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Announcements

WIKA Sensors Integration – Version 1.0.0

We are excited to introduce the official WIKA Sensors Integration for Thinger.io 🎉

Wika

This new family of integrations brings the precision and reliability of WIKA industrial sensors to the Thinger.io IoT platform, enabling engineers and developers to connect, monitor, and analyse their WIKA devices in real time.

With this release, the following products are officially supported: - WIKA PEW-1000 — High-precision electronic pressure transmitter. - WIKA PGW23-100 — Wireless LoRaWAN® pressure sensor for industrial monitoring.

These integrations make it possible to: - Automatically decode uplinks and store data in Thinger.io buckets. - Auto-provision devices directly from LoRaWAN network servers such as ChirpStack, LORIOT, or TTN. - Visualise real-time pressure, temperature, and diagnostic data on custom dashboards. - Send downlinks to reconfigure transmission intervals or operating modes remotely.

The WIKA integrations have been designed to ensure full compatibility with existing Thinger.io infrastructure, providing a plug-and-play experience for industrial IoT projects that rely on accurate pressure and environmental measurements.

Documentation:
You can find complete setup instructions and data specifications in the official WIKA Sensors Integration Documentation

ChirpStack Plugin Version 1.0.0

We are pleased to announce the official ChirpStack Plugin for Thinger.io 🎉

With this new integration, any ChirpStack-based LoRaWAN® deployment can now be seamlessly connected to Thinger.io, enabling you to:

  • Automatically provision devices and data buckets.
  • Store, analyse, and visualise sensor data in real time.
  • Configure uplink and downlink processing pipelines that adapt to your project’s needs.
  • Extend the power of ChirpStack with Thinger.io’s dashboards, alerts, and integrations.

ChirpStack Plugin dashboard in Thinger.io

As ChirpStack is a self-hosted network server, this plugin is designed to give you full control over how your devices interact with the Thinger.io platform, while keeping your LoRaWAN infrastructure under your own management.

ChirpStack Plugin available in Thinger.io Marketplace

📖 Documentation:
You can find the full setup guide and configuration details in the official ChirpStack Plugin Documentation.

Dragino LT22222L Plugin Version 1.0.0-1

We are pleased to announce official Thinger.io support for the Dragino LT22222L industrial I/O controller.
This plug-in provides a complete “plug-and-play” experience: install the plugin from the Marketplace and you are ready to operate the device through any LoRaWAN Network Server (ChirpStack, Actility, The Things Stack, Helium, …) without writing custom code or decoding scripts.

Real-time dashboard for Dragino LT22222L

Key Features

  • One-click deployment
    Installs a fully-configured Product in your workspace.

  • LNS-agnostic uplink ingestion
    Payload decoding and mapping to Thinger device resources is handled internally.

  • Pre-built Dashboard
    Real-time widgets for all digital inputs, relay outputs, and ADC channels, plus link-quality gauges (RSSI/SNR) and connection status indicators.

  • Secure, parameterised downlinks
    Send on-demand commands or configuration updates directly from the Dashboard.

Downlink form for Dragino LT22222L

Documentation

Full setup and integration instructions are available in the plugin page:
Dragino LT22222L Plugin Documentation.

The Things Network Plugin Version 1.0.0

We are pleased to announce the official TTN Plugin for Thinger.io.
This release deploys a self-managed Docker service that exposes a dedicated API for processing webhook traffic from The Things Network and translating it into native Thinger (ready-configured) resources.

TTN Plugin dashboard in Thinger.io

Key functionality

  • One-click provisioning
    Installs a fully-configured Service, ready to use along a prebuilt product plugin, such as the Dragino LT22222L.

  • Managed Docker runtime
    The connector runs as a Thinger Service; logs, health checks, restart policies, and image updates are handled through the standard Services panel.

  • Webhook plugin for TTN
    A ready-to-use TTN integration (thinger-webhook) is published in the TTN Console.
    Users simply select the webhook template, and start streaming data with no manual JSON transformations required.

  • Payload parsing & resource mapping
    Uplink messages (v3 uplink_message format) are parsed by the connector API and mapped to Thinger device resources. Downlink acknowledgements and join events can also be captured.

  • Secure downlink endpoint
    Every device inherits a downlink resource that invokes the connector’s REST API to enqueue messages back to TTN, respecting FPort, confirmation flags, and payload length limits.

Documentation

TTN Plugin Documentation.

Siemens LOGO! Plugin Version 1.0.0-1

In the ever-evolving landscape of IoT, the ability to integrate diverse devices and platforms easily is crucial for building robust and flexible systems.

Today, we’re excited to highlight the potential of integrating Siemens LOGO! with Thinger.io through MQTT, enabling users to take advantage of the strengths of both platforms to create powerful IoT solutions.

Siemens LOGO! is a highly versatile logic module known for its simplicity, flexibility, and reliability. Widely used in industrial automation, building control, and various other applications, Siemens LOGO! allows for easy implementation of control tasks without requiring extensive programming knowledge.

From Thinger.io we've developed the template for connecting and auto provisioning Siemens LOGO! logic modules directly with the platform, providing a non-blank start for the final configuration of the project.

The plugin provides a first step to be able to integrate a fleet of Siemens LOGO! controllers, while allowing the ad-hoc configuration that best suits the user's needs.

It provides the following settings:

  • A device_information property, that will be used to set the device information manually (firmware version, serial number, etc).
  • A shadow property, that will be used to store the current state of the device.
  • A siemens_logo data bucket, that will be used to store the data sent by the Siemens LOGO! controller.
  • A up and down device resources, to control the Siemens LOGO! controller.
  • An autoprovision rule, that will be used to create the device in the Thinger.io platform automatically.
  • Basic product functions to parse the shadow of the device and handling sending commands to the Siemens LOGO! controller.
  • A preconfigured dashboard to visualize relevant data of each Siemens LOGO! controller.

Siemens LOGO! Thinger.io product profile

Checkout the doc for the this plugin.