Launching My Electron Desktop Automation App

What I Wanted to Build

I built a desktop automation app for a client who needed to speed up a repeated web-based task.

The goal was to create something simple: open the app, toggle the browser view when needed, and let the automation run in the background. Instead of repeating the same steps manually, the client could hand the task over to the app and focus on other work.

Some client details are private, but the main idea was to build a desktop tool that could interact with a website in a controlled and reliable way.

The Tech Stack

For this project, I used:

• Electron
• React
• React Bootstrap
• IPC communication
• Electron WebView

Electron was the right choice because the client needed a desktop app rather than a normal website. It allowed me to package the project as an application that could run on Windows and macOS.

React handled the interface, while React Bootstrap helped me build a clean layout with familiar components.

Core Features

The app included a small set of focused features:

• a toggle to show or hide the embedded browser
• an Electron WebView to load the target website
• background automation handled by the main process
• status updates shown in the interface
• error handling for failed actions or page issues

I kept the interface simple so the client could understand what the app was doing without needing to see every technical detail.

Development Process

I started by setting up the Electron and React project structure. After that, I created the main layout with a sidebar, browser area, and status section.

The next step was getting the embedded browser working. I used Electron’s WebView to load the target website inside the app, then connected the React interface to the Electron main process using IPC channels.

Once that was working, I added the automation logic. This handled navigation, page interaction, and status reporting. I also added basic error handling so the app could respond properly if something failed.

The Outcome

The final result was a desktop app that made a repeated web task much easier for the client.

The client can now:

• run the task from a simple desktop interface
• show or hide the browser view
• leave the automation running in the background
• get basic feedback from the app while it works

The code was also kept modular, so new automation tasks can be added later without needing to rebuild the whole project.

Final Thoughts

This project was a good example of how a small custom tool can save time in day-to-day work.

It did not need to be overcomplicated. The main value came from making a repeated task faster, smoother, and easier for the client to manage.