practical deliverables, not just advice
The output is designed for engineering teams that need to act: roadmaps, controls, dashboards, automation, runbooks and implementation support.
Architecture findings
Clear findings across the Well-Architected pillars with severity, context and recommended remediation.
Remediation roadmap
A sequenced plan that separates quick wins from deeper platform work.
Cost and reliability plan
Specific changes for compute, storage, databases, network, backup, observability and failover.
Security hardening
IAM, secrets, encryption, logging, vulnerability and policy improvements built into delivery.
Outcomes your team can keep improving
Shared risk picture
Leadership and engineering understand which findings matter and why.
Sequenced remediation
Dependencies and quick wins are visible instead of buried in a flat checklist.
Cross-pillar tradeoffs
Cost changes account for reliability, security and performance requirements.
Evidence of improvement
Controls are validated through tests, telemetry and operating procedures.
This engagement is a strong fit when
- A critical AWS workload has never received a structured architecture review
- Rapid growth has created security, reliability or cost uncertainty
- A migration or major launch needs production-readiness validation
- Previous review findings exist but were never converted into owned work
Principles that guide the work
- Review a defined workload, not an entire AWS organization in the abstract
- Use evidence from incidents and operations, not diagrams alone
- Rank findings by business risk rather than treating every answer equally
- Define how each remediation will be validated before work begins
From first look to handover
Discovery and access
We agree scope, review diagrams, ask focused questions and inspect the AWS environment.
Pillar-by-pillar review
We evaluate the architecture against how it actually runs, not only against a checklist.
Roadmap workshop
We walk your team through risks, savings, tradeoffs and implementation order.
Implementation support
We can help fix the findings through Terraform, CI/CD, monitoring, IAM and architecture changes.
Tools we can work with
Improve the stack you already have
We usually make your current tools cleaner before recommending a switch. The goal is a better operating model, not a shiny tool migration.
- AWS Well-Architected Tool
- AWS Cost Explorer
- Trusted Advisor
- Security Hub
- CloudTrail
- CloudWatch
- Terraform
- IAM Access Analyzer
- GuardDuty
- AWS Config
Research the decision before the call
Use these practical CloudForge guides to understand the operating model, tradeoffs and next steps connected to this service.
AWS Well-Architected review checklistSix-pillar questions and a practical method for ranking findings.How to reduce your AWS billA staged AWS cost checklist that starts with visibility and low-risk waste.Cloud migration strategyPrepare landing zones, migration waves and operating controls before cutover.
Questions
What people ask before we start
This page is AWS-specific, but we also do architecture reviews for Azure, Google Cloud and Kubernetes.
Ready to turn this into a working plan?
Book a 30-minute call and we will define the fastest path to measurable cloud savings, safer releases or a more reliable platform.