Building a Scalable Frontend Monorepo with Turborepo, Vite, TailwindCSS V4, React 19, Tanstack Router, Tanstack Form

Khanh Tran — Thu, 27 Nov 2025 08:29:50 +0000

Building a Scalable Frontend Monorepo: Architecture Best Practices

Introduction

In modern frontend development, managing multiple applications and shared packages efficiently is crucial for maintaining code quality, enforcing consistency, and accelerating development velocity. This article introduces a production-ready monorepo architecture that demonstrates best practices for structuring large-scale frontend projects.

This Monorepo UI Starter is built with cutting-edge tools and follows industry-standard patterns to solve common challenges in enterprise frontend development:

🚀 Code Sharing: Reusable components, utilities, and configurations across multiple apps
🏗️ Scalability: Clear separation of concerns with a modular package structure
⚡ Performance: Optimized builds with caching and parallel execution via Turborepo
🎨 Developer Experience: Integrated Storybook for component development and documentation
📦 Type Safety: End-to-end TypeScript with shared type definitions
🔧 Maintainability: Consistent linting, formatting, and build configurations

Key Features

Modern Stack

React 19 with React Compiler for automatic optimization
Vite 7 for lightning-fast builds and HMR
TypeScript 5.9 with strict type checking
Tailwind CSS v4 for utility-first styling

Complete Form System

TanStack Form integration with type-safe form state management
Pre-built form components (TextField, SelectField, SubmitButton)
Lazy loading for optimal bundle size
Automatic validation and error handling

Data Management

TanStack Query for server state management
Separate packages for queries and mutations
Automatic caching and background refetching
Optimistic updates support

Type-Safe Routing

TanStack Router with file-based routing
Auto-generated route tree
Protected route groups
Type-safe navigation and params

Component Library

Mantine v8 + Tailwind v4 hybrid approach
Atomic design structure (atoms, molecules, templates)
Storybook for component documentation
Phosphor Icons for consistent iconography

Developer Tools

Turborepo for build orchestration
pnpm for fast, efficient package management
ESLint and Prettier for code quality
Type checking across all packages

Technology Stack

Core Tools

Turborepo: High-performance build system for JavaScript/TypeScript monorepos (v2.6.1)
pnpm: Fast, disk space efficient package manager with excellent monorepo support (v9.0.0)
React 19: Latest version with React Compiler support (v19.2.0)
Vite 7: Next-generation frontend build tool (v7.2.4)
TypeScript 5.9: Strict type checking across the entire codebase (v5.9.3)

UI & Styling

Mantine: Comprehensive React component library (v8.3.8)
Tailwind CSS v4: Utility-first CSS framework (v4.1.17)
Storybook: Component development and documentation environment (v10.0.8)
Phosphor Icons: Flexible icon family (v2.1.10)

Application Framework

TanStack Router: Type-safe routing with automatic route generation (v1.139.1)
TanStack Query: Powerful asynchronous state management (v5.90.10)
TanStack Form: Headless, type-safe form state management (v1.26.0)
Axios: HTTP client for API requests (v1.13.2)
Zod: TypeScript-first schema validation (v4.1.12)

Utility Libraries

tailwind-merge: Efficiently merge Tailwind CSS classes (v3.4.0)
tailwind-variants: Create variant-based component styles (v3.2.2)
@uidotdev/usehooks: Collection of modern React hooks (v2.4.1)

Monorepo Architecture

High-Level Structure

monorepo-ui-starter/
├── apps/                    # Deployable applications
│   ├── web/                # Main web application
│   └── storybook/          # Component documentation
├── packages/               # Shared internal packages
│   ├── ui/                 # Component library
│   ├── api-client/         # API layer
│   ├── hooks/              # React hooks & queries
│   ├── types/              # TypeScript definitions
│   ├── utils/              # Utility functions
│   ├── eslint-config/      # Shared ESLint configs
│   └── typescript-config/  # Shared TypeScript configs
├── package.json            # Root workspace configuration
├── pnpm-workspace.yaml     # pnpm workspace definition
└── turbo.json              # Turborepo pipeline configuration

Design Philosophy

This architecture follows the "apps and packages" pattern, which separates:

Applications (apps/): Deployable, user-facing applications
Packages (packages/): Reusable internal libraries and configurations

This separation ensures clear boundaries and enables:

Independent deployment of applications
Shared code without duplication
Incremental adoption of shared packages
Clear dependency graphs

Deep Dive: Package Structure

1. `apps/web` - Main Application

The primary React application built with Vite and modern routing patterns.

Key Features:

File-based routing with TanStack Router
Route generation via @tanstack/router-plugin
Authentication context with protected routes
Layout system for consistent UI structure
Feature-based organization for scalability

Directory Structure:

web/
├── src/
│   ├── main.tsx                    # App entry point
│   ├── routeTree.gen.ts           # Auto-generated routes
│   ├── components/
│   │   └── layouts/               # Layout components
│   │       └── MainLayout/
│   ├── context/
│   │   └── auth.tsx               # Auth state management
│   ├── features/                  # Feature modules
│   │   ├── Home/
│   │   ├── Login/
│   │   ├── Users/
│   │   ├── AddUser/
│   │   └── UserDetail/
│   ├── hooks/                     # App-specific hooks
│   ├── routes/                    # Route definitions
│   │   ├── __root.tsx
│   │   ├── (auth)/               # Auth route group
│   │   │   └── login.tsx
│   │   └── (main)/               # Protected route group
│   │       ├── index.tsx
│   │       ├── route.tsx
│   │       └── users/
│   │           ├── index.tsx      # /users
│   │           ├── create.tsx     # /users/create
│   │           └── $userId.tsx    # /users/:userId
│   └── styles/
│       └── globals.css
├── package.json
└── vite.config.ts

Best Practices Demonstrated:

Feature-Based Organization: Each feature (Home, Users, Login) is self-contained with its own components and logic
Route Grouping: Using (auth) and (main) for logical separation without affecting URLs
Type-Safe Routing: TanStack Router provides full TypeScript support
Context Separation: Auth logic separated from components

2. `apps/storybook` - Component Documentation

Dedicated Storybook instance for developing and documenting the UI component library.

Purpose:

Visual component testing
Interactive documentation
Design system showcase
Isolated development environment

Key Files:

storybook/
├── src/
│   ├── examples/              # Example implementations
│   │   ├── Icons.tsx
│   │   └── table.tsx
│   └── stories/               # Component stories
│       ├── Button.stories.ts
│       ├── Input.stories.ts
│       ├── TextInput.stories.ts
│       ├── Table.stories.ts
│       ├── EmptyState.stories.tsx
│       └── Icons.stories.ts
└── package.json

3. `packages/ui` - Component Library

The heart of the design system, providing reusable React components.

Architecture Highlights:

Atomic Design Pattern: Organized into atoms, molecules, organisms, and templates
Polymorphic Components: Using Mantine's createPolymorphicComponent for flexibility
Tailwind + Mantine Hybrid: Leverages both utility classes and component library
CSS Export: Exports globals.css for consistent styling

Structure:

ui/
├── src/
│   ├── globals.css           # Global styles
│   ├── assets/
│   │   └── images/
│   ├── atoms/                # Basic building blocks
│   │   ├── ActionIcon.tsx
│   │   ├── Button.tsx
│   │   ├── Input.tsx
│   │   ├── TextInput.tsx
│   │   ├── Select.tsx
│   │   ├── Table.tsx
│   │   ├── Icon.tsx
│   │   ├── EmptyState.tsx
│   │   ├── CopyButton.tsx
│   │   ├── UIProvider.tsx
│   │   └── index.ts
│   ├── molecules/            # Composite components
│   │   ├── Form/            # TanStack Form integration
│   │   │   ├── components/
│   │   │   │   ├── FormContainer.tsx
│   │   │   │   ├── FormTextField.tsx
│   │   │   │   ├── FormSelectField.tsx
│   │   │   │   ├── SubmitButton.tsx
│   │   │   │   └── index.ts
│   │   │   ├── context.tsx
│   │   │   └── index.ts
│   │   └── index.ts
│   └── templates/            # Page templates
└── package.json

Component Example:

// Wrapping Mantine with custom styling
import { Button as MButton, type ButtonProps as MButtonProps } from '@mantine/core';

const Button = createPolymorphicComponent<'button', ButtonProps>(
  forwardRef<HTMLButtonElement, ButtonProps>(({ ...props }, ref) => (
    <MButton
      {...props}
      ref={ref}
      classNames={{
        root: 'focus:ring-2 focus:ring-brand-400',
        section: '[&_svg]:text-brand-300',
      }}
    />
  ))
);

Benefits:

Consistent component API across the application
Easy customization through Tailwind classes
Type-safe props with TypeScript
Accessible components out of the box (Mantine)

Form System with TanStack Form:

The UI package includes a sophisticated form system built on TanStack Form v1.26.0, providing type-safe, headless form state management:

// Form hook creation with field and form components
import {lazy} from "react";
import {createFormHook} from "@tanstack/react-form";

const TextField = lazy(() => import('./FormTextField'));
const SelectField = lazy(() => import('./FormSelectField'));
const SubmitButton = lazy(() => import('./SubmitButton'))

export const {useAppForm, withForm, withFieldGroup} = createFormHook({
  fieldComponents: {
    TextField,
    SelectField
  },
  formComponents: {
    SubmitButton,
  },
  fieldContext,
  formContext,
});

Form Components:

FormContainer: Wrapper component for form layout
FormTextField: Text input field with validation
FormSelectField: Select dropdown field
SubmitButton: Form submission button with loading state

This approach provides:

Lazy loading for optimal bundle size
Type-safe field definitions
Automatic validation and error handling
Consistent form behavior across the application

4. `packages/api-client` - API Layer

Centralized HTTP client with type-safe API endpoints.

Structure:

api-client/
├── src/
│   ├── index.ts              # Main client export
│   ├── axios.ts              # Axios configuration
│   ├── user.ts               # User endpoints
│   └── product.ts            # Product endpoints
└── package.json

Key Concepts:

Client Configuration: Single source for base URL, auth tokens, and interceptors
Resource Organization: Each domain (user, product) has its own file
Type Integration: Uses shared types from @repo/types
Token Management: Integrates with utility functions for auth

Benefits:

Centralized API logic
Easy to mock for testing
Consistent error handling
Reusable across multiple apps

5. `packages/hooks` - React Hooks & Queries

Custom hooks and TanStack Query integration layer.

Structure:

hooks/
├── src/
│   ├── lib/                  # Utility hooks
│   │   ├── api.ts
│   │   └── index.ts
│   ├── queries/              # TanStack Query hooks
│   │   ├── index.ts
│   │   ├── user.ts
│   │   └── product.ts
│   └── mutations/            # TanStack Query mutations
│       ├── index.ts
│       └── user.ts
└── package.json

Multi-path Export Strategy:

{
  "exports": {
    "./lib": "./src/lib/index.ts",
    "./queries": "./src/queries/index.ts",
    "./mutations": "./src/mutations/index.ts"
  }
}

Benefits:

Separation of general hooks from data-fetching hooks
Server state management with TanStack Query
Consistent data fetching patterns (queries) and mutation patterns
Automatic caching and refetching
Optimistic updates and error handling for mutations

6. `packages/types` - Type Definitions

Shared TypeScript interfaces and types.

Structure:

types/
├── src/
│   ├── index.ts              # Main exports
│   ├── user.ts               # User types
│   ├── product.ts            # Product types
│   └── response.ts           # API response types
└── package.json

Best Practices:

Domain-based type organization
Export both types and validators
Single source of truth for data structures

7. `packages/utils` - Utility Functions

Pure utility functions for common operations.

Structure:

utils/
├── src/
│   ├── index.ts
│   └── cookies.ts            # Cookie management
└── package.json

Purpose:

Framework-agnostic utilities
Shared business logic
Helper functions
No external dependencies (when possible)

8. Configuration Packages

`packages/eslint-config`

Shared ESLint configurations for consistent code quality.

eslint-config/
├── eslint.base.js            # Base config
├── eslint.react.js           # React-specific rules
└── package.json

Benefits:

Consistent linting across all packages
Easy to update rules globally
Different configs for different package types

`packages/typescript-config`

Shared TypeScript configurations.

typescript-config/
├── tsconfig.base.json        # Base config
├── tsconfig.vite.json        # Vite-specific config
└── package.json

Configuration Inheritance:

// In app's tsconfig.json
{
  "extends": "@repo/typescript-config/tsconfig.vite.json",
  "compilerOptions": {
    // App-specific overrides
  }
}

Workspace Configuration

pnpm Workspace

pnpm-workspace.yaml:

packages:
  - "apps/*"
  - "packages/*"

This simple configuration tells pnpm to treat all directories under apps/ and packages/ as workspace packages.

Benefits:

Single node_modules at root (with proper hoisting)
Fast installation with content-addressable storage
Strict dependency management
Workspace protocol for internal packages

Turborepo Pipeline

turbo.json:

{
  "$schema": "https://turborepo.com/schema.json",
  "ui": "tui",
  "tasks": {
    "build": {
      "dependsOn": ["^build"],
      "inputs": ["$TURBO_DEFAULT$", ".env*"],
      "outputs": [".next/**", "!.next/cache/**"]
    },
    "lint": {
      "dependsOn": ["^lint"]
    },
    "check-types": {
      "dependsOn": ["^check-types"]
    },
    "dev": {
      "cache": false,
      "persistent": true
    }
  }
}

Key Concepts:

Task Dependencies: ^build means "run build in dependencies first"
Caching: Automatic caching of build outputs for fast rebuilds
Parallel Execution: Independent tasks run in parallel
Incremental Builds: Only rebuild changed packages

Workflow Example:

# Build everything (with dependency order)
pnpm build

# Build only web app and its dependencies
pnpm build --filter=web

# Develop specific app
pnpm dev --filter=storybook

Dependency Management Strategy

Workspace Dependencies

Internal packages reference each other using the workspace:* protocol:

{
  "dependencies": {
    "@repo/ui": "workspace:*",
    "@repo/hooks": "workspace:*",
    "@repo/types": "workspace:*"
  }
}

Benefits:

Always uses local version during development
Prevents version mismatches
Clear indication of internal dependencies

Peer Dependencies

UI components declare React as a peer dependency:

{
  "peerDependencies": {
    "react": "^19.2.0",
    "react-dom": "^19.2.0"
  }
}

Why:

Ensures single React instance across the app
Prevents duplicate React in bundle
Consumer controls the React version

Version Synchronization

Common dependencies use the same version across packages:

typescript: ~5.9.3 (all packages)
eslint: ^9.39.1 (all packages)
react and react-dom: ^19.2.0 (web + storybook)
@tanstack/react-query: ^5.90.10 (web + hooks)
@tanstack/react-form: ^1.26.0 (web + ui)
vite: ^7.2.4 (web + storybook + ui)
tailwindcss: ^4.1.17 (web + ui)
@mantine/core: ^8.3.8 (ui)

Routing Architecture

TanStack Router Features

The web app uses TanStack Router with advanced features:

1. File-Based Routing

routes/
├── __root.tsx                 # Root layout
├── (auth)/
│   └── login.tsx             # /login
└── (main)/
    ├── route.tsx             # Layout for protected routes
    ├── index.tsx             # /
    └── users/
        ├── index.tsx         # /users
        └── $userId.tsx       # /users/:userId

2. Route Context

export interface AppRouterContext {
  queryClient: QueryClient,
  auth: AuthContext
}

const router = createRouter({
  routeTree,
  context: { queryClient, auth }
});

3. Type-Safe Navigation

// Auto-generated types for all routes
import { Link } from '@tanstack/react-router'

<Link to="/users/$userId" params={{ userId: '123' }} />

State Management Patterns

1. Server State (TanStack Query)

For data from APIs:

// In @repo/hooks/queries/user.ts
export const useUsers = () => {
  return useQuery({
    queryKey: ['users'],
    queryFn: () => apiClient.getUsers()
  });
};

For data mutations:

// In @repo/hooks/mutations/user.ts
export const useCreateUser = () => {
  return useMutation({
    mutationFn: (data: CreateUserData) => apiClient.users.create(data),
    onSuccess: () => {
      queryClient.invalidateQueries({ queryKey: ['users'] });
    }
  });
};

Benefits:

Automatic caching
Background refetching
Optimistic updates
Loading/error states
Automatic query invalidation after mutations

2. Authentication State (Context)

For global auth state:

// In apps/web/src/context/auth.tsx
export const AuthProvider = ({ children }) => {
  const [user, setUser] = useState(null);
  // Auth logic
  return <AuthContext.Provider value={{ user }} />;
};

3. Local State (React Hooks)

For component-specific state:

const [isOpen, setIsOpen] = useState(false);

Development Workflow

Getting Started

# Install dependencies
pnpm install

# Develop all apps
pnpm dev

# Develop specific app
pnpm dev --filter=web
pnpm dev --filter=storybook

# Build all packages
pnpm build

# Lint everything
pnpm lint

# Type check all packages
pnpm check-types

# Format code
pnpm format

Adding a New Package

Create package directory:

mkdir packages/new-package

Add package.json:

{
  "name": "@repo/new-package",
  "private": true,
  "version": "0.0.0",
  "type": "module",
  "exports": {
    ".": "./src/index.ts"
  }
}

The package is automatically detected by pnpm workspace

Adding a New App

Similar to package, but in apps/ directory:

mkdir apps/new-app
# Add package.json with appropriate dependencies

Best Practices & Patterns

1. Package Naming Convention

Use @repo/ scope for all internal packages
Descriptive names: @repo/ui, @repo/api-client, @repo/hooks
Consistent with standard naming (e.g., eslint-config, typescript-config)

2. Export Strategy

Named Exports for Atoms:

// @repo/ui/atoms/index.ts
export { default as Button } from './Button';
export { default as Input } from './Input';
export { default as TextInput } from './TextInput';
export { default as Select } from './Select';
export { default as Table } from './Table';
export { default as EmptyState } from './EmptyState';
export { default as Icon } from './Icon';
export * from './Icon';

Sub-path Exports for Categories:

{
  "exports": {
    "./globals.css": "./src/globals.css",
    "./atoms": "./src/atoms/index.ts",
    "./molecules": "./src/molecules/index.ts"
  }
}

Usage in Applications:

// Import atoms
import { Button, Input, Select } from '@repo/ui/atoms';

// Import molecules (Form components)
import { FormContainer, useAppForm } from '@repo/ui/molecules';

// Import global styles
import '@repo/ui/globals.css';

3. Type Safety

Strict TypeScript in all packages
Shared types in @repo/types
Runtime validation with Zod where needed
Proper peer dependencies for React components

4. Code Organization

Feature-Based Structure in Apps:

features/
├── Users/
│   ├── Users.tsx
│   ├── UserList.tsx
│   ├── UserCard.tsx
│   └── index.ts

Atomic Design in UI Package:

ui/
├── atoms/          # Button, Input
├── molecules/      # SearchBar, Card
├── organisms/      # Header, Sidebar
└── templates/      # PageLayout

5. Documentation

README in each package explaining its purpose
Storybook for visual components
JSDoc comments for complex functions
TypeScript types as inline documentation

6. Performance Optimization

Tree-shaking: ES modules for optimal bundling
Code splitting: Dynamic imports for routes
Caching: Turborepo caches all build outputs
React Compiler: Enabled for automatic optimization

7. Testing Strategy

While not shown in current structure, recommended additions:

packages/ui/
├── src/
│   └── atoms/
│       ├── Button.tsx
│       └── Button.test.tsx
└── vitest.config.ts

Scaling Considerations

When to Create New Packages

Create a new package when:

✅ Code is reused across 2+ apps
✅ It has a clear, single responsibility
✅ It can be developed/tested independently
✅ It has stable interfaces

Don't create a package if:

❌ It's only used in one app
❌ It's tightly coupled to app logic
❌ The API changes frequently

Adding More Apps

This structure easily supports:

Admin dashboard (apps/admin)
Mobile web app (apps/mobile)
Landing page (apps/landing)
Internal tools (apps/tools)

All sharing the same packages for consistency.

Multi-Framework Support

While this starter uses React, you could add:

Vue app using @repo/types and @repo/api-client
Node.js backend using @repo/types
React Native app using @repo/hooks and @repo/utils

Migration Path for Existing Projects

Step 1: Monorepo Setup

Add pnpm-workspace.yaml
Add turbo.json
Update root package.json

Step 2: Extract Shared Code

Move shared components to packages/ui
Move API calls to packages/api-client
Move types to packages/types

Step 3: Configure Dependencies

Update imports to use @repo/*
Add workspace dependencies
Test builds and dev mode

Step 4: Optimize

Configure Turborepo caching
Set up parallel execution
Add Storybook for components

Common Pitfalls & Solutions

Issue: Circular Dependencies

Solution: Use dependency injection and proper layering

utils → types → api-client → hooks → ui → apps

Issue: Slow Installations

Solution: Use pnpm and Turborepo caching

# pnpm is much faster than npm/yarn
pnpm install --frozen-lockfile

Issue: Type Errors Across Packages

Solution: Use project references in TypeScript

{
  "references": [
    { "path": "../../packages/types" }
  ]
}

Issue: Hot Reload Not Working

Solution: Configure Vite to watch workspace packages

// vite.config.ts
export default {
  server: {
    watch: {
      ignored: ['!**/node_modules/@repo/**']
    }
  }
}

Real-World Benefits

Development Speed

✅ Shared components: Build once, use everywhere
✅ Type safety: Catch errors at compile time
✅ Fast builds: Turborepo cache eliminates redundant work

Code Quality

✅ Consistent patterns: Shared configs enforce standards
✅ Reusability: DRY principle across all apps

Team Collaboration

✅ Clear ownership: Each package has clear boundaries
✅ Independent work: Teams can work on different apps/packages
✅ Shared knowledge: Common patterns across codebase

Maintainability

✅ Single source of truth: Types, configs, and components
✅ Easy updates: Change once, update everywhere
✅ Dependency management: Workspace protocol prevents version drift

Conclusion

This monorepo architecture represents modern best practices for frontend development at scale. By combining Turborepo's build orchestration, pnpm's efficient package management, and a well-organized structure, it provides:

Exceptional Developer Experience: Fast builds, hot reload, type safety
Code Reusability: Shared packages eliminate duplication
Scalability: Easy to add new apps and packages
Maintainability: Consistent patterns and single source of truth
Performance: Optimized builds with caching and parallel execution

Whether you're starting a new project or migrating an existing one, this architecture provides a solid foundation for building modern, scalable frontend applications.

Further Resources

Turborepo Documentation: https://turbo.build/repo/docs
pnpm Workspaces: https://pnpm.io/workspaces
TanStack Router: https://tanstack.com/router/latest
TanStack Query: https://tanstack.com/query/latest
TanStack Form: https://tanstack.com/form/latest
Mantine UI: https://mantine.dev/
Tailwind CSS: https://tailwindcss.com/
Phosphor Icons: https://phosphoricons.com/
Vite: https://vitejs.dev/

Repository

Check out the full implementation at: [https://github.com/khanhspring/monorepo-ui-starter]

Feel free to use this starter as a foundation for your next project, and contribute improvements back to the community!

Last updated: November 27, 2025
Built with ❤️ for the frontend community

Forem: Khanh Tran

Building a Scalable Frontend Monorepo with Turborepo, Vite, TailwindCSS V4, React 19, Tanstack Router, Tanstack Form

Building a Scalable Frontend Monorepo: Architecture Best Practices

Introduction

Key Features

Modern Stack

Complete Form System

Data Management

Type-Safe Routing

Component Library

Developer Tools

Technology Stack

Core Tools

UI & Styling

Application Framework

Utility Libraries

Monorepo Architecture

High-Level Structure

Design Philosophy

Deep Dive: Package Structure

1. apps/web - Main Application

2. apps/storybook - Component Documentation

3. packages/ui - Component Library

4. packages/api-client - API Layer

5. packages/hooks - React Hooks & Queries

6. packages/types - Type Definitions

7. packages/utils - Utility Functions

8. Configuration Packages

packages/eslint-config

packages/typescript-config

Workspace Configuration

pnpm Workspace

Turborepo Pipeline

Dependency Management Strategy

Workspace Dependencies

Peer Dependencies

Version Synchronization

Routing Architecture

TanStack Router Features

State Management Patterns

1. Server State (TanStack Query)

2. Authentication State (Context)

3. Local State (React Hooks)

Development Workflow

Getting Started

Adding a New Package

Adding a New App

Best Practices & Patterns

1. Package Naming Convention

2. Export Strategy

3. Type Safety

4. Code Organization

5. Documentation

6. Performance Optimization

7. Testing Strategy

Scaling Considerations

When to Create New Packages

Adding More Apps

Multi-Framework Support

Migration Path for Existing Projects

Step 1: Monorepo Setup

Step 2: Extract Shared Code

Step 3: Configure Dependencies

Step 4: Optimize

Common Pitfalls & Solutions

Issue: Circular Dependencies

Issue: Slow Installations

Issue: Type Errors Across Packages

Issue: Hot Reload Not Working

Real-World Benefits

Development Speed

Code Quality

Team Collaboration

Maintainability

Conclusion

Further Resources

Repository

1. `apps/web` - Main Application

2. `apps/storybook` - Component Documentation

3. `packages/ui` - Component Library

4. `packages/api-client` - API Layer

5. `packages/hooks` - React Hooks & Queries

6. `packages/types` - Type Definitions

7. `packages/utils` - Utility Functions

`packages/eslint-config`

`packages/typescript-config`