LogoLogo
  • Ruuvi Developer Documentation
  • Ruuvi Hardware
    • RuuviTag B
    • RuuviTag Pro
    • Ruuvi Gateway
    • Ruuvi DevShield
    • Ruuvi Connector Kit
    • TMP 117 External Sensor
  • Ruuvi Connector System
    • Introduction
    • Expansion boards
    • Cables
    • Connectors
  • Ruuvi Sensor Firmware
    • 1.2.12
    • 2.5.9
    • 3.X
      • 3.x Sensors
      • 3.x Heartbeat
    • Device Firmware Update (DFU)
  • Ruuvi Gateway Firmware
    • GW Getting Started
    • GW Web-UI
      • Greeting window
      • Internet connection settings
        • Connection via Wi-Fi
        • Connection via Ethernet
      • Software update
      • Automatic configuration download
      • Automatic updates
      • Access Settings from LAN
      • Cloud Options
        • Backend: HTTP(s)
        • Backend: MQTT(s)
        • Backend: Statistics
      • Time Synchronisation Options
      • Bluetooth Scanning Settings
      • Configuration completion
      • Authentication when accessing from LAN
    • GW Install custom firmware
    • GW nRF52811 Firmware
      • GW nRF52811 selftest
      • GW nRF52811 scanning
      • GW nRF52811 repeating
      • GW nRF52811 UART communication
  • GW ESP32 Firmware
    • GW ESP32 WiFi Hotspot
    • GW ESP32 Button
    • GW ESP32 LED
    • GW ESP32 HTTP Client
    • GW ESP32 MQTT client
  • GW Data formats
    • HTTP: Time-stamped data from Bluetooth-sensors
    • HTTP: Data from Bluetooth-sensors without timestamps
    • MQTT: Time-stamped data from Bluetooth-sensors
    • MQTT: Data from Bluetooth-sensors without timestamps
    • HTTP GET /history (with timestamps) and decoding
    • HTTP: Gateway status
    • Gateway configuration
  • GW Examples
    • Polling mode
    • Poll endpoint "/metrics"
    • Configuration update via API
    • Firmware update via API
    • Configuration download from a remote server via API
    • MQTT examples
    • Home Assistant
    • MQTT+AWS IoT Core
  • Communicate with RuuviTag devices via Bluetooth
    • Bluetooth advertisements
      • Data format 3 (RAWv1)
      • Data format 4 (URL)
      • Data format 5 (RAWv2)
      • Data format C5 (Cut-RAWv2)
      • Data format 8 (Encrypted environmental)
    • Bluetooth connection
      • DIS (Device Information Service)
      • NUS (Nordic UART Service)
        • Heartbeat transmissions
        • Read logged history
    • Real Time Transfer (RTT)
  • Communicate with Ruuvi Cloud
    • Ruuvi Cloud
      • User API
      • Gateway API
      • Internal API
      • Alerts
      • Cloud stored app settings
  • Ruuvi Community projects
    • Integrations
Powered by GitBook
On this page
Edit on GitHub
  1. Ruuvi Gateway Firmware
  2. GW Web-UI
  3. Cloud Options

Backend: MQTT(s)

PreviousBackend: HTTP(s)NextBackend: Statistics

Last updated 1 year ago

You can configure relaying data to MQTT server:

You can choose the data format - raw data received from Bluetooth sensors or decoded data for Ruuvi sensors:

By default, data received from Bluetooth sensors is retransmitted over MQTT immediately, but if you have a lot of sensors you may want to limit the data flow. In order to do this you can set a sending interval:

It also supports MQTT client authentication via SSL by enabling the upload of a client certificate and its associated private key, ensuring secure and verified client-server communication. You can use a server SSL Certificate if you want to be independent of public Certificate Authorities (CAs) or if you have deployed a self-signed certificate on the HTTPS server, giving you greater control and customization over your security infrastructure: