AWS Well-Architected Review — Free Assessment

## What is an AWS Well-Architected Review?

An AWS Well-Architected Review is a structured assessment of a cloud environment against the [AWS Well-Architected Framework](https://aws.amazon.com/architecture/well-architected/) — six pillars covering Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization, and Sustainability. The review identifies high-risk findings, scores each pillar, and produces a prioritized remediation roadmap. AWS Partners deliver the review using AWS's own Well-Architected Tool, with funding credits available for qualifying remediations.

## Why Your AWS Architecture Needs a Review

Cloud environments evolve organically. Teams add resources, deploy new services, and make incremental changes over months and years. Without periodic review, this organic growth leads to architectural drift — security gaps widen, costs creep upward, and reliability risks accumulate silently until they surface as outages or audit failures.

An architecture review provides a structured, objective assessment of your entire AWS environment. It answers the question every CTO and VP of Engineering needs answered: **Is our cloud architecture supporting our business, or is it holding us back?**

At FactualMinds, we conduct architecture reviews using the [AWS Well-Architected Framework](/blog/aws-well-architected-framework-6-pillars-explained/) — a proven methodology that evaluates your environment across six critical dimensions. As an [AWS Select Tier Consulting Partner](/services/), our reviews qualify for AWS credits to fund remediation of identified issues.

### Free Well-Architected Review vs. Paid Architecture Audits

| Dimension                  | AWS Well-Architected Review (Partner-led)  | Generic third-party audit      | DIY internal review        |
| -------------------------- | ------------------------------------------ | ------------------------------ | -------------------------- |
| Cost to customer           | Free — funded by AWS Partner program       | $15K–$60K                      | Engineering time only      |
| Methodology                | AWS Well-Architected Framework (6 pillars) | Varies by vendor               | Often ad hoc               |
| Tooling                    | AWS Well-Architected Tool (official)       | Varies                         | Spreadsheets / docs        |
| Funded remediation credits | Up to $5K per qualifying workload          | None                           | None                       |
| Findings vs. AWS roadmap   | Mapped to current AWS services             | Often vendor-agnostic, generic | Depends on team currency   |
| Scope                      | Single workload per review (deep)          | Often broader, shallower       | Whatever team has time for |
| Auditor independence       | External AWS-certified architects          | External                       | Internal — bias risk       |
| Best for                   | Production workloads on AWS                | Multi-cloud or pre-cloud orgs  | Early-stage / sandbox      |

## What We Assess

### Operational Excellence

How well are you running and monitoring your systems?

- **Deployment practices** — Are deployments automated through [CI/CD pipelines](/services/devops-pipeline-setup/), or does your team manually deploy to production?
- **Runbooks and playbooks** — Do you have documented procedures for common operational tasks and incident response?
- **Monitoring and alerting** — Are CloudWatch dashboards, alarms, and automated responses in place for critical metrics?
- **Change management** — Are infrastructure changes tracked, reviewed, and reversible?

**Common findings:** Manual deployments without rollback capability, missing runbooks for critical systems, CloudWatch alarms that alert but trigger no automated response.

### Security

Is your cloud environment protected against threats and compliant with your regulatory requirements?

- **Identity and access management** — IAM policies, roles, MFA enforcement, access key rotation, and the principle of least privilege
- **Data protection** — Encryption at rest and in transit across all services (S3, EBS, RDS, DynamoDB, SQS, SNS)
- **Network security** — VPC architecture, Security Groups, NACLs, public exposure, and VPN/Direct Connect configuration
- **Detection and response** — GuardDuty, Security Hub, Config rules, and incident response procedures
- **Compliance** — Mapping of controls to SOC 2, HIPAA, PCI DSS, ISO 27001, or other frameworks

**Common findings:** Overprivileged IAM roles with AdministratorAccess, unencrypted S3 buckets and EBS volumes, Security Groups allowing 0.0.0.0/0 access to non-public ports, GuardDuty findings going unreviewed.

For organizations needing a deeper security focus, see our [AWS Security Consulting](/services/aws-cloud-security/) services. For compliance-specific requirements (HIPAA, SOC 2, PCI DSS), see our [Cloud Compliance Services](/services/cloud-compliance-services/).

### Reliability

Will your systems continue to operate correctly when things go wrong?

- **Multi-AZ and multi-Region** — Are critical workloads deployed across Availability Zones? Is cross-Region disaster recovery configured for business-critical systems?
- **Autoscaling** — Do compute resources scale automatically to meet demand?
- **Backup and recovery** — Are backups automated, encrypted, and regularly tested for restoration?
- **Fault isolation** — Do failures in one component cascade to others?
- **RPO and RTO** — Are Recovery Point Objectives and Recovery Time Objectives defined, documented, and achievable?

**Common findings:** Single-AZ deployments for production databases, no backup restoration testing, autoscaling policies that scale up but never scale down, undefined RPO/RTO targets.

### Performance Efficiency

Are you using the right resources for the right workloads?

- **Compute selection** — Are instance types matched to workload characteristics (compute-optimized, memory-optimized, Graviton)?
- **Database performance** — Are queries optimized, indexes appropriate, and connection pooling in place?
- **Caching** — Is caching implemented at appropriate layers (CloudFront, ElastiCache, application-level)?
- **Networking** — Are VPC endpoints in use? Is data transfer minimized between AZs and Regions?

**Common findings:** Oversized instances running at 10-15% CPU utilization, no caching layer in front of read-heavy databases, missing VPC endpoints for S3 and DynamoDB causing unnecessary NAT Gateway charges.

### Cost Optimization

Are you getting the most value from every dollar spent on AWS?

- **Resource utilization** — Unused EC2 instances, unattached EBS volumes, idle load balancers, and oversized RDS instances
- **Pricing optimization** — Reserved Instance and Savings Plan coverage, Spot Instance usage for fault-tolerant workloads
- **Storage efficiency** — S3 lifecycle policies, EBS volume type selection (gp2 vs gp3), unused snapshots
- **Data transfer** — Cross-AZ transfer costs, NAT Gateway charges, CloudFront egress optimization

**Common findings:** 30-50% of non-production instances running 24/7 when they are only needed during business hours, no RI/SP coverage for steady-state workloads, S3 data accumulating in Standard tier with no lifecycle policies.

For in-depth cost optimization, see our [AWS Cloud Cost Optimization Services](/services/aws-cloud-cost-optimization-services/).

### Sustainability

Is your architecture environmentally efficient?

- **Resource efficiency** — Are resources right-sized to maximize utilization and minimize waste?
- **Managed services** — Are you leveraging shared managed services that AWS optimizes for energy efficiency?
- **Graviton adoption** — ARM-based Graviton instances deliver better performance per watt than x86 equivalents
- **Data lifecycle** — Are data retention policies in place to avoid storing unnecessary data?

## Our Review Process

### Week 1: Discovery and Automated Analysis

**Day 1-2: Access and scoping**

- Establish read-only cross-account IAM role access to your AWS environment
- Conduct discovery interviews with stakeholders (2-3 hours total)
- Define scope — which accounts, workloads, and compliance requirements to assess

**Day 3-5: Automated assessment**

- Run AWS Trusted Advisor checks across all accounts
- Execute AWS Config conformance packs for compliance benchmarks (CIS, SOC 2, HIPAA, PCI)
- Analyze Cost Explorer data for spending patterns and optimization opportunities
- Pull Compute Optimizer recommendations for right-sizing
- Review Security Hub findings and GuardDuty alerts
- Inventory all resources with utilization metrics

### Week 2: Manual Analysis and Report

**Day 6-8: Manual deep dive**

- Review architectural diagrams and data flow patterns
- Evaluate IAM policies, roles, and permission boundaries
- Assess VPC architecture, routing, and network security
- Analyze database configurations, backup policies, and replication
- Review container and serverless workload configurations
- Validate disaster recovery and backup restoration procedures

**Day 9-10: Report and presentation**

- Compile findings into a prioritized remediation roadmap
- Categorize each finding as Critical, High, Medium, or Low risk
- Estimate remediation effort and business impact for each finding
- Present findings to your team with Q&A

## What You Receive

### Executive Summary

A 2-page overview for leadership with:

- Overall architecture health score across all six pillars
- Top 5 critical risks requiring immediate attention
- Estimated cost savings from optimization recommendations
- AWS credit eligibility from the Well-Architected Review

### Detailed Findings Report

A comprehensive technical document with:

- Every finding categorized by pillar and severity
- Specific remediation steps for each finding
- AWS service recommendations and configuration guidance
- Compliance gap analysis mapped to your target frameworks

### Remediation Roadmap

A prioritized action plan organized into:

- **Quick wins** (1-2 days) — Changes that deliver immediate value with minimal risk
- **Short-term improvements** (1-4 weeks) — Important fixes that require testing and validation
- **Strategic initiatives** (1-3 months) — Architectural changes that require planning and phased implementation

### AWS Well-Architected Tool Report

Official report generated through the AWS Well-Architected Tool that:

- Documents your review in your AWS account for ongoing tracking
- May qualify you for AWS credits to fund remediation
- Provides a baseline for future reviews to measure improvement

## When to Get an Architecture Review

- **Pre-launch** — Validate that your architecture is production-ready before a major launch or migration
- **Post-migration** — After [migrating to AWS](/services/aws-migration/), ensure workloads are properly optimized for the cloud
- **Before compliance audits** — Identify and remediate gaps before SOC 2, HIPAA, or PCI DSS audits
- **When costs are rising** — Unexplained cost increases often indicate architectural inefficiencies. See our [Cost Explorer guide](/blog/aws-cost-explorer-budgets-monitoring-guide/) for monitoring setup.
- **After significant growth** — Architectures that work at 1x scale may have reliability and performance issues at 10x
- **Annually** — Even stable environments benefit from regular reviews as AWS releases new services and best practices evolve

## Getting Started

An AWS Well-Architected Review is a low-risk, high-impact engagement. In 2 weeks, you receive a clear picture of your cloud health with a prioritized plan for improvement — plus potential AWS credits to fund the work.

Pair the Well-Architected Review with our [FinOps Consulting](/services/finops-consulting/) for ongoing cost governance, our [AWS Security Consulting](/services/aws-cloud-security/) for deep security remediation, or our [AWS Managed Services](/services/aws-managed-services/) for continuous operational oversight after the review.

[Book Your Free Well-Architected Review →](/contact-us/)