Electron IPC Broadcast is an open source JavaScript and TypeScript library for developers who build desktop apps with Electron. It lets one process send an inter-process communication message to every Electron process at once, which is useful when a main window, background windows and helper processes all need the same update. Despite its listing in the crypto trading bots category, it is not a trading bot and does not place orders, hold keys or manage funds.
The project is MIT-licensed and free, and its latest version is 0.1.0. Its last code update was on December 23, 2016, so it has not been maintained for many years. Anyone considering Electron IPC Broadcast for Windows should treat it as a historical reference or a small piece of code to study, not as a dependency to adopt in new work without careful review.
What Is Electron IPC Broadcast and Who Is It For?
Electron apps have a main process that controls the application and one or more renderer processes that draw the user interface. Passing messages between them is normal, but sending the same message to every process by hand becomes tedious as an app grows. This library targets that gap by offering a single broadcast call instead of repeated sends.
The typical reader is a JavaScript or TypeScript developer maintaining an Electron desktop app. It is not aimed at traders, and anyone looking for a ready-made crypto strategy tool will not find one here.
How Inter-Process Messaging Works in Electron
When messages travel across processes, each receiver must be listening for the channel name. A broadcast is useful when every listener should react to the same event, such as a settings change or a status update.
Keep payloads small and serializable, because inter-process messages copy data between processes. Avoid sending secrets to renderer windows that load remote content, since any window that receives a message can read its payload.
Key features
Broadcast to all processes
Built on Electron IPC
Open source under MIT
How to install Electron IPC Broadcast on Windows
- 1
Open the official source
Go to the project page at https://github.com/exodusmovement/electron-ipc-broadcast and check the Releases tab for the latest version. Download only from the official website or GitHub, never from a mirror or a file-sharing site.
- 2
Verify the download
Compare the SHA-256 checksum of the archive with the value published alongside the release, if the release provides one. If no checksum is published, review the source code yourself or build it from the repository.
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Add it to your Electron project
Because this is a developer library, installation means adding it to a project that already uses Electron rather than running a setup wizard. Follow the instructions in the repository README. Windows support is listed as likely rather than confirmed, so test the build on Windows before relying on it.
How to use Electron IPC Broadcast
Once the library is in your project, the workflow is short. The exact function names and options are in the repository README, so check them against the code you download rather than relying on memory or third-party tutorials.
- Add the package to an Electron project, following the install steps above.
- In the main process, load the module and choose a channel name for the broadcast.
- Register listeners with Electron's ipcRenderer.on in each renderer window that should react to that channel.
- Send the broadcast from the main process with a small, serializable payload such as a status object or a string.
- In each renderer, check the payload before updating the interface, because any listener can receive it.
- Test with two or three windows open, then close one and confirm nothing crashes when a listener is missing.
Pros & cons
- Free to use and released under the MIT license
- Small, focused scope: it only broadcasts messages
- Source code is public on GitHub for review
- Simple concept that is easy to read and test
- No code updates since December 2016
- Windows support is listed as likely, not confirmed
- Not a trading bot despite its category
- Narrow use case that only helps with Electron messaging
Is Electron IPC Broadcast safe?
Electron IPC Broadcast has had no code updates since 2016, so it should be treated as unmaintained. Before you use it, review the source on GitHub and check the latest version on the official website. Download only from the official website or GitHub Releases, verify the SHA-256 checksum when one is published, and do not trust copies hosted on third-party sites. The library does not handle wallets, seed phrases or exchange keys, and you should never enter any of those into a project that uses it. Because the code is old, scan its dependencies for known vulnerabilities with your package tools and keep your Electron version current.
- Official source only. Download from github.com/exodusmovement/electron-ipc-broadcast. Ignore ads and lookalike domains.
- Check the SHA-256. Compare the installer hash with the value the developer publishes before running it.
- Never share your seed phrase. No developer, support agent or website — including CryptApps — will ever ask for it.
Alternatives
Most programs in the crypto trading bots category are complete applications. Gunbot, OctoBot and Jesse, for example, come with their own interfaces, strategy tools and configuration. Electron IPC Broadcast is a narrow library with no trading logic at all. It only helps with messaging inside an Electron app, so the fair comparison is with other developer tools rather than with bots. If you need trading automation, review the bots listed in the alternatives section. If you are building a desktop interface, this library is only one small piece of the code, and you will still need to design your own message flow.
Specifications
- Price
- Free
- Type
- Open source
- License
- MIT
- Latest version
- 0.1.0
- Last update
- 23 Dec 2016
- Windows support
- Likely (builds for Windows; check releases)
- Source code
- github.com/exodusmovement/electron-ipc-broadcast
Frequently asked questions
No. Despite its listing in the crypto trading bots category, Electron IPC Broadcast is a JavaScript and TypeScript library for sending inter-process messages in Electron apps. It does not place trades, connect to exchanges or manage funds. Anyone looking for trading automation should choose a dedicated bot instead.
Windows support is listed as likely, which means the project builds for Windows but this is not fully confirmed. Check the Releases page on GitHub for current builds, and test the library on your own Windows machine before relying on it in a project.
It is open source under the MIT license and the code is public on GitHub, which makes review possible. However, it has had no code updates since December 2016, so review it carefully. Verify checksums and check dependencies before adding it to any project, and never treat it as a security product.
Yes, it is free to use. The project is released under the MIT license, which allows personal and commercial use as long as the license notice is kept. You can download the source directly from its GitHub repository.
Install the library in an Electron project, then use the broadcast function described in the repository README from the main process. Each renderer window that should respond needs a listener for the same channel. Keep payloads small and test with several windows open.
The right alternative depends on your goal. For messaging inside Electron apps, start with Electron's built-in IPC APIs. For crypto trading automation, compare full programs such as Gunbot, OctoBot and Jesse, which are applications rather than libraries.
Verdict
Electron IPC Broadcast suits a developer who maintains an Electron desktop app and wants a small helper for sending one message to every process. It is free, MIT-licensed and easy to read. It is not a trading bot, and its lack of code updates since 2016 means it is better treated as a reference or a candidate for careful review than as a foundation for new work. Readers searching for crypto trading automation should look at the dedicated bots in this catalog.