LMIC-node | One example to rule them all. LMIC-node is an example LoRaWAN application for a node that can be used with The Things Network. It demonstrates how to send uplink messages, how to receive downlink messages, how to implement a downlink command and it provides useful status information. With LMIC-node it is easy to get a working node qu…

FIWARE IoT Agent for LoRaWAN protocol (with CayenneLpp and CBOR data models)

The user-friendly Node.js SDK to boost connectivity and data management within The Things Network's Lorawan infrastructure.

Deploys the The Things Stack LoRaWAN Network Server Open Source Edition, BasicStation and Backend tools using Balena.

A curated list of awesome things related to The Things Network

Raspberry Pi and ic880a based outdoor gateways. Includes build list, deploy scripts and more.

🌍 A new data-driven and storytelling experience for The Things Network

Dustmap Air Quality Sensor Node based on SDS011

MDS (Maritime Data Server) is the central data server for the Maritime Data.

This water tank meter, calculates the distance from the sensor to the corresponding level of water inside the tank, sends it off with lora protocols to The Things Network. Once it is in TTN we can retrieve the data into a database or application of your own creation.

From scratch

Dustnet Mapper Node for ttnmapper.org

Retrieves sensor's data from the The Things Network (TTN) platform and imports them into the FI-WARE platform

A demonstration of integrating IoT data with a Discord bot using The Things Stack, LoRaWAN, and MQTT protocol. This project aims to showcase the potential of connecting IoT devices with Discord for real-time data updates. It features an example implementation with the FHDW Weatherstation, that providies weather data to subscribed channels.

Clair TTN application to forward samples and configure devices

The Things Network arduino example fork

Material for the workshop 'Build your own gateway with RAK831 and RESION.IO' held at The Things Conference 2018.

LoRa VSB repository

Remotely monitors and controls a Mercedes-Benz Wallbox Home EV Charger to reduce running costs by charging at off-peak electricity rates. Interworking is via The Things Network LoRaWAN to support charger locations that don’t have wifi coverage.

A extremely simple RESTful service that enables the collection of JSON packets