AWS Well-Architected Review · Terraform

The Well-Architected Review your AWS SA doesn't have time for.

Your Terraform, reviewed by AI. Decided by you.

ArchGuard takes your Terraform code and runs a full Well-Architected Review across security, reliability, cost, and operational readiness — in minutes, not weeks. Unlike Checkov or Trivy, which tell you what's wrong, ArchGuard tells you why it matters for your specific workload — and it never touches your infrastructure.

We never write to your state file, never create PRs, never touch your infrastructure. Every finding is specific, reviewable, and linked to AWS Well-Architected guidance.

Created by an AWS Golden Jacket holder (all AWS certifications) and AWS Community Builder

Project

synthr-api — production

MEDIUM RISK

Security

62

Reliability

62

Cost

89

Operations

74

HIGH · Security

RDS open to the internet on port 5432

publicly_accessible = true with cidr_blocks 0.0.0.0/0 — any attacker can attempt auth against production Postgres

HIGH · Reliability

SQS visibility timeout shorter than Lambda timeout

30s visibility vs 300s worker — every document processed more than once, compounding cost and duplicate records

Covers 40+ AWS services
Findings mapped to AWS Well-Architected Framework
Terraform-first analysis
Expert-informed, not just linting

The Problem

Most AWS teams discover architecture mistakes only after they become expensive

Without a dedicated architect, critical issues stay hidden until they cause an outage, a breach, or a surprise bill.

Cost surprises

Unattached volumes, oversized instances, and misconfigured queues quietly drain your budget. You notice it in the bill, not in the code.

Security blind spots

Overpermissioned IAM roles with wildcard access, publicly reachable databases, open security groups — the blast radius no one mapped.

Reliability gaps

Single points of failure, missing backups, misconfigured health checks. Checkov passes. Your architecture is still broken.

No sanity check before launch

Inherited infrastructure, AI-generated Terraform, a contractor's codebase — and no second opinion before it goes to production.

How It Works

From upload to structured findings in under 24 hours

01

Upload Terraform

Share your .tf files or a repo link. No AWS credentials required.

02

Add workload context

Describe your architecture in a short brief: team size, environment, key concerns.

03

Receive structured review

Get a prioritized findings report across security, reliability, cost, and operational readiness — within one business day.

Deliverables

What your ArchGuard report includes

Executive summary

A plain-English overview of your architecture's overall risk posture.

Prioritized findings

Issues ranked by severity and business impact — not just technical risk.

Security review

IAM, network exposure, encryption, and access control gaps.

Reliability assessment

Single points of failure, missing redundancy, and scaling misconfigurations.

Cost analysis

Wasted spend, rightsizing opportunities, and architectural inefficiencies.

Actionable recommendations

Each finding includes context, evidence, and a concrete fix suggestion.

Sample Report

See what a real ArchGuard review looks like

Based on a real Terraform workload — names changed.

Project

synthr-api — production

MEDIUM RISK

Security

62

Reliability

62

Cost

89

Operations

74

HIGH · Security

RDS open to the internet on port 5432

publicly_accessible = true with cidr_blocks 0.0.0.0/0 — any attacker can attempt auth against production Postgres

HIGH · Reliability

SQS visibility timeout shorter than Lambda timeout

30s visibility vs 300s worker — every document processed more than once, compounding cost and duplicate records

MEDIUM · Cost

DynamoDB sessions table has no TTL

Grows unboundedly, storage cost increases monotonically with no ceiling

MEDIUM · Operations

No CloudWatch alarms on any service

Failures discovered only when customers report them, mean time to detect is unbounded

Why ArchGuard

More than a linter. Architecture review that explains the why.

Checkov already runs in your CI/CD. Good — keep it there. ArchGuard is the layer above: it takes your whole Terraform architecture and asks whether the pieces fit together correctly, whether your design handles failure, and whether you're spending money in the right places. Checkov catches individual misconfigurations. ArchGuard catches architectural anti-patterns Checkov can't see.

Architecture-level reasoning

Understands how your components interact — not just whether individual resources pass config checks. Catches the blast radius and drift that linters miss.

Terraform-first

Reads your actual IaC. Findings are grounded in what you've defined, not what AWS reports post-deploy.

Evidence-based findings

Every finding includes the specific Terraform resource, the evidence, and why it matters for your workload. Not a generic checklist.

Expert-informed

Review logic developed by an AWS Golden Jacket holder. A second opinion from someone who has done this manually hundreds of times.

Early Access

Request your ArchGuard review

Limited slots available. We'll respond within one business day.

Built for client delivery

White-label PDF reports for clients. $199/month — less than 1% of a single engagement.

No infrastructure access

No AWS credentials. No state file. No PRs. AI generates the analysis; you decide what to act on.

Beta access — free review in exchange for feedback

Launching at $49–$199/month. Beta users lock in founding-member pricing.

We'll confirm within 1 business day. No commitment required.

FAQ

Common questions

Get a faster second opinion on your AWS architecture

What am I missing?

Most issues are fixable before they reach production. The expensive ones — the public database, the wildcard IAM role, the SQS timeout causing duplicate billing — are the ones you miss.