mvp-definer

Guide MVP definition, scoping, and validation using lean startup methods.

Updated Mar 14, 2026
One-click install
npx skills add https://github.com/MrAlexisCord/chatbot-prototype --skill mvp-definer
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mvp-definer
Source: https://github.com/MrAlexisCord/chatbot-prototype/tree/main/.agents/skills/mvp-definer
Command: npx skills add https://github.com/MrAlexisCord/chatbot-prototype --skill mvp-definer

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill helps teams define and scope Minimum Viable Products (MVPs) effectively, ensuring they focus on learning and validating core assumptions rather than just building an incomplete product.

Core Features & Use Cases

  • Hypothesis-Driven Development: Guides users through creating a Hypothesis Canvas to clearly define problems, solutions, riskiest assumptions, and success metrics.
  • Lean Validation Strategy: Provides a framework for prioritizing assumptions and selecting the most appropriate lean experiment (from interviews to functional MVPs) to test them.
  • Scope Management: Offers tools like the "Must/Should/Could/Won't" matrix and the "Least We Can Ship" test to ruthlessly cut scope for the initial release.
  • Build-Measure-Learn Cycles: Facilitates structured learning loops by defining what to build, how to measure success, and how to decide on the next steps (persevere, iterate, or pivot).
  • Use Case: A startup founder needs to define the scope for their new SaaS product. They use this Skill to articulate their core hypothesis, identify the riskiest assumption (e.g., customer willingness to pay), and decide on the smallest set of features needed to test that assumption, avoiding building unnecessary features.

Quick Start

Use the mvp-definer skill to help me define the hypothesis canvas for a new mobile app that helps users track their daily water intake.

Frequently Asked Questions about mvp-definer

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I define an MVP scope without building unnecessary features?

To define an MVP scope without building unnecessary features, use hypothesis-driven development to identify your riskiest assumptions. Apply frameworks like the Must/Should/Could/Won't matrix and the Least We Can Ship test to ruthlessly cut scope and focus purely on learning.

What is a Hypothesis Canvas and how does it support lean startup validation?

A Hypothesis Canvas supports lean startup validation by structuring your core assumptions into clearly defined problems, solutions, riskiest assumptions, and success metrics. It ensures your product development focuses on testing specific hypotheses rather than executing blind builds.

How do I prioritize Riskiest Assumption Tests for a new SaaS product?

Prioritize Riskiest Assumption Tests (RATs) for a new SaaS product by identifying which assumptions, if false, would invalidate your entire business model. Select the smallest lean validation experiment, from customer interviews to functional MVPs, to test that specific assumption first.

Can I use the Build-Measure-Learn cycle to decide whether to pivot or persevere?

You can use the Build-Measure-Learn cycle to decide whether to pivot or persevere by defining what to build, measuring success against predefined metrics, and evaluating the results. This structured learning loop guides your next steps based on validated learning rather than assumptions.

Does lean validation require a functional MVP to test customer willingness to pay?

Lean validation does not require a functional MVP to test customer willingness to pay. You can select from various lean experiments, such as conducting interviews or using landing pages, to validate riskiest assumptions before committing resources to building a functional product.

When should I avoid building a Minimum Viable Product?

You should avoid building a Minimum Viable Product when your riskiest assumptions remain untested by cheaper lean validation experiments. If customer problems or willingness to pay are completely unverified, conducting interviews or creating a Hypothesis Canvas must precede any functional build.