Open Source BSD IoT Software
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IoT Software for BSD
Browse free open source IoT software and projects for BSD below. Use the toggles on the left to filter open source IoT software by OS, license, language, programming language, and project status.
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Zigbee2MQTT
Get rid of your proprietary Zigbee bridges
Zigbee2MQTT is an open-source bridge that lets users operate Zigbee devices without relying on proprietary vendor gateways. It connects compatible Zigbee adapters to devices and translates their events and controls into MQTT messages. This makes Zigbee hardware usable with a wide range of home automation platforms rather than tying it to one ecosystem. The project maintains device state locally and provides web interfaces for monitoring and configuration. Its architecture combines zigbee-herdsman for radio communication with device converters that map individual hardware models to Zigbee capabilities. It supports an extensive device catalog and integrates with platforms such as Home Assistant, Homey, Domoticz, Gladys Assistant, and ioBroker. -
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JetLinks
JetLinks is developed based on Java, Spring Boot, WebFlux, Netty
JetLinks Community is an open-source enterprise IoT platform built with Java, Spring Boot, WebFlux, Netty, Vert.x, Reactor, and related reactive technologies. It is designed to help teams quickly build IoT business systems without starting from a blank backend. The platform supports unified device modeling, unified device access, and centralized management across different device types, vendors, and communication protocols. It can connect devices through TCP, UDP, MQTT, HTTP, TLS, DTLS, and other protocol patterns while hiding much of the complexity of network programming. JetLinks also includes real-time data processing, device alerts, message notifications, data forwarding, geographic features, visualization, and a configurable rule engine. It is best suited for companies that need a customizable IoT foundation for device management, telemetry, automation, and industrial or enterprise monitoring. -
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MQTT Protocol Chinese Version
MQTT Protocol 3.1.1 Chinese Translation, IoT, Internet of Things
MQTT is a Chinese translation of the OASIS MQTT 3.1.1 protocol specification for developers working with messaging, machine-to-machine systems, and the Internet of Things. It explains MQTT as a lightweight client-server publish-and-subscribe transport designed for constrained devices and networks. The documentation covers protocol concepts, control packet formatting, operational behavior, security, WebSocket transport, and conformance requirements. Individual chapters describe connection, publication, subscription, acknowledgment, heartbeat, and disconnection packets in detail. The material can be read through GitBook, the repository wiki, HTML, PDF, or ebook editions. Its structured table of contents makes specific packet definitions and normative rules easy to locate. The project is documentation rather than an MQTT broker or client implementation. -
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Gigaset Elements command line interface
Python based command line interface for Gigaset Elements
gigasetelements-cli is a python based program which allows you to control your Gigaset Elements home security system. It comes with an easy to use CLI (command-line interface) suitable for direct use or cron jobs. -
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This project is a low cost & lowpower Datalogger based on BeagleBone Black. The data logger is an electronic device that records earthquakes(Sensor network), Wind ,daylight ,power used/produced on the street lamp over time. Data will then be uploaded via a wireless radio MESH network(868 Mhz) to a database server for later analyze. The Prototype is developed on two microcontrollers(AVR and ARM Cortex-A8) with the low power and
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IoT Technical Guide
IoT Technical Guide - Building a High-Performance IoT Platform
IoT Technical Guide is a Chinese-language learning repository for understanding how high-performance Internet of Things platforms are designed and built. It walks readers through the architecture, concepts, and engineering stack behind IoT systems instead of only listing isolated tools. The guide covers topics such as IoT market context, device models, ThingsBoard source-code learning, MQTT broker setup, CoAP services, message peak shaving, data modeling, and database selection. It is intended for developers who want to learn how real IoT platforms organize devices, messages, protocols, and backend services. The repository is especially useful as a structured study path for readers preparing to build or customize an IoT platform. It functions more as a technical tutorial and roadmap than as a single installable software package. -
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MQTT Erlang client
IOT Client of MQTT server written in Erlang
MQTT client is designed for communication in Machine to Machine (M2M) and Internet of Things (IoT) contexts and implements MQTT protokol versions 3.1 and 3.1.1. The client is written in Erlang and tested with MQTT servers like Mosquitto and RabbitMQ. -
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MQTT Erlang server
MQTT server for IOT written in Erlang
MQTT server is designed for communication in Machine to Machine (M2M) and Internet of Things (IoT) contexts and implements MQTT protocol versions 3.1 and 3.1.1. The server is written in Erlang as OTP application. -
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RaspberryLight
Make your Raspberry Pi to a Wi-Fi controllable LED Light
Make your Raspberry Pi to a Wi-Fi controllable LED Light using LED stripes with WS 2811 controller. This software enables the raspberry to provide a web server interface (HTTP / Rest) for controlling the connected LED stripe. That project bases on the WiringPi lib, Indy for Lazarus and also on the Tinkerforge bindungs for Lazarus. The Stripe must be connected with the Tinkerforge Masterbrick and the LED-Stripe bricklet. WiringPi is used to control the GPIOs for some feature and Indy (Internet Direct) is used to support all network feature like UDP-broadcasting and handling the HTTP-requests. The development platform is Lazarus. -
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VelisphereClientSDK
Client SDK for the VeliSphere IoT System
This is the Java client SDK for the Velisphere Internet of Things Cloud System. It provides tools and libraries to develop clients that connect as devices or services (with sensors, actors and other configurable function) to Velisphere, where you can connect them with other devices based on an easy to build rules-system, analyze data, locate devices, remote manage them, store binary data in a "dropbox for things", etc. Currently the SDK is available to connect to Velisphere via the AMQP message queuing protocoll, releases for MQTT and ReST will follow. This is still work in progress and will continue to evolve over time. To create your own account for free, go to http://www.velisphere.com -
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myHouse
Home monitoring and automation suite now known as eGeoffrey
PLEASE NOTE: myHouse has been a nice starting point but difficult to customize, maintain and evolve. For these and many other reasons, I've completely re-designed- re-architect myHouse also giving it a new name (eGeoffrey). The basic principles are the same, the software is still open source but now is supposed to be way simpler to configure (entirely via the web interface), use, customize and extend. If you want to give it a look, check out https://www.egeoffrey.com. I've also put together a migration utility to help along to way in case you want to move into the new platform without starting from scratch: https://github.com/myhouse-project/myHouse2eGeoffrey myHouse itself will be no longer maintained since the new eGeoffrey offers the same functionalities and many more. Thanks for your support along the way! -
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smartIDS
Lightweight intrusion detection for IoT and embedded devices.
The aim of the project is a lightweight intrusion detection library for embedded devices which supports MSP430 and ARM Cortex based devices. Features include DSP/SIMD support, IoT and embedded protocols, distributed operation, event and history management, tool supported configuration and visualization. There is a Java port that supports less features.
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