THAVAGEby F3
Example Report

AI SaaS MVP cost estimate example

This example shows the kind of build where AI leverage is obvious: repeatable product patterns, one strong operator, and no heavyweight compliance or enterprise integration burden.

Updated March 12, 2026
Traditional Cost
$109,625
AI-Assisted Cost
$2,225
Savings
98%
5 people over 5 months
Hours
1025 → 40
Traditional vs AI-assisted

Project brief

Prompt used: I built a SaaS MVP with user auth, Stripe billing, a dashboard, and an AI-powered feature. Used Cursor and Claude. Took about 3 weeks working solo evenings and weekends.

Traditional timeline: 5 months. AI-assisted timeline: 3 weeks of evenings and weekends.

Traditional invoice drivers

User authentication and authorization
120 hrs · $125/hr senior full-stack dev
$15,000
Stripe billing, plans, and webhook handling
100 hrs · $125/hr senior full-stack dev
$12,500
Core AI workflow and response UX
160 hrs · $125/hr senior full-stack dev
$20,000
Dashboard UI, routing, and responsive design
180 hrs · $85/hr UX/UI designer + mid-level dev
$15,300
Backend API, database, migrations, and QA
465 hrs · Blended traditional team rate
$46,825

Why this estimate is credible

  • The project has enough product surface area to require multiple traditional roles: engineering, design, PM, QA, and DevOps.
  • The solo AI-assisted path remains credible because the feature set is dense but still within MVP territory.
  • The delta is large because coordination overhead disappears in the AI-assisted scenario.

What to watch for

  • The AI feature is not the only cost driver. Billing, auth, and backend reliability still add real scope.
  • The result is believable because the build uses known SaaS patterns rather than novel research.
  • If this product needed SOC 2, role-based admin controls, or a complex data pipeline, the benchmark would climb fast.

Run this example yourself

If you want to compare your own phrasing against the benchmark, rerun this exact example and then edit the prompt with your real constraints.

Next Step
Run your own scoped benchmark

Use the live estimator once you have enough detail to name the features, integrations, and constraints. Then compare your result with the example reports on this page.

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