AIBoilerplate.dev VS mbuzz.co

AIBoilerplate.dev's answer

Most boilerplates are built for humans writing code by hand. AI Boilerplate is built for the way people actually build now, describing what they want to Cursor or Claude and letting the AI write most of it.

That changes what the architecture needs to do. The failure mode of AI-assisted development isn't day one, it's prompt 50: the AI starts contradicting its own patterns, one change breaks three unrelated features, and the codebase quietly turns to spaghetti. So everything in AI Boilerplate is designed around preventing that. Built-in Cursor and Claude rules and a CLAUDE.md context file teach the AI your conventions before it writes a line. A modular monorepo (Turborepo + pnpm) isolates packages so the AI can't cascade a change through your whole app. End-to-end TypeScript with tRPC, Prisma, and Zod means AI mistakes get caught at compile time instead of in production.

It's not "a starter kit that happens to work with AI." The AI-comprehension layer is a big part of the product.

mbuzz.co's answer:

Every attribution tool runs a model under the hood and reports its number like it came from physics. mbuzz is the only one that shows the model. Eight of them side by side, plus a SQL-like DSL to edit or write your own. You stop arguing about which channel works and start arguing about which model you should trust.

AIBoilerplate.dev's answer

Generic boilerplates (ShipFast and similar) solve the day-one problem: auth, payments, emails, done. They don't solve the day-thirty problem, what your codebase looks like after a hundred AI prompts. If you're building primarily with Claude or Cursor, that's the problem that actually kills projects.

Three concrete differences: (1) the AI guardrails: 10 domain-specific Cursor/Claude rule files and a CLAUDE.md that make the AI generate code consistent with the existing architecture instead of inventing new patterns every session; (2) package isolation: an AI working on billing physically can't break auth; (3) production patterns from engineers with 15+ years of experience who've shipped to over a million users: including security guardrails for the mistakes AI tools make by default (leaked secrets, IDOR, missing validation).

Also: one-time purchase with lifetime updates, no subscription.

mbuzz.co's answer:

Dreamdata, HockeyStack, and Northbeam all ship with a proprietary "data-driven" model you can't see inside. You pay $1,400–$5,000 a month to trust their math. mbuzz runs eight models you can inspect, lets you edit the logic in a SQL-like DSL, keeps your data exportable on every plan, and starts at $0. For a $1–100M company spending $20K–$1M a month on ads, that's the difference between renting an attribution tool and owning an attribution stack.

AIBoilerplate.dev's answer

Founders and small teams building real products with AI coding tools: Claude, Cursor, Copilot. Specifically the ones who've already been burned: they vibe-coded something, it worked for a week or two, then adding features started breaking everything and they didn't know how to dig out.

That includes indie hackers and solo founders shipping their own SaaS, freelancers and agencies who need a consistent professional base across client projects, and non-traditional builders who can describe what they want to an AI but don't have the engineering background to architect a codebase from scratch. Comfortable with TypeScript/Next.js territory, or at least comfortable letting the AI operate in it.

mbuzz.co's answer:

Technical marketers, marketing ops, growth engineers, and data-savvy CMOs at startups and mid-market SaaS, DTC, fintech, and healthtech companies spending $20K–$1M a month on paid media. Specifically the ones who've stopped trusting their dashboard — who want to audit the math themselves, not hear "trust our algorithm."

AIBoilerplate.dev's answer

We're a team with 15+ years of combined experience, we've built at companies worth $30M+ and shipped products to over a million users. When AI coding tools took off, we used them like everyone else, and we hit the same wall everyone else did: incredible speed for the first twenty prompts, then a slow slide into inconsistent patterns, cascading bugs, and token bills spent fixing the AI's own mistakes.

The insight was that this isn't an AI problem, it's an architecture problem. AI generates clean code when the codebase teaches it the rules and the structure limits the blast radius of any change. So we took the production patterns we'd used professionally and rebuilt them specifically for AI comprehension, rules files, context files, isolated modules, strict type safety.

Then we proved it on ourselves: PromptCreek, our prompt repository, was rebuilt on top of AI Boilerplate with AI writing the vast majority of the code. That's the codebase that convinced us this was worth turning into a product.

mbuzz.co's answer:

Years of wrestling with the limitations of various existing solutions, platform-inflated ROAS, and enterprise attribution tools that cost more than the budgets they were measuring. Every tool I tried picked one model and hid the math. I wanted to compare models, argue with them, and write my own rules — so I built one. mbuzz is the attribution platform I wished existed when I was trying to explain channel performance to a CFO who didn't believe the Meta pixel.

AIBoilerplate.dev's answer

Next.js 15 (App Router, Server Components) and React 19, in a Turborepo monorepo with pnpm workspaces. End-to-end TypeScript in strict mode, with tRPC for type-safe APIs, Prisma as the ORM, and Zod for runtime validation. Databases: Supabase (PostgreSQL) and MongoDB. Auth via BetterAuth (email/password, magic links, social login). Stripe for payments and subscriptions, React Email + Resend for transactional email, Tailwind CSS v4 + shadcn/ui for the design system, MDX/Fumadocs for documentation, Cloudflare R2 for storage. Deploys to Vercel.

Plus the AI layer: 10 Cursor/Claude rule files and a CLAUDE.md context file baked into the repo.

mbuzz.co's answer:

Ruby on Rails (backend + dashboard), PostgreSQL, Sidekiq for background jobs, Stimulus/Turbo for the frontend. Open-source SDKs in Ruby, Node, Python, and PHP. Deployed via Kamal on DigitalOcean.

AIBoilerplate.dev's answer

PromptCreek, a prompt repository, rebuilt on AI Boilerplate with AI writing ~95% of the code; one of our flagship case study. It reached 1,200+ users in less than 3 months.

Subscription Cancel, built by a non technical founder and currently doing 200+ orders a day.

Smarkive, built and shipped by a non-technical solo founder on top of AI Boilerplate, without hiring a developer.

Independent founders and freelancers shipping client projects on the Teams plan (we're a recent launch, so most customers are early-stage products we can't name publicly yet)