textbee: open-source Android SMS gateway Turn an Android phone into an SMS API. Send and receive text messages from your apps, scripts, and AI agents over REST, webhooks, and MCP. No Twilio account, no rented number, no per-message fees. Self-host it or use the free hosted plan. Website · Docs · API reference · Download the app · Discord · Self-host
Tools
Tools
No tool list yet. Remote servers get one after the first health check.
Open-source SMS gateway. Turn your Android phone into an SMS API: send and receive SMS from your apps over REST and webhooks. Self-hostable, with a free hosted plan.
Copy the stdio config for Cursor, Claude Desktop, Claude Code, or VS Code on this page. It uses the publisher's install, not a PlugMCP proxy.
Does Textbee need an API key?
No required environment variable is listed on this record.
What transport does Textbee use?
Textbee runs locally over stdio.
When was Textbee last checked?
Last checked 2026-11-09. textbee: open-source Android SMS gateway Turn an Android phone into an SMS API. Send and receive text messages from your apps, scripts, and AI agents over REST, webhooks, and MCP. No Twilio account, no rented number, no per-message fees. Self-host it or use the free hosted plan. Website · Docs · API reference · Download the app · Discord · Self-host
From the publisher
Documentation
textbee is a free, open-source SMS gateway that uses an Android phone and its SIM card to send and receive SMS. Your code talks to a REST API, the API pushes each message to the phone, and the phone sends it over the carrier network. Incoming messages flow back to you through the API, the web dashboard, or webhooks.
It is a drop-in Twilio alternative for OTP codes, alerts, reminders, and two-way SMS, at the cost of your carrier plan. Over 40,000 developers and businesses use it, and the whole stack is in this repository: the NestJS API, the Next.js dashboard, and the Kotlin Android app. textbee is built and maintained by Nuver Labs, a small software studio.
Account approval, compliance forms, number registration
Receive SMS
Yes, on the same SIM
Yes, on the rented number
Self-hostable
Yes, full control over your data
No
Open source
Yes, MIT
No
Works with AI agents
Yes, official MCP server
Third-party only
Features
Send
Send SMS from a REST API, the web dashboard, or the JavaScript SDK
Bulk SMS with a CSV upload, paced to stay within carrier limits
Scheduled messages up to 72 hours ahead
Multi-device and multi-SIM: pick the phone and the SIM per message
Delivery status for every message: pending, dispatched, sent, delivered, failed
Receive
Receive SMS on the phone and read them from the API or dashboard
Account-level message history: one call covers every device
SMS filters on the phone: forward only the messages you need, with allow or block rules on sender and text
Integrate
Webhooks for received messages and delivery reports, signed with HMAC-SHA256
Official MCP server for Claude, Cursor, and other AI agents
Guides for n8n, Zapier, Make, Home Assistant, Node-RED, Google Sheets, Slack, Shopify, WooCommerce, and GoHighLevel
Operate
API keys with per-key revocation
Web dashboard for devices, usage, history, and webhooks
Self-host with Docker Compose, or use the hosted service at textbee.dev
Quick start
You need an Android phone (Android 7.0 or newer) with a SIM card. The app is distributed as an APK from textbee.dev/download, not through the Play Store.
Install the Android app from textbee.dev/download and grant it the SMS permissions.
In the dashboard, click Add device and scan the QR code with the app. This creates an API key and registers the phone.
Send your first message from the dashboard, or from your code as shown below.
That is the whole setup. The getting started guide covers each step with screenshots.
If textbee saves you money or time, star the repo. It helps other developers find it.
Send an SMS
One request. Messages go out through your default device, or the enabled device with the most recent heartbeat. Pass deviceId to pick a phone, simSubscriptionId to pick a SIM, or scheduledAt to send later.
curl -X POST "https://api.textbee.dev/api/v1/gateway/send-sms" \
-H "x-api-key: YOUR_API_KEY" \
-H "Content-Type: application/json" \
-d '{
"recipients": ["+12025550123"],
"message": "Your verification code is 481920. It expires in 10 minutes."
}'
npm install @textbee/sdk
import { Textbee } from '@textbee/sdk'
const textbee = new Textbee({ apiKey: process.env.TEXTBEE_API_KEY })
await textbee.sendSms({
recipients: ['+12025550123'],
message: 'Your verification code is 481920. It expires in 10 minutes.',
})
Zero dependencies, typed, runs on Node 18+, Bun, Deno, Cloudflare Workers, and Vercel Edge. See textbee/textbee-js.
await fetch('https://api.textbee.dev/api/v1/gateway/send-sms', {
method: 'POST',
headers: {
'x-api-key': process.env.TEXTBEE_API_KEY,
'Content-Type': 'application/json',
},
body: JSON.stringify({
recipients: ['+12025550123'],
message: 'Your verification code is 481920. It expires in 10 minutes.',
}),
})
import requests
requests.post(
"https://api.textbee.dev/api/v1/gateway/send-sms",
json={
"recipients": ["+12025550123"],
"message": "Your verification code is 481920. It expires in 10 minutes.",
},
headers={"x-api-key": "YOUR_API_KEY"},
)
body := strings.NewReader(`{"recipients":["+12025550123"],"message":"Your verification code is 481920. It expires in 10 minutes."}`)
req, _ := http.NewRequest("POST", "https://api.textbee.dev/api/v1/gateway/send-sms", body)
req.Header.Set("x-api-key", os.Getenv("TEXTBEE_API_KEY"))
req.Header.Set("Content-Type", "application/json")
resp, err := http.DefaultClient.Do(req)
Every endpoint, field, and error code is in the API reference. The API also serves an interactive OpenAPI (Swagger) page at api.textbee.dev.
Receive SMS
Turn on Receive SMS in the Android app. Incoming messages are then available from the API, the dashboard, and webhooks. History is account-level, so one call covers every device.
Get events on your server the moment they happen. Create a subscription in the dashboard or through the API, then handle these events:
Event
When it fires
MESSAGE_RECEIVED
The phone received an SMS
MESSAGE_SENT
The carrier accepted an outgoing SMS
MESSAGE_DELIVERED
The recipient's handset confirmed delivery
MESSAGE_FAILED
The message could not be sent
SMS_STATUS_UPDATED
Any status change on an outgoing message
Every delivery carries an X-Signature header: the HMAC-SHA256 of the raw body, keyed with the subscription's signing secret. Verify it before you trust the payload.
Retries, pauses, and the full payload shape are in the webhooks docs.
Use with AI agents (MCP)
The official textbee MCP server gives Claude, Cursor, and any MCP-compatible client a phone number. Three tools: send_sms (one or many recipients), get_messages (read replies and verification codes, check delivery status), and list_devices. Plan limits apply server-side like any other send.
claude.ai, Claude Desktop, and the Claude mobile apps (nothing to install; the Free plan allows one custom connector):
In claude.ai or Claude Desktop, open Customize, then Connectors, then + Add and Add custom connector.
Enter the name textbee and the URL https://mcp.textbee.dev/mcp, then click Continue twice.
Choose Sign in now, leave the OAuth client on the recommended option, and click Add.
Paste your API key on the textbee sign-in page and click Connect.
The mobile apps use connectors added on the web or desktop. On Team and Enterprise plans, an owner adds the connector for the organization first.
Claude Code:
# Hosted: run /mcp afterwards and choose Authenticate to sign in with your API key
claude mcp add --transport http -s user textbee https://mcp.textbee.dev/mcp
# Or local: the key stays on your machine
claude mcp add textbee -s user -e TEXTBEE_API_KEY=YOUR_API_KEY -- npx -y @textbee/mcp
Cursor and other MCP clients (local server, the key stays on your machine):
With the hosted connector, textbee checks your key and does not store it. Self-hosted instances use the local server with TEXTBEE_BASE_URL. Full setup at textbee.dev/mcp and the MCP docs.
OTP and 2FA codes: verification SMS from a local number your users recognize
Order and appointment notifications: confirmations, reminders, and shipping updates from your own number
Alerts and monitoring: server, cron, uptime, and home automation alerts that reach you even when push notifications do not
Two-way SMS: reply handling, keyword opt-ins, and support conversations through webhooks
Lead follow-up and form-to-SMS: text back a lead the moment a form is submitted
Bulk announcements: CSV upload to a contact list, paced to respect carrier limits
AI agents: let an agent send a text and read the reply
Screenshots
Stay up to date
textbee ships new features and fixes every few weeks across the API, the dashboard, and the Android app.
Changelog: every user-facing change, newest first. Check it before you update the Android app or when an API field looks new.
Blog: guides and tutorials on SMS automation, OTP delivery, webhooks, self-hosting, and connecting textbee to tools like n8n, Zapier, and Home Assistant.
GitHub releases: tagged versions of this repository. Watch the repo to get notified.
Self-hosting
textbee is fully self-hostable. You run the API, the web dashboard, MongoDB, and Redis. You create a Firebase project for push messages, and you build the Android app for your own domain. All messages and account data stay in your database.
The complete guide, with every environment variable explained, is at textbee.dev/docs/self-hosting. The short version is below.
What you need
A server with Docker, or with Node.js 22, pnpm, pm2, MongoDB, and Redis
A domain with HTTPS. The phone and your code reach the API over the internet
A Firebase project with Cloud Messaging enabled: a service account key for the API and a google-services.json for the Android app
An SMTP account for verification emails and notices
Android Studio or the Android SDK to build the app
Fill in both .env files. The ones that matter first:
File
Variable
Value
api/.env
MONGO_URI, MONGO_ROOT_USER, MONGO_ROOT_PASS
Change the default user and password. The example URI already points at the textbee-db container
api/.env
JWT_SECRET
A long random string
api/.env
FRONTEND_URL
The public URL of your dashboard
api/.env
FIREBASE_*
Fields from your Firebase service account JSON
api/.env
MAIL_*, ADMIN_EMAIL
Your SMTP server
api/.env
USE_SMS_QUEUE
true to run sends through the Redis queue. Scheduled messages need it
web/.env
NEXT_PUBLIC_API_BASE_URL
Your API URL with /api/v1
web/.env
NEXTAUTH_SECRET, NEXTAUTH_URL
A long random string and the public dashboard URL
Then start everything:
docker compose up -d
This builds the API and web images from source and starts them with MongoDB, Redis, and an optional Mongo Express admin UI. The dashboard listens on port 3000 and the API on port 3001. Stop with docker compose down.
Run without Docker
API (api/):
cd api
cp .env.example .env # then fill it in
pnpm install
pnpm build
pm2 start dist/main.js --name textbee-api
Web (web/):
cd web
cp .env.example .env # then fill it in
pnpm install
pnpm build
pm2 start pnpm --name textbee-web -- start
Reverse proxy: put both behind HTTPS. Example Caddy config:
MongoDB can run on the same server or on MongoDB Atlas. Redis runs the send queue and background jobs; point REDIS_URL at it.
Build the Android app
The app must point at your domain and your Firebase project.
Place your google-services.json in android/app/.
Replace every occurrence of textbee.dev in the Android project with your own domain.
Build:
cd android
./gradlew assembleRelease
Install the APK on the phone, then register it from your dashboard the same way as on the hosted service.
Architecture
textbee has three parts: the API, the Android app, and the web dashboard. Your code never talks to the phone directly. It calls the API, and the API uses Firebase Cloud Messaging to push each message to the phone, which sends it over the carrier network through its own SIM.
How a message flows:
Your app sends a request to the REST API, through the JavaScript SDK, or from an AI agent over MCP. The API checks the API key and plan limits, stores the message as pending, and picks the device.
The API queues the send and pushes it to the phone with Firebase Cloud Messaging. The queue runs on Redis and Bull. Bulk and scheduled sends wait there and are released in paced waves.
The Android app sends the SMS over the carrier network from the SIM you chose and reports back each state change: dispatched, sent, delivered, or failed.
Incoming SMS go the other way. The phone receives a message, the app uploads it to the API, and it appears in your message history.
Webhooks notify your server. The API forwards received SMS and SMS status updates to your webhook endpoint. Every delivery is signed with HMAC-SHA256 so you can verify it came from textbee.
The web dashboard is a Next.js app that calls the same API your code does. It is where you register devices, create API keys, send and read messages, and manage webhooks.
Yes. Messages are sent through the phone, so it needs power, the app, and an internet connection. A spare Android phone on a charger works well as a dedicated gateway. The keep the phone online guide lists the battery and background settings to change.
Carriers apply their own rate limits and anti-spam rules, which vary by country and plan. Personal and low-volume use is rarely a problem. For higher volume, spread sends across several devices or SIMs and keep rates reasonable. You are responsible for staying within your carrier's terms.
SMS marketing is regulated in most countries. textbee is a tool. You are responsible for getting consent and following the laws that apply to you and your recipients.
Yes. Register as many devices as your plan allows and pass deviceId to choose the phone. On dual-SIM phones, pass simSubscriptionId to choose the SIM. See choosing a SIM.
No. Download the APK from textbee.dev/download. The app needs SMS permissions that the Play Store restricts for this kind of app.
There is a free plan, and paid plans with higher limits and more devices. See textbee.dev/pricing. Self-hosting has no plan limits.
No. iOS does not let apps send or read SMS on your behalf. The gateway app is Android only. You can still call the API from any device or platform.
Contributing
Contributions are welcome: bug fixes, features, docs, and translations. Look for good first issues and help wanted to get started.
Open a pull request against main and describe what changed and why.
Run it locally
# API (needs MongoDB; the Docker Compose file starts one)
cd api && cp .env.example .env && pnpm install && pnpm start:dev
# Web dashboard
cd web && cp .env.example .env && pnpm install && pnpm dev
# Tests
cd api && pnpm exec jest
cd web && pnpm test
Open the Android project in Android Studio from the android/ folder. It has dev and prod build variants, described in android/BUILD_VARIANTS_SETUP.md.
textbee is built and maintained by Nuver Labs, a small software studio that makes developer tools and AI products. The team also offers custom development: integrations, SMS workflows, and self-hosted setups built on textbee.
