Ruuvi Gateway

Ruuvi Gateway is an IoT (Internet of Things) device developed by the Finnish company Ruuvi, intended to extend the capabilities of RuuviTag sensors by connecting them to the Internet. Thus, you can remotely monitor data such as temperature, humidity, atmospheric pressure or movement, using the Ruuvi Station applications available on mobile and browser.

🔧 Technical features

• Connectivity: Wi-Fi (2.4 GHz) and Ethernet (10/100 Mbit/s).

• The antenna: SMA cloverleaf antenna for improved Bluetooth reception.

• Compatibility: Works with all RuuviTag sensors, old and new.

• Operating system: ESP32 with open-source firmware.

• Food: USB-C (including plug adapter and cable).

• Operating temperature: -20°C to +70°C.

• Dimensions: 114 mm diameter, 150 g.

• Security: Supports TLS 1.3 for advanced encryption.

📦 What the package contains

• Ruuvi Gateway

• Ethernet cable

• Plug adapter (Europlug type)

• USB-C cable

• Mounting screws

• Activation code for Ruuvi Cloud Pro (6 months)

☁️ Ruuvi Cloud integration

After connecting to the Internet, the Ruuvi Gateway sends the sensor data to the Ruuvi Cloud, where it can be viewed and analyzed. The free plan allows real-time monitoring and sensor sharing, while the paid plans (Basic and Pro) offer additional functionality such as email alerts, extensive historical storage, and data export.

🔄 Compatibility and integration

• Other devices: It can also receive data from compatible Bluetooth LE devices.

• Own servers: It supports sending data to external servers via HTTP/MQTT.

• Automation: Compatible with Home Assistant and other home automation platforms.

🛠️ Easy setup

Ruuvi Gateway installs quickly:

1. Connect the device to the Wi-Fi network or via Ethernet cable.

2. Access the Ruuvi Station app (available on Android and iOS) or the web interface.

3. Follow the steps in the setup wizard to add the sensors and customize the settings

🔐 Security and privacy

Ruuvi Gateway has obtained the cybersecurity label from the Finnish agency Traficom, ensuring that the device meets security standards and protects user data.

💡 Common uses

• Monitoring conditions in warehouses, greenhouses or cold rooms.

• Environmental monitoring in homes or offices.

• Data collection for climate analysis or scientific research. [#$$#]

• Integration into home automation systems.