Electron Forge Vs Electron React Boilerplate

Choosing the right foundation for an Electron project is one of the most consequential decisions developers make at the start of their journey. The tooling landscape offers two fundamentally different approaches: command-line tools that guide you through the entire development lifecycle, and boilerplates that provide a clean starting point you customize yourself.

Electron Forge and electron-react-boilerplate represent these two philosophies, each with distinct advantages depending on your project's needs, team experience, and long-term maintenance considerations.

Understanding the Fundamental Difference: Boilerplate vs CLI

Before diving into specific tools, it's essential to understand what distinguishes a boilerplate from a CLI tool in the Electron ecosystem. A boilerplate serves as a starting point--a canvas from which you build your application. It typically arrives as a repository you clone and customize extensively to match your project's requirements.

In contrast, a command-line tool continues supporting you throughout development and release cycles, offering guidance and enforcing structural conventions along the way. This distinction is fundamental to understanding the official Electron documentation on boilerplates and CLIs.

What This Means for Your Project

The choice between these approaches affects not just your initial setup but your entire development workflow. CLI tools like Electron Forge enforce certain code structures and build patterns, which can accelerate development for teams that align with those conventions. Boilerplates offer more freedom but require developers to make more decisions independently, from build tooling to release processes.

For new teams or junior developers, the CLI's guided approach reduces cognitive load by providing clear paths for common tasks. For experienced teams with established workflows, boilerplates offer the flexibility to maintain existing patterns without adapting to tool-imposed conventions. For enterprise projects requiring consistent builds across multiple teams, the standardization a CLI provides can prevent configuration drift and reduce onboarding time for new team members. Our web development team has experience guiding organizations through these architectural decisions for desktop application projects.

Electron Forge: The All-in-One CLI Solution

Electron Forge represents the unified approach to Electron development, combining numerous single-purpose packages into a comprehensive build pipeline that works out of the box, as documented in the official Electron Forge getting started guide. This tool addresses the fragmented nature of Electron's tooling ecosystem by providing a single, extensible interface that handles everything from initial project scaffolding to production-ready builds with code signing and installer generation.

Core Architecture: Maker, Publisher, and Plugin System

The Forge architecture centers on three extensible components that handle different aspects of the build and distribution process. Makers are responsible for creating distributable packages--DMG installers for macOS, MSI packages for Windows, and deb/rpm packages for Linux. Publishers handle the storage and distribution of these artifacts, whether to cloud services, private servers, or public distribution platforms. Plugins extend Forge's capabilities by adding support for different bundlers, frameworks, and custom build logic.

This modular architecture means you can mix and match components based on your needs. A project targeting only macOS might use the DMG Maker with simple file copying as distribution, while a cross-platform application might configure multiple Makers and cloud-based Publishers to automate the entire release process.

Built-in Templates

Forge includes four first-party templates that serve as starting points for new projects, each designed for different development preferences and framework integrations:

Webpack Templates

The webpack and webpack-typescript templates provide traditional bundler-based workflows familiar to developers coming from web development backgrounds. These templates include development servers that offer hot reloading and fast rebuild times during development, making them well-suited for teams already experienced with webpack configuration.

Vite Templates

The vite and vite-typescript templates leverage Vite's modern build approach, offering significantly faster development server startup times and optimized production builds through native ES modules. Vite has become increasingly popular in the React ecosystem, making these templates particularly attractive for teams building React-based Electron applications.

# Create a new Electron app with Vite template
npx create-electron-app@latest my-app --template=vite

# Or with TypeScript support
npx create-electron-app@latest my-app --template=vite-typescript

The choice between Webpack and Vite templates ultimately depends on your team's existing expertise and specific performance requirements. Vite's native ES module-based development server typically provides faster startup times for larger projects, while Webpack's mature ecosystem offers extensive plugin support and fine-grained optimization options.

Electron React Boilerplate: The Flexible Foundation

For developers seeking maximum control over their project structure without the overhead of CLI-imposed conventions, electron-react-boilerplate offers a battle-tested foundation that has earned significant community adoption. Created and maintained by CT Lin, this boilerplate provides a solid starting point while leaving architectural decisions largely in the developer's hands, as noted in the official Electron documentation.

Philosophy and Approach

Unlike Forge's CLI-driven approach, electron-react-boilerplate focuses on providing a pre-configured project structure that developers can fork, clone, and modify without any ongoing tool dependencies. This philosophy appeals to teams with strong opinions about their build pipeline, teams migrating from other frameworks, or developers who prefer understanding every aspect of their tooling rather than abstracting it behind a CLI.

Built on electron-builder

Internally, electron-react-boilerplate uses electron-builder for packaging and distribution tasks. This means you gain the benefits of electron-builder's comprehensive platform support--including Windows, macOS, and Linux installers--while maintaining the flexibility to customize any aspect of your build process.

What's Included in the Boilerplate

The boilerplate includes essential configurations for React development with Electron, featuring hot module replacement (HMR) for rapid development iteration without full application reloads. TypeScript configuration comes pre-configured out of the box, providing type safety across your main and renderer processes. Testing setup includes configurations for both unit tests and integration tests, enabling test-driven development practices from project inception.

However, unlike Forge, these configurations serve as examples rather than requirements--you can modify or replace any aspect to match your project's specific needs. This includes swapping the bundler configuration, changing the state management approach, or completely restructuring the project layout to align with your team's conventions. Organizations building custom desktop applications often benefit from this flexibility when they have specific requirements around web development architecture.

Direct Comparison: When to Choose Each Approach

Development Team Experience

For teams with limited Electron experience, Forge's opinionated approach reduces cognitive load by providing clear paths for common tasks. New developers can rely on the CLI to guide them through build and release processes without needing deep understanding of Electron's tooling ecosystem.

Conversely, experienced Electron developers who prefer fine-grained control over their build pipeline may find boilerplates more accommodating.

Project Complexity and Scale

Larger projects with complex distribution requirements often benefit from Forge's standardized approach, which ensures consistent builds across team members and CI/CD pipelines. The Maker/Publisher abstraction makes it straightforward to support multiple distribution targets without modifying individual build scripts. Smaller projects or prototypes may prefer boilerplates to avoid the perceived overhead of CLI toolchains.

Long-term Maintenance Considerations

The ongoing maintenance cost differs significantly between these approaches. Forge handles updates to Electron's tooling ecosystem automatically through its dependency on maintained packages, meaning you receive improvements and security patches by keeping Forge updated. Boilerplate users must manually track and integrate updates to their dependencies, which provides more control but requires more ongoing attention.

Specific Scenarios for Each Approach

Choose Electron Forge when:

• You're building your first Electron application and want guided setup
• Your team values standardized workflows across multiple projects
• You need cross-platform distribution with minimal custom configuration
• Security and code signing are priorities for your application
• You want automatic updates integrated without additional research

Choose electron-react-boilerplate when:

• Your team has existing build configurations you want to preserve
• Maximum control over every aspect of the build process is essential
• You're migrating from another framework with established patterns
• Your project has unique packaging requirements that don't fit standard Makers
• You prefer owning your entire tooling stack without abstraction layers

Some projects successfully combine elements of both approaches, using boilerplate structures while adopting specific Forge components like Makers for distribution. This hybrid approach works well when you want boilerplate flexibility for most of your project while leveraging Forge's battle-tested distribution infrastructure.

Making Your Decision

The choice between Electron Forge and electron-react-boilerplate ultimately depends on your team's preferences, project requirements, and long-term maintenance plans.

Choose Electron Forge if:

• You're new to Electron development
• You want clear guidance through build and release processes
• You value the ecosystem's consolidated expertise in your tooling
• Standardized builds across team members are important

Choose electron-react-boilerplate if:

• Your team has strong opinions about build configuration
• You're migrating an existing project with established patterns
• You prefer understanding and owning every aspect of your development infrastructure
• Maximum flexibility is your priority

Both approaches are valid and widely used in production applications. Consider your specific context and choose the tool that best aligns with your team's workflow and project goals. If you need guidance on selecting the right development stack for your desktop application, our web development experts can help evaluate your requirements and recommend the optimal approach for your project.

Sources

1. LogRocket: Electron-forge vs electron-react-boilerplate - Direct comparison by Electron co-maintainer
2. Electron Forge Getting Started - Official documentation and templates
3. Electron.js: Boilerplates and CLIs - Official Electron documentation