Is Capacitor Community Electron still maintained?

No, the README indicates an unmaintained status with a red badge, meaning it lacks active development, updates, and security patches, so it's not recommended for new projects.

Capacitor Electron vs Tauri for desktop apps?

Capacitor Electron leverages Electron for cross-platform deployment but adds unmaintained risks and Capacitor dependency, while Tauri offers a Rust-based, more performant alternative with active maintenance but requires a different tech stack.

How to migrate from Capacitor Electron v3 to v4?

The README suggests creating a new project to tinker with first, as a migration guide is pending; expect significant changes, and note that plugins from previous versions won't function in v4 or above.

Can I use Capacitor Electron with Angular or React?

Yes, since it builds on Capacitor and web technologies, it's compatible with any web framework like Angular or React, allowing you to reuse existing codebases for desktop deployment.

What are the security risks of using Capacitor Electron?

It inherits Electron's security challenges, such as potential vulnerabilities in the Chromium runtime; the README advises following Electron's security checklist but notes limitations outside the platform's control.

How to add native desktop features in Capacitor Electron?

You'll need to develop custom plugins using the modular architecture, as v4+ has no built-in plugins; refer to the plugin examples directory in the GitHub repo for guidance.

Electron — Capacitor Apps for Desktop

What is Electron?

Capacitor Community Electron is a platform that allows developers to deploy Capacitor applications as desktop apps on Linux, macOS, and Windows using Electron. It solves the problem of extending web-based hybrid apps to desktop environments without rewriting code, enabling a unified development workflow across mobile and desktop.

Target Audience

Developers building hybrid apps with Capacitor who need to target desktop platforms alongside mobile and web. It's ideal for teams looking to maximize code reuse across all major operating systems.

Value Proposition

Developers choose this project because it provides a community-maintained, Capacitor-native way to reach desktop users, leveraging Electron's robust ecosystem while staying aligned with Capacitor's plugin architecture and security practices.

Deploy your Capacitor apps to Linux, Mac, and Windows desktops, with the Electron platform! 🖥️

Use Cases

Best For

Deploying Capacitor mobile apps to desktop platforms
Creating cross-platform desktop applications from web codebases
Extending Ionic or Capacitor projects to Linux, Mac, and Windows
Building hybrid desktop apps with web technologies
Unifying app development across mobile and desktop with one codebase
Adding desktop distribution to existing Capacitor projects

Not Ideal For

Teams requiring actively maintained frameworks with regular updates and security patches
Projects needing lightweight desktop apps without Electron's Chromium runtime overhead
Applications dependent on built-in plugins, as v4+ ships with none out of the box
Developers not using Capacitor or starting a desktop-first project from scratch

Pros & Cons

Pros

Cross-Platform Deployment

Enables packaging Capacitor apps for Linux, macOS, and Windows with a single codebase, leveraging Electron's robust cross-platform capabilities as highlighted in the README.

Capacitor Integration

Works seamlessly with Capacitor 5.4.0+ and supports web plugins, ensuring compatibility with existing Capacitor ecosystems and workflows.

Modular Plugin Architecture

Follows Capacitor's separated plugin model, making it extensible and aligned with community-driven plugin development, as shown in the plugin examples directory.

Security Alignment

Adheres to Electron's security best practices, with the READMAE emphasizing a checklist to keep applications safe, though it notes limitations outside the platform's control.

Cons

Unmaintained Status

The README's badge shows 'maintenance status unmaintained,' indicating no active updates, bug fixes, or security support, posing significant risks for production use.

Breaking Changes

Version 4 introduced major overhauls with no backward compatibility for older plugins, requiring migration efforts and potentially disrupting existing projects, as admitted in the README.

No Built-in Plugins

V4 and later ship with zero plugins out of the box, forcing developers to rely on sparse community examples or custom builds, increasing setup complexity and time.

Frequently Asked Questions

What is Electron?

Target Audience

Developers building hybrid apps with Capacitor who need to target desktop platforms alongside mobile and web. It's ideal for teams looking to maximize code reuse across all major operating systems.

Value Proposition

Use Cases

Best For

Deploying Capacitor mobile apps to desktop platforms
Creating cross-platform desktop applications from web codebases
Extending Ionic or Capacitor projects to Linux, Mac, and Windows
Building hybrid desktop apps with web technologies
Unifying app development across mobile and desktop with one codebase
Adding desktop distribution to existing Capacitor projects

Not Ideal For

Teams requiring actively maintained frameworks with regular updates and security patches
Projects needing lightweight desktop apps without Electron's Chromium runtime overhead
Applications dependent on built-in plugins, as v4+ ships with none out of the box
Developers not using Capacitor or starting a desktop-first project from scratch

Pros & Cons

Pros

Cross-Platform Deployment

Enables packaging Capacitor apps for Linux, macOS, and Windows with a single codebase, leveraging Electron's robust cross-platform capabilities as highlighted in the README.

Capacitor Integration

Works seamlessly with Capacitor 5.4.0+ and supports web plugins, ensuring compatibility with existing Capacitor ecosystems and workflows.

Modular Plugin Architecture

Follows Capacitor's separated plugin model, making it extensible and aligned with community-driven plugin development, as shown in the plugin examples directory.

Security Alignment

Adheres to Electron's security best practices, with the READMAE emphasizing a checklist to keep applications safe, though it notes limitations outside the platform's control.

Cons

Unmaintained Status

The README's badge shows 'maintenance status unmaintained,' indicating no active updates, bug fixes, or security support, posing significant risks for production use.

Breaking Changes

Version 4 introduced major overhauls with no backward compatibility for older plugins, requiring migration efforts and potentially disrupting existing projects, as admitted in the README.

No Built-in Plugins

V4 and later ship with zero plugins out of the box, forcing developers to rely on sparse community examples or custom builds, increasing setup complexity and time.

Frequently Asked Questions

Electron

What is Electron?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

Electron

What is Electron?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?