ChatbotX

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Agentic chat marketing platform built for OpenClaw, Hermes, and Claude
An alternative to ManyChat, Chatfuel, Wati, Respond, etc...

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Register · CLI · MCP · Public API

N8N custom node · Make.com integration

✨ Features

• Omnichannel: WhatsApp, Facebook, Instagram, Threads, TikTok, Telegram, Zalo, Email, API, and Webchat
• Visual Flow Builder: Drag-and-drop chatbot builder with 15+ node types
• AI Agents: OpenAI, Claude, Gemini, DeepSeek, OpenRouter, NVIDIA NIM, and Local LLMs
• Live Chat Inbox: Real-time inbox with human takeover and conversation assignment
• Contact CRM: Manage contacts with tags, custom fields, and segmentation
• Broadcasting: Send targeted messages to specific contact segments
• Sequences: Automate drip campaigns with scheduled messages and auto-enrollment
• Team Management: Invite team members, assign roles, and manage permissions
• Rich Messaging: Media, files, buttons, quick replies, catalogs, locations, and carousel cards
• Comment-to-DM: Automatically message users who comment with specific keywords
• Comment Automation: Auto-reply, like, and hide comments on Messenger, Instagram, Threads, and TikTok posts (on Threads: public reply and hide only — it has no DM or like API)
• A/B Testing: Test and optimize different message flows
• Triggers: Execute actions based on events within your bot
• Webhooks & HTTP: Integrate external APIs directly into your flows
• Growth Tools: Generate conversation starter links for each platform
• Analytics: Track performance metrics, user engagement, and campaign results
• APIs, CLI, and MCP: Build advanced agent workflows with MCP-compatible clients

Why ChatbotX?

Tech Stack

• Node.js 24
• TypeScript 5
• pnpm 10 workspaces
• Turborepo
• Next.js 16 and React 19 for apps/builder
• uWebSockets.js gateway with Redis Streams for realtime messaging
• Drizzle ORM with PostgreSQL and pgvector
• Redis and BullMQ for queues and worker coordination
• RustFS / S3-compatible storage for uploaded assets
• Docker Compose for local infrastructure

Quick Start

To have the project up and running, please follow the Quick Start Guide.

Self-hosting ChatbotX without developing on it? Use chatbotx-docker-compose — a standalone repo that runs the pre-built ghcr.io images with docker compose up, no local checkout of this monorepo required. The compose files in this repository (docker-compose.yml, docker-compose.dev.yml) provision local infrastructure only and expect the apps to run from source via pnpm dev.

Project Structure

.
|-- apps/
|   |-- builder/       # Next.js web app and product builder
|   |-- worker/        # background workers for chat, AI, triggers, webhooks, analytics, sequences
|   |-- realtime/      # realtime server
|   |-- cli/           # ChatbotX command line client
|   `-- mcp-server/    # MCP server backed by public APIs
|-- integrations/
|   |-- whatsapp/
|   |-- messenger/
|   |-- instagram/
|   |-- threads/
|   |-- telegram/
|   |-- zalo/
|   |-- tiktok/
|   |-- webchat/
|   |-- smtp/
|   |-- openai/
|   |-- google-sheets/
|   `-- ...           # email/CRM: mailchimp, klaviyo, active-campaign, drip, get-response, mailer-lite, moosend, sendgrid
|-- packages/
|   |-- database/
|   |-- ai/
|   |-- auth/
|   |-- business/
|   |-- automated-response/
|   |-- analytics/
|   |-- event-bus/
|   |-- mail/
|   |-- imports/
|   |-- flow-config/
|   |-- variables/
|   |-- sdk/
|   |-- scheduler/
|   |-- sequence-scheduler/
|   |-- ui/
|   `-- worker-config/
|-- docker-compose.yml
|-- pnpm-workspace.yaml
`-- turbo.json

Development Commands

pnpm dev              # run turbo dev
pnpm build            # build all packages/apps through Turborepo
pnpm lint             # run Ultracite lint
pnpm fix              # run Ultracite fix
pnpm check:circular   # check circular dependencies
pnpm check:unused     # check unused files and dependencies

Useful package-level commands:

pnpm --filter builder dev
pnpm --filter worker dev
pnpm --filter realtime dev
pnpm --filter chatbotx dev:cli
pnpm --filter chatbotx-mcp dev:mcp
pnpm --filter @chatbotx.io/database db:studio

Worker process modes

The worker image defaults to worker standalone: core queues, schedule, and sequence workers share one Node process so common application code is loaded once. Use worker core for local development without schedules, or worker <name> to isolate a workload such as heavy.

worker all remains available for one process per worker. It caps each child heap at WORKER_MAX_OLD_SPACE_MB only when it is set (there is no default); size it so the host has enough memory for every child. The standalone process retains the normal V8 heap limit.

Database pool sizing

DATABASE_POOL_MAX defaults to 10 connections per process. In the worker Docker image, consolidated worker standalone and worker core modes default to 80 (SHARD_POOL_MAX to 40); set the variables explicitly to override. Keep replicas × (DATABASE_POOL_MAX + shards × SHARD_POOL_MAX) at or below PostgreSQL max_connections. The consolidated process runs about 350 concurrent job slots (trigger 100, sequence 100, webhook 50, …) over these pools.

Services

The default Docker Compose stack includes:

• PostgreSQL with pgvector on 5432
• Redis on 6379
• RedisInsight on 5540
• RustFS object storage on 9000 and console on 9001
• MailHog SMTP on 1025 and UI on 8025
• Adminer on 8080

Support

If ChatbotX helps you avoid expensive chatbot automation tools, please give us a ⭐ on GitHub. We're also working hard to bring open-source mobile apps to iOS and Android this year

License

ChatbotX' Community Edition is released as open source under the MIT License and enterprise features are released under Commercial License