# Phoenix-MD: a multi-device WhatsApp bot you deploy from a fork

> Phoenix-MD is a Node.js WhatsApp bot that uses the Baileys library to connect multiple devices to one account, with a plugin system, a PM2 process and deployment templates for six hosting platforms. The README is mostly a getting started funnel: fork, obtain a session, connect plugins, deploy.

**AbhishekSuresh2/Phoenix-MD-Bot** — ℹ️ A Simple But Advanced WhatsApp Bot!

- Repository: https://github.com/AbhishekSuresh2/Phoenix-MD-Bot
- Stars: 679 · Forks: 1,349
- Language: JavaScript
- License: Apache-2.0
- Published: 2026-10-21 · Updated: 2026-10-21 · Language: en
- Canonical page: https://hysenlabs.com/projects/abhisheksuresh2-phoenix-md-bot

## The README is a deployment funnel, not a manual

Phoenix-MD is described as a simple but advanced WhatsApp bot, and the README subtitle calls it a powerful, feature-rich WhatsApp Multi-Device Bot. The primary language is JavaScript and the project is Apache 2.0 licensed.

What the repository gives you is a path from nothing to a running bot, and it is worth being precise that the path is the documentation. There is no API reference, no configuration table and no list of commands in the visible README. What there is instead is a three-step getting started table and a set of deployment options, each with a button.

The three steps are: fork the repository, link your account by obtaining a session id from a hosted page, and explore external plugins from a separate repository.

The session step is the one that deserves attention. The link is a web application on a Vercel domain, phoenix-md-session.vercel.app, and it produces a session identifier that the bot then uses to connect. That is a third party service in the middle of the credential path, and the repository does not describe what happens to the linked account information once it has been handed over. For a personal number that is a decision you make once; for anything else, it is the detail to read before proceeding.

The topics list gives a fair sense of the lineage and the ambitions: scbot, termux, termux-bot, whatsapp-md, wabotmd, multi-device, baileys and pm2, alongside ai, automation, nodejs and script-bot. The names scbot and wabotmd are inherited from the family of WhatsApp bot projects this one is built in the style of, and baileys is the library that makes the multi-device connection work.

## Baileys and PM2 are the two load-bearing dependencies

The package manifest is where the actual architecture shows, and two entries dominate the decisions.

The first is @whiskeysockets/baileys, aliased to baileys@latest. Baileys is the library that implements the WhatsApp multi-device protocol, and it is the reason the project can present itself as multi-device rather than as a single session. The alias to @latest in the manifest is worth noticing for a different reason: it is an unpinned floating dependency, so a fresh install resolves to whatever the newest published version is rather than to a version the author tested against.

The second is pm2, and the npm scripts show exactly how the process is managed.

```json
    "scripts": {
        "start": "pm2 start index.js --attach --name Phoenix-MD",
        "stop": "pm2 stop Phoenix-MD"
    },
```

So the entry point is index.js, the process is supervised by pm2 under the name Phoenix-MD, and --attach is used so the logs stream to the terminal that started it. The stop script stops it by that same name. The engines field pins Node to 20.x.

Around those two, the dependency list tells you what the feature set is made of. Media handling is substantial: fluent-ffmpeg for video work, sharp and jimp for images, wa-sticker-formatter for WhatsApp stickers, node-webpmux for animated WebP, file-type for type detection and browser-id3-writer for audio metadata. The web side is axios, got and link-preview-js, with jsdom for rendering. Storage is sqlite3 with sequelize as the ORM, and pg is present for a Postgres option. simple-git is there for repository operations, dotenv for configuration, pino for logging, uuid for identifiers, and awesome-phonenumber for number handling.

The heroku-client and node-koyeb-api entries are unusual and revealing: the project talks to the Heroku and Koyeb APIs from inside the bot, which is what lets the deployment buttons actually create and update the deployment rather than only pointing at a dashboard.

## Six deployment targets and the uptime monitor you will need

The deployment options are the most substantial part of the README, and the range is a deliberate response to the fact that free WhatsApp bot hosting is a crowded market.

There is GitHub Actions, described as automated deployment via GitHub, with a tutorial video. There is GitHub Codespaces, described as free, where you launch a new Codespace instance and follow the tutorial for setup. There is Heroku, where you create an account and click Deploy Now. There is Render, where you register, get a RENDER_API_KEY from the API keys page of the dashboard, and deploy. There is Koyeb, with the same pattern using a KOYEB_API_KEY. There is Railway, where you register and deploy the repository. And there is Replit, where you create an account and deploy the repository.

Six platforms, most of them with a free tier, and the deploy buttons pointing at a hosted deployment app on a Vercel domain rather than at the platforms directly. That is the pattern: the button hands your repository and your API key to a small service that then provisions the deployment for you.

There is one important note attached to two of them. Replit and Railway users must connect their deployment URL to Uptimer Robot to keep the bot active 24/7, and other platforms do not require this.

That requirement is a design detail leaking through the deployment model. A WhatsApp bot holds a live connection, and a platform that suspends an idle free-tier application will drop that connection. The uptime monitor pings the URL to keep the instance awake, and the bot reconnects when it is pinged. On the platforms where the note does not apply, the instance presumably stays awake on its own, though the README does not explain why the difference exists.

The repository files back this up. The files are a Procfile, an app.json, a heroku.yml, a render.yml and a replit.nix, deployment descriptors for several platforms, plus a Dockerfile for the container path.

## The container build pulls in ffmpeg, imagemagick and webp

The Dockerfile is short and its package list explains what the media features need.

```dockerfile
FROM node:20

WORKDIR /app

COPY package*.json ./

RUN npm install --omit=dev

COPY . .

RUN apt-get update && \
  apt-get install -y ffmpeg imagemagick webp && \
  rm -rf /var/lib/apt/lists/*

CMD ["npm", "start"]
```

The base image is node:20, matching the engines field. Dependencies are installed before the source is copied, so the layer caches, and dev dependencies are omitted with --omit=dev.

The apt-get line is the part that matters for deployment. ffmpeg handles video and audio conversion, imagemagick handles image manipulation, and webp handles the WebP format that animated stickers and the node-webpmux dependency need. None of that is in the base image, and all of it has to be present for the media commands to work.

The final command is npm start, which is the pm2 script from the package manifest. So the container runs the bot under a process supervisor, and pm2 in turn supervises index.js. There is no separate entry point for the container, and no health check endpoint declared in the file.

The container is a good fit for self hosting on a small VM, and a poor fit for the free tier platforms, which is why the deployment descriptors for Heroku, Render and Replit exist alongside it.

One thing the Dockerfile does not cover is the session. The session id is the credential that links the WhatsApp account, and where it comes from and how it is supplied to the process is handled outside the container image, through configuration the README does not spell out.

## The legal notice and the licence do not fully agree

There is a tension in this repository between the licence and the legal notice, and anyone planning to build on the code should look at both.

The package metadata declares the licence as Apache License 2.0, and there is a LICENSE file at the root. But the README opens with a caution block titled LEGAL NOTICE AND TERMS OF USE, which says you are strictly required to give full credits to the original developer, Abhishek Suresh, if you fork, use or modify the code, and that unauthorized distribution, re-branding, or removal of the original Coded By tags is a violation of the license, with legal action including DMCA takedowns and permanent repository strikes threatened against anyone found stealing the code or claiming it as their own.

Under Apache 2.0, a copyright notice and licence notice must be retained in copies, and modified files must carry prominent notices that they were changed. Those are attribution obligations. The README's framing goes further than that: it asserts a prohibition on re-branding and on removing the Coded By tags, and it characterises that as a licence violation.

A caution block in a README is not a licence term. The enforceable grant is in the LICENSE file, and the enforceable obligations are the ones in the Apache 2.0 text. So a fork that keeps the copyright and licence notices, and does not misrepresent the origin of the code, is within what the licence actually requires. What the notice adds is the author's stated intent, and the threat of a takedown, which is worth taking seriously even if it is not the same thing as a licence clause.

If your plan is to rebrand the project or to drop the original tags, that is a conversation to have with the author rather than a technical decision. If your plan is to contribute a plugin or fix a bug, the notice is not in the way, and the plugin ecosystem in the separate External-Plugins repository suggests the author is open to that kind of contribution.

## Where Phoenix-MD is the wrong tool

The first wrong-tool case is an organisation that cannot have an unofficial WhatsApp client talking to a business number. Baileys implements the multi-device protocol outside the official API, and a company with a formal relationship with WhatsApp Business, or with a legal or compliance function that has opinions about account automation, will not run a bot on it. The README does not address this at all.

The second case is a deployment that needs to stay up without babysitting. The bot needs a live WhatsApp session, and on Replit and Railway the documented way to keep that alive is an external uptime monitor hitting the deployment URL. That is a workaround for platform suspension behaviour, and it means your bot's availability depends on a third party pinging it and on the platform not changing its rules. A hosted deployment with a proper always-on instance and a static connection is a different reliability class.

The third case is a team that needs a documented, versioned API for what the bot does. The README documents deployment and nothing else. The commands, the configuration keys, the plugin interface and the storage schema are all discoverable only by reading the source, and the source is small enough to read, which is the honest answer to whether this is a usable base.

The fourth case is a project that needs to pin dependencies. The baileys alias to @latest in the manifest means a fresh install picks up a new version of the protocol library without the project changing, which is the same class of risk as the upstream protocol changing underneath a running bot. Combined with the fact that the repository has no GitHub releases, there is no version of Phoenix-MD you can pin to that also pins its dependencies.

On maintenance, the last push was on 2026-06-13 and the repository has no releases, so the commit history is the only record. The plugin repository is separate, which means the feature set lives outside the project you clone, and the two can drift.

## Conclusion

Phoenix-MD suits a WhatsApp user who wants to run their own bot on their own hosting account, with a session id and a plugin directory, and who is prepared to read the source since the README documents deployment rather than behaviour. It does not suit an organisation with a policy against unofficial WhatsApp clients, and it does not suit a team that needs a maintained API with a support commitment. Before adopting, read the Apache 2.0 LICENSE file alongside the legal notice at the top of the README, plan for the fact that a Replit or Railway deployment needs an external uptime monitor to stay connected, and check whether the external plugin repository you depend on is one you are willing to vendor.

## FAQ

### What is Phoenix-MD?

Phoenix-MD is a multi-device WhatsApp bot written in Node.js, built on the Baileys library and distributed under the Apache 2.0 licence. It ships a plugin directory, a PM2 process definition and deployment templates for GitHub Actions, Codespaces, Heroku, Render, Koyeb, Railway and Replit.

### How do I set up the Phoenix-MD WhatsApp bot?

The README gives three steps: fork the repository, link your account by obtaining a session id from the session page, and explore external plugins from the separate External-Plugins repository. The bot is then started with npm start, which runs pm2 start index.js --attach --name Phoenix-MD.

### What does the Phoenix-MD Dockerfile need to install?

On top of the node:20 base image it installs ffmpeg, imagemagick and webp through apt-get, which is what the media and sticker features depend on. Dependencies are installed with npm install --omit=dev before the source is copied, and the container starts with npm start.

### Why do Replit and Railway deployments need Uptimer Robot?

The README states that Replit and Railway users must connect their deployment URL to Uptimer Robot to keep the bot active 24/7, and that other platforms do not require this. The reason is that the bot holds a live WhatsApp connection, so a suspended free-tier instance would drop the session.

### What license is Phoenix-MD released under?

The package metadata declares Apache License 2.0, with a LICENSE file at the root of the repository. The README additionally carries a legal notice requiring full credit to the original developer Abhishek Suresh on forks and modifications, and warns against re-branding or removing the Coded By tags.

## Sources

- [AbhishekSuresh2/Phoenix-MD-Bot on GitHub](https://github.com/AbhishekSuresh2/Phoenix-MD-Bot)
- [Issues](https://github.com/AbhishekSuresh2/Phoenix-MD-Bot/issues)
- [License: Apache-2.0](https://github.com/AbhishekSuresh2/Phoenix-MD-Bot/blob/main/LICENSE)
- [README](https://github.com/AbhishekSuresh2/Phoenix-MD-Bot/blob/main/README.md)

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Hysen Labs editorial analysis, written from the project's own repository and release notes. Cite the canonical page: https://hysenlabs.com/projects/abhisheksuresh2-phoenix-md-bot