YugenYugen

MVP Documentation

Document your MVP (Idea, Marketing Strategy, Technical Architecture, Cost Estimation, Database Design, and User Flows)

Last updated on: 1st November 2025

Why Documentation Matters

In the age of AI, documentation is no longer optional - it's critical. Without it, you lose context, repeat mistakes, and confuse yourself and your Agents as your codebase grows.

Without docs:

  • ❌ Lose context between sessions

  • ❌ Repeat the same mistakes

  • ❌ Confuse AI assistants with missing context

  • ❌ Struggle to onboard team members

  • ❌ Forget why you made decisions

With good docs:

  • ✅ Better AI assistance (Agents will love this context!)

  • ✅ Faster Developer onboarding (if you want to hire in the future)

  • ✅ Decision history (easy for you and an Agent to understand why decisions were made)

  • ✅ Reduced bugs and rework (easier to debug and understand why things are the way they are)

Where Your Documentation Lives 📁

  • Fumadocs already configured - Your codebase includes a full documentation site powered by Fumadocs

  • Runs on port 4000 - When you run bun run dev, your docs site will be available at http://localhost:4000

  • Ready to use - Navigate to the "Project Documentation" section and start filling in your docs

  • 📂 Location: content/docs/product-docs/ in your codebase

The fastest way to create MVP documentation is to work with an AI agent across 6 focused conversations. Each conversation targets a specific aspect of your product.

Important: Before starting the documentation conversations, you must:

  1. Clone the codebase - Follow the Project Setup guide to clone and set up the project locally

  2. Open the project in Cursor - Navigate to your cloned project directory in Cursor IDE

  3. Start conversations from within the codebase - This ensures your AI agent has full context of your tech stack, README.md, and project structure

Note on Documentation Paths:

  • Prompts reference content/docs/product-docs/ (already exists in your codebase)

All documentation prompts reference files like README.md that exist in your cloned codebase. Without cloning first, the AI agent won't have the necessary context to provide accurate documentation.

Prerequisites

Before starting, ensure you have:

Cursor IDE installed + Pro Subscription

Ensure you have Cursor IDE and a Pro Subscription so you can use the premium models like GPT-5-High.

A Validated Product Idea

You should an idea that has been validated through our recommended Idea Validation process.

If you prefer to use Claude Code or another AI agent, feel free to do so. We recommend using Cursor and the GPT-5-High model for the best experience.

The 6-step Documentation Framework

We'll follow a framework to help you document your product and all the important decisions you'll make before building, so you and your AI assistants can execute on your idea.


1. Product Idea, Vision & Strategy

Goal: Define your product vision, target audience, core features, success metrics, competitive landscape, implementation planning, and any external dependencies you'll need.

Duration: 20-25 minutes

Model: gpt-5-high

Start this conversation from within your cloned codebase so the AI agent has full context of your tech stack and project structure.

Open a new Agent tab in Cursor (from within your cloned project directory) and use this prompt:

Documentation Paths: The prompts below reference content/docs/product-docs/ paths which are already set up in your codebase.


I'm building an MVP and need help documenting my product vision and strategy. 

**IMPORTANT**: Before we start, please:

1. **Check the README.md file** in this codebase to understand my current tech stack

2. **Perform real-time web research** on current pricing, features, and capabilities of my tech stack components

3. **Read the existing Project Documentation → Idea page** (content/docs/product-docs/idea.mdx) to understand what's already documented

4. **Note**: I should have already completed the Target Market & ICP deep dive from the [Idea Validation guide](/docs/company-building/idea-validation). This documentation will expand and formalize that analysis.

**My Product Idea**: [Describe your product idea in 2-3 sentences]

**Current Understanding**: [What you know about your target market, competitors, etc.]

Please help me create documentation for the "Idea" page in my Project Documentation. I want to document:

1. **Problem Statement** - What problem am I solving?

2. **Solution Overview** - How does my product solve it?

3. **Target Audience & ICP Deep Dive** - Deeply identify and understand your target market:

   - **Demographics** - Age, location, occupation, income level, education

   - **Psychographics** - Behaviors, motivations, pain points, goals, fears

   - **Behavioral Patterns** - How they currently solve this problem, what tools they use, daily routines

   - **Pain Intensity** - How urgent is this problem? How much time/money does it cost them?

   - **Willingness to Pay** - Have they paid for similar solutions? What's their budget?

   - **Platform Identification** - Where do your target users spend most of their time online? (LinkedIn, X/Twitter, Instagram, TikTok, Reddit, Discord/Slack, Facebook Groups, YouTube, industry-specific forums, etc.)

   - **Distribution Strategy** - Based on platform identification, how will you reach your first 10-100 users? What's your clear plan for finding and engaging with them?

   - **Validation Evidence** - Have you spoken to potential customers? Did someone say "I will pay for this" or show clear payment intent? Document your validation conversations and commitments.

   - **Competitor Analysis** (if cloning an existing app) - Analyze competitor ad strategies, distribution channels, content strategies, and community presence using tools like Rival Sonar (https://www.rival-sonar.com/blog/exploit-gaps-in-competitor-ad-strategy)

4. **B2C vs B2B Classification** - Determine if this should be a B2C (Business-to-Consumer) or B2B (Business-to-Business) app:

   - Analyze the target audience, use case, and product characteristics

   - Consider factors like: individual vs team usage, pricing models, sales cycles, support requirements

   - Recommend the appropriate model and justify the decision

   - **Stack Requirements**: If B2B, identify what needs to be enabled/configured in the current stack:

     - Organization/team management features

     - Multi-tenant architecture considerations

     - Admin/dashboard capabilities for team management

     - SSO (Single Sign-On) or enterprise authentication options

     - Billing/subscription management for teams vs individuals

     - Any additional Convex schema, BetterAuth configurations, or Polar.sh features needed

   - **Cost Implications**: Research and document:

     - Additional costs for B2B features (e.g., SSO pricing in BetterAuth, team management costs)

     - Scaling costs as teams/organizations grow

     - Any premium tier requirements for B2B functionality

     - Comparison of B2C vs B2B pricing tiers for all relevant services

5. **Core Features** - What features do I need for MVP?

6. **Competitive Analysis** - How am I different?

7. **Expected Scale** - How many users do I expect to have?

8. **3rd-party libraries/providers/APIs** - What external libraries/providers/APIs do I need to use (other than what my current tech stack provides)?

9. **Pricing Model Decision** - Subscription vs One-time vs Hybrid (justify with web research and product type)

10. **Implementation Planning** - Development phases, timeline estimation, resource requirements, risk assessment, success metrics, launch strategy

Use this decision framework when selecting the pricing model:

- Recurring Subscriptions

  - Use when you provide ongoing value

  - Examples: SaaS tools used regularly, monitoring services, continuous access platforms

  - Benefits: Predictable revenue, higher LTV, easier to scale

- One-Time Payments

  - Use when value is delivered once

  - Examples: Digital downloads, one-off transformations, limited-time access

  - Benefits: Simpler to manage, no recurring obligations, clear value proposition

- Hybrid Models

  - Combine both payment types

  - Examples: Setup fee + monthly access, one-time purchase + optional subscription support

  - Benefits: Maximizes revenue opportunities, caters to preferences, flexible strategy

- Product Type Considerations

  - Transformation Products → bias to one-time (e.g., fitness apps, course platforms)

  - Utility Products → bias to subscription (e.g., budget trackers, productivity tools)

- Currency & Pricing Psychology

  - Align currencies with target demographics

  - Use psychological pricing (e.g., $29 vs $30)

**Output**: A clear recommendation with rationale and sources. Also note downstream impacts on database schema, pricing page UX, and payments provider configuration.

Make sure to include the following sections in Project Documentation → Idea (content/docs/product-docs/idea.mdx):

**Target Audience & ICP Deep Dive**

- Demographics: [Detailed breakdown]

- Psychographics: [Behaviors, motivations, pain points]

- Behavioral Patterns: [How they currently solve the problem]

- Pain Intensity: [Urgency and cost of the problem]

- Willingness to Pay: [Payment history and budget]

- Platform Identification: [Where they spend time online - specific platforms]

- Distribution Strategy: [How to reach first 10-100 users on identified platforms]

- Validation Evidence: [Customer conversations and payment commitments]

- Competitor Analysis: [If cloning, competitor ad/distribution/content analysis]

**B2C vs B2B Classification**

- Classification: [B2C | B2B | Hybrid]

- Rationale: [2-4 bullets explaining why this classification fits the product]

- Stack Requirements: [What needs to be enabled/configured in the current stack, if B2B]

- Cost Implications: [Additional costs, premium tiers, scaling costs for B2B features]

- Schema Impact: [Notes on how this affects database design - organizations/teams tables, user-organization relationships, etc.]

**Pricing Model Decision**

- Decision: [Subscription | One-time | Hybrid]

- Rationale: [2-4 bullets citing product type and web research]

- Product Type: [Transformation | Utility | Mixed]

- Currency & Pricing: [Primary currency and psychological price points]

- Database Impact: [Keep/remove: subscriptions tables, one-time payments tables, and invoice fields?]

- Provider/Webhooks: [Which flows are needed and why]

These sections must be present in content/docs/product-docs/idea.mdx so downstream docs (architecture, database, payments) can reference them.

**CRITICAL**: When we're done, I need you to **replace the entire content** of the Project Documentation → Idea page (content/docs/product-docs/idea.mdx) with our final documentation, not just provide text to copy.

Before you do that, please ask me clarifying questions and help me think through each area thoroughly. Use real-time web research to ensure accuracy of current market conditions, competitor pricing, and tech stack capabilities.

2. Marketing Strategy

Goal: Get Hormozi's expert perspective and document marketing strategies, positioning, and go-to-market plan for your specific product idea.

Duration: 10-15 minutes (5-10 minutes NotebookLM + 5-10 minutes documentation)

Step 2a: Get Hormozi's Perspective (NotebookLM)

First, get expert feedback from Alex Hormozi's knowledge base using Google NotebookLM. This helps identify gaps in your idea and discover marketing strategies that work best for your specific product.

Steps:

  1. Open the Hormozi NotebookLM - Click the link above to access the public notebook trained on Hormozi's knowledge base

  2. Copy your Idea documentation - Open content/docs/product-docs/idea.mdx from your project and copy the entire content

  3. Upload to NotebookLM - Upload the markdown file or paste the content directly into the notebook

  4. Ask Hormozi - Use this prompt to get feedback:


I'm building this product idea. Please review it as if you're Alex Hormozi and provide:

1. **Gap Analysis** - What's missing from this idea? What questions haven't been answered?

2. **Marketing Strategy** - Based on this specific product and target audience, what marketing strategies would work best?

3. **Offer Refinement** - How can I make the offer more compelling?

4. **Positioning** - How should this product be positioned in the market?

5. **Go-to-Market** - What's the best way to launch and scale this?

Ask me clarifying questions and help me think through my specific product/company thoroughly.

Be specific and actionable with your advice. Reference frameworks from your books and playbooks where relevant, and explain why they're relevant to my specific product/company.
  1. Save the response - Copy the NotebookLM response - you'll use it in the next step

Step 2b: Document Marketing Strategy

Goal: Document marketing strategies, positioning, and go-to-market plan based on Hormozi's perspective and your product idea.

Duration: 5-10 minutes

Model: claude-sonnet-4.5

Start this conversation from within your cloned codebase so the AI agent can access your README.md and project structure.

Open a new Agent tab in Cursor (from within your cloned project directory) and use this prompt:


Based on my product idea (See the 'Idea' page in my Project Documentation - content/docs/product-docs/idea.mdx) and Hormozi's feedback from NotebookLM, I need help documenting a marketing strategy.

**IMPORTANT**: Before we start, please:

1. **Check the README.md file** in this codebase to understand my current tech stack

2. **Read the existing Project Documentation → Idea page** (content/docs/product-docs/idea.mdx) to understand the product vision, target audience, pricing model, and B2C/B2B classification

3. **I'll paste Hormozi's NotebookLM response below** - use it as expert guidance for marketing strategies

**Hormozi's NotebookLM Response**:

[Paste the full response from NotebookLM here]

Please help me create marketing strategy documentation. I want to document:

1. **Positioning Strategy** - How to position this product in the market based on Hormozi's feedback

2. **Target Audience Refinement** - Any adjustments to target audience based on gaps identified

3. **Marketing Channels** - Which channels would work best for this specific product (content marketing, paid ads, partnerships, etc.)

4. **Content Strategy** - What content should be created and where it should be distributed

5. **Go-to-Market Plan** - Step-by-step launch strategy

6. **Offer Refinement** - How to make the offer more compelling based on Hormozi's recommendations

7. **Pricing Strategy** - Refine pricing based on positioning and offer improvements

8. **Conversion Funnel** - How to move prospects through awareness → interest → decision → action

9. **Marketing Metrics** - What KPIs to track for marketing success

10. **Scaling Strategy** - How to scale marketing efforts as the product grows

**CRITICAL**: When we're done, I need you to **create a new file** at `content/docs/product-docs/marketing-strategy.mdx` with our final marketing strategy documentation, not just provide text to copy.

3. Technical Architecture

Now that we have our core idea thoroughly fleshed out, we can start designing the architecture and ironing out all the technical details.

Goal: Design system architecture, use specific features of your chosen tech stack, and understand how any 3rd party libraries/providers/APIs will fit into your system.

Duration: 20-25 minutes

Model: gpt-5-high

Start this conversation from within your cloned codebase so the AI agent can access your README.md and project structure.

Open a new Agent tab in Cursor (from within your cloned project directory) and use this prompt:


Based on my product idea and vision (See the 'Idea' page in my Project Documentation - content/docs/product-docs/idea.mdx), I now need help designing and documenting the technical architecture.

**IMPORTANT**: Before we start, please:

1. **Check the README.md file** in this codebase to understand my current tech stack

2. **Read the existing Project Documentation → Idea page** (content/docs/product-docs/idea.mdx) to understand the product vision and pricing model decision

3. **Perform real-time web research** on current pricing, features, and capabilities of my tech stack components

4. **Research current best practices** for my specific tech stack combination

Please help me design a technical architecture, using mermaid diagrams. I want to document:

1. **System Overview** - High-level architecture diagram

2. **Tech Stack Decisions** - Frontend, backend, database, etc. (based on my current stack - see this codebase's README.md file for more details)

3. **Tech Stack Specific Features (see this codebase's README.md file for more details)** - Serverless functions, cron jobs, real-time features, etc.

4. **Payments Architecture** - Based on the chosen pricing model (subscription vs one-time vs hybrid), outline provider flows, webhooks, and data sync responsibilities

   - **Free Trials**: Ask the developer if they need free trials for their product (Polar.sh supports trial periods if needed)

5. **Data Flow** - How data moves through the system

6. **API Design** - Key endpoints and data structures

7. **Security Considerations** - Authentication, authorization, data protection

8. **Performance & Scalability** - How to handle growth

9. **Infrastructure** - Hosting, deployment, monitoring

**CRITICAL**: When we're done, I need you to **replace the entire content** of the Project Documentation → Architecture page (content/docs/product-docs/architecture.mdx) with our final documentation, not just provide text to copy.

Before you do that, please ask me clarifying questions and help me think through each area thoroughly. Use real-time web research to ensure accuracy of current tech stack capabilities, security considerations, and performance & scalability best practices.

Use real-time web research (if you need to) to ensure accuracy of current tech stack capabilities, pricing models, and architectural best practices. Ask clarifying questions about my technical requirements and constraints.

4. Cost Estimation

Goal: Calculate tech stack operational costs, profit margins, and revenue expectations at different user scales.

Duration: 15-20 minutes

Model: gpt-5-high

Start this conversation from within your cloned codebase so the AI agent can access your README.md and project structure.

Open a new Agent tab in Cursor (from within your cloned project directory) and use this prompt:


Based on my product idea and technical architecture (See the 'Idea' and 'Architecture' pages in my Project Documentation), I now need help calculating operational costs and revenue projections.

**IMPORTANT**: Before we start, please:

1. **Check the README.md file** in this codebase to understand my current tech stack

2. **Read the existing Project Documentation → Idea page** (content/docs/product-docs/idea.mdx) to understand the product vision, pricing model, and expected scale

3. **Read the existing Project Documentation → Architecture page** (content/docs/product-docs/architecture.mdx) to understand the technical stack and infrastructure choices

5. **Perform real-time web research** on current pricing for ALL components of my tech stack

Please help me create cost estimation documentation. I want to document:

1. **Tech Stack Operational Costs** - Monthly costs for hosting, databases, APIs, third-party services

2. **Revenue Projections** - Based on pricing model and expected user growth

3. **Profit Margins** - At different user scales:

   - 10 monthly active users

   - 100 monthly active users  

   - 1,000 monthly active users

   - 10,000 monthly active users

4. **Break-even Analysis** - When the product becomes profitable

5. **Scaling Costs** - How costs increase with user growth

6. **Cost Optimization Strategies** - Ways to reduce operational costs

**My Product**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for the product description

**Tech Stack**: See the existing Project Documentation → Architecture page (content/docs/product-docs/architecture.mdx) for tech stack details

**Pricing Model**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for pricing model decision

**CRITICAL**: When we're done, I need you to **replace the entire content** of the Project Documentation → Cost Estimation page (content/docs/product-docs/cost-estimation.mdx) with our final documentation, not just provide text to copy.

Before you do that, please ask me clarifying questions and help me think through each area thoroughly. Use real-time web research to ensure accuracy of current pricing for all tech stack components, hosting costs, third-party service fees, and market rates.

5. Database Design

Goal: Plan data models, relationships, and database schema

Duration: 20-25 minutes

Model: gpt-5-high

Start this conversation from within your cloned codebase so the AI agent can access your README.md and project structure.

Open a new Agent tab in Cursor (from within your cloned project directory) and use this prompt:

Have your Product Vision, Architecture, and User Flows ready


I've defined my product vision and architecture. Now I need help designing the database schema and data models.

**IMPORTANT**: Before we start, please:

1. **Check the README.md file** in this codebase to understand my current tech stack

2. **Read the existing Project Documentation → Idea page** (content/docs/product-docs/idea.mdx) to understand the product vision, core features, B2C/B2B classification, and pricing model decision

3. **Read the existing Project Documentation → Architecture page** (content/docs/product-docs/architecture.mdx) to understand the technical context and database choice

4. **Read the existing Project Documentation → User Flows page** (content/docs/product-docs/user-flows.mdx) to understand user interactions and data requirements

6. **Perform real-time web research** on current pricing, features, and capabilities of my database technology

7. **Research current best practices** for my specific database technology

**My Product**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for the product description

**B2C/B2B Classification**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for B2C vs B2B classification and schema impact notes

**Core Features**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for core features list

**User Flows**: See the existing Project Documentation → User Flows page (content/docs/product-docs/user-flows.mdx) for user interactions

**Tech Stack**: See the existing Project Documentation → Architecture page (content/docs/product-docs/architecture.mdx) for database choice

Please help me create database documentation. I want to document:

1. **Data Models** - Core entities and their properties

2. **Relationships** - How entities connect to each other

3. **Schema Design** - Tables, fields, types, constraints

4. **B2C/B2B Schema Considerations** - Based on the B2C/B2B classification from the Idea page:

   - If B2B: Include organization/team tables, user-organization relationships, role-based access control structures

   - If B2C: Focus on individual user data models and personal account structures

   - If Hybrid: Design flexible schema that supports both individual and team usage

   - Reference the "Schema Impact" notes from the B2C/B2B Classification section

5. **Data Flow** - How data is created, updated, deleted

6. **Indexing Strategy** - Performance optimization

7. **Data Validation** - Input validation and business rules

8. **Migration Strategy** - How to evolve the schema over time

9. **Backup & Recovery** - Data protection strategies

10. **Payments Schema Plan** - Reflect the chosen pricing model:

   - If one-time only → remove subscription tables and `subscription_id` from invoices

   - If subscription only → remove one-time payment tables and fields

   - If hybrid → keep both sets and define clear relations and invariants

   - **Free Trials**: Ask the developer if they need free trials (Polar.sh helps with this if needed)

**CRITICAL**: When we're done, I need you to **replace the entire content** of the Project Documentation → Database Design page (content/docs/product-docs/database-design.mdx) with our final documentation, not just provide text to copy.

Use real-time web research to ensure accuracy of current database capabilities, pricing models, and performance best practices. Ask clarifying questions about data requirements, relationships, and performance needs.

Before you do that, please ask me clarifying questions and help me think through what data models, relationships, and schema are needed for my product.

6. UI/UX + User Flows

Goal: Map user journeys and design interaction patterns

Duration: 15-20 minutes

Model: gpt-5-high

Start this conversation from within your cloned codebase so the AI agent can access your README.md and project structure.

Open a new Agent tab in Cursor (from within your cloned project directory) and use this prompt:

Have your Product Vision and Architecture ready


I've defined my product vision and technical architecture. Now I need help designing the user experience and interaction flows.

**IMPORTANT**: Before we start, please:

1. **Check the README.md file** in this codebase to understand my current tech stack

2. **Read the existing Project Documentation → Idea page** (content/docs/product-docs/idea.mdx) to understand the product vision, target audience, and core features

3. **Read the existing Project Documentation → Architecture page** (content/docs/product-docs/architecture.mdx) to understand the technical context and payments architecture

5. **Research current UX best practices** for my specific tech stack and industry

6. **Research intuitive UI components** that would be perfect for my specific product type and use case

7. **Study dashboard design patterns** for similar products in my industry

**My Product**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for the product description

**Target Users**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for target audience details

**Core Features**: See the existing Project Documentation → Idea page (content/docs/product-docs/idea.mdx) for core features list

**Technical Stack**: See the existing Project Documentation → Architecture page (content/docs/product-docs/architecture.mdx) for technical stack details

Please help me create user flow documentation. I want to document:

1. **Primary User Flows** - Main user journeys (onboarding, core feature usage)

2. **Secondary Flows** - Supporting interactions (settings, notifications, etc.)

3. **Error & Edge Cases** - What happens when things go wrong

4. **Mobile vs Desktop** - Responsive behavior differences

5. **Conversion Funnel** - Where users might drop off

6. **User Personas & Flows** - Different user types and their paths

7. **Accessibility Considerations** - Ensuring inclusive design

8. **Intuitive UI Components** - Specific components that would make the app feel super intuitive

9. **Dashboard Design** - Core logic pages and dashboard layout for maximum usability

10. **Wireframes** - Visual mockups of key screens and user flows

11. **Onboarding Flow** - Whether onboarding is needed and how to make it seamless and intuitive

**SPECIFIC REQUIREMENTS**:

- **Research and recommend** specific UI components (tables, charts, forms, navigation, etc.) that would be perfect for my product type

- **Design wireframes** using ASCII art or text-based layouts for key screens

- **Focus on dashboard design** - how should the main dashboard be organized for maximum intuitiveness?

- **Component recommendations** - what specific components would make my core features feel natural and easy to use?

- **Interaction patterns** - what interaction patterns work best for my type of product?

- **Onboarding assessment** - determine if onboarding is needed based on product complexity and user familiarity

- **Onboarding flow design** - if needed, design a seamless onboarding experience that guides users to their first success

- **Onboarding optimizations** - suggest specific optimizations and strategies for onboarding that best suit this product idea to really lower friction. Consider:

  - Progressive disclosure (what to show vs. hide initially)

  - Default states and smart defaults

  - Quick wins and time-to-value

  - Guided tours vs. contextual help

  - Social proof and examples

  - Skip options for experienced users

  - Mobile-first vs. desktop-first onboarding patterns

  - Product-specific friction points and how to eliminate them

**CRITICAL**: When we're done, I need you to **replace the entire content** of the Project Documentation → User Flows page (content/docs/product-docs/user-flows.mdx) with our final documentation, not just provide text to copy.

Create Mermaid diagrams for key flows, wireframes for important screens, and ask clarifying questions about user behavior patterns. Use real-time web research to find the most intuitive components and design patterns for my specific product type.

Before you do that, please ask me clarifying questions and help me think through each area thoroughly. Use real-time web research to ensure accuracy of current UX best practices, product type, and user behavior patterns.

Next Steps

After completing all 6 conversations:

  1. Review all documentation - Ensure consistency across sections

  2. Share with stakeholders - Get feedback on your plan (from your team, or a client - if you have one)

Your documentation site is already running on http://localhost:4000 when you run bun run dev. You can share this with stakeholders or deploy it to Vercel.

  1. Start development - You're now ready to build a landing page, start enabling core features (Authentication, Payments, etc.) and actually start building your core product!

  2. Update regularly - Keep documentation current as you build

Remember:

All documentation lives in content/docs/product-docs/ and is viewable at http://localhost:4000 when you run bun run dev.

You're now ready to start building your product!

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