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9 repository-uri

Awesome GitHub RepositoriesWireless Device Control

Ability to send operational commands to smart devices over local wireless networks.

Distinct from Wi-Fi Profiles: Candidates focus on profiles or gateways; this is about controlling device state via the network.

Explore 9 awesome GitHub repositories matching hardware & iot · Wireless Device Control. Refine with filters or upvote what's useful.

Awesome Wireless Device Control GitHub Repositories

Găsește cele mai bune repo-uri cu AI.Vom căuta cele mai potrivite repository-uri folosind AI.
  • project-chip/connectedhomeipAvatar project-chip

    project-chip/connectedhomeip

    8,586Vezi pe GitHub↗

    This project is an open-source software development kit and framework for implementing the Matter smart home standard. It provides a universal IPv6-based application layer and a cluster-based data model to ensure interoperability between diverse smart home devices and controllers. The system is distinguished by its multi-transport network abstraction, which maps Bluetooth LE, Thread, and Wi-Fi implementations to a common layer. It includes specialized tooling for secure device commissioning via QR codes and NFC, as well as a comprehensive over-the-air firmware update system for distributing s

    Sends operational commands to smart devices over local wireless networks using IPv6.

    C++build-with-matterchipconnected-devices
    Vezi pe GitHub↗8,586
  • portapack-mayhem/mayhem-firmwareAvatar portapack-mayhem

    portapack-mayhem/mayhem-firmware

    5,199Vezi pe GitHub↗

    Mayhem-Firmware is a custom firmware for the PortaPack add-on that transforms a HackRF software-defined radio into a standalone handheld device capable of receiving, transmitting, and analyzing radio signals across a wide frequency range. The firmware provides a complete operational environment with an event-driven touchscreen interface, a menu-driven application launcher, and a real-time sample streaming pipeline that connects the hardware abstraction layer to a suite of modular applications. All user data, including frequency presets, captures, and configuration files, are stored on a remova

    Provides remote control of the SDR device over USB serial for automated operation and debugging.

    Chackrfhackrf-componentsportapack
    Vezi pe GitHub↗5,199
  • petoicamp/opencat-quadruped-robotAvatar PetoiCamp

    PetoiCamp/OpenCat-Quadruped-Robot

    4,891Vezi pe GitHub↗

    OpenCat-Quadruped-Robot is a development framework and motion control API for building four-legged robots. It provides a comprehensive environment for quadruped robot development, featuring tools for locomotion gait design, inverse kinematics, and a layered control architecture that separates high-level intelligence from low-level motion. The project distinguishes itself as an embedded AI deployment tool, allowing users to train, quantize, and deploy machine learning models to vision modules for tasks such as object detection and visual target tracking. It further supports complex human-robot

    Sends operational serial data wirelessly via Bluetooth to control robotic motion or upload firmware.

    C++aiarduinoblock-coding
    Vezi pe GitHub↗4,891
  • coolnameismy/babybluetoothAvatar coolnameismy

    coolnameismy/BabyBluetooth

    4,751Vezi pe GitHub↗

    BabyBluetooth este o bibliotecă Bluetooth Low Energy și un API de comunicare wireless pentru dispozitive iOS și macOS. Servește ca manager central pentru descoperirea dispozitivelor wireless din apropiere, gestionarea ciclului de viață al conexiunilor active și oferirea unei interfețe programatice pentru citirea și scrierea valorilor caracteristice, în scopul controlului hardware-ului de la distanță. Biblioteca include un manager de periferice care permite unui dispozitiv să simuleze un periferic wireless prin publicarea (advertising) de servicii și caracteristici cu care alte echipamente hardware pot interacționa. Framework-ul acoperă descoperirea dispozitivelor prin scanare și filtrare, sincronizarea datelor prin notificări de caracteristici și monitorizarea semnalului pentru a estima distanța dintre un dispozitiv mobil și un periferic conectat.

    Provides a programmatic interface to read and write characteristic values to control remote hardware behavior over wireless links.

    Objective-C
    Vezi pe GitHub↗4,751
  • blinker-iot/blinker-jsAvatar blinker-iot

    blinker-iot/blinker-js

    4,338Vezi pe GitHub↗

    blinker-js este un framework de comunicare IoT și o bibliotecă Node.js concepută pentru a gestiona schimbul bidirecțional de date între hardware-ul embedded și serverele la distanță sau rețelele locale. Funcționează ca un instrument de integrare hardware MQTT care leagă computerele single-board de cloud-urile IoT pentru gestionare și control de la distanță. Proiectul oferă un manager de widget-uri pentru dispozitive virtuale, pentru a sincroniza starea hardware-ului cu componentele interfeței utilizator bazate pe cloud. Acest sistem permite maparea identificatorilor UI de la distanță către logica software internă, permițând controlul IoT de la distanță prin butoane virtuale și câmpuri de introducere a datelor. Framework-ul suportă atât comunicarea bazată pe cloud prin protocolul MQTT, cât și comunicarea directă între dispozitive în rețeaua locală prin conexiuni wireless partajate. Include capabilități pentru ascultarea evenimentelor dispozitivului și gestionarea fluxurilor de date bidirecționale pentru a declanșa acțiuni hardware.

    Controls hardware device state and exchanges data over local wireless networks without requiring cloud servers.

    TypeScriptiotlinuxmqtt
    Vezi pe GitHub↗4,338
  • albfan/miraclecastAvatar albfan

    albfan/miraclecast

    4,302Vezi pe GitHub↗

    Miraclecast is a software implementation of the Miracast protocol used for mirroring screens and streaming audio over Wi-Fi. It functions as a wireless display adapter, providing the capabilities of both a Wi-Fi display source that projects local content and a Wi-Fi display sink that acts as a wireless receiver for remote streams. The project includes a peer-to-peer wireless network manager used to discover nearby devices and establish direct Wi-Fi connections. It specifically implements a wireless input backchannel, allowing mouse and keyboard events to be routed from a receiving display bac

    Implements a wireless input back-channel to route mouse and keyboard events from the receiving display back to the source.

    C
    Vezi pe GitHub↗4,302
  • lucaslhm/flipper-irdbAvatar Lucaslhm

    Lucaslhm/Flipper-IRDB

    3,905Vezi pe GitHub↗

    This project is a curated database and repository of standardized infrared signal sequences designed for hardware remote emulation. It provides a comprehensive library of infrared codes used to operate a wide variety of consumer electronics, household appliances, and hardware devices. The collection organizes infrared commands by manufacturer and device category to facilitate the remote operation of audio-visual equipment, climate control systems, lighting, and photography hardware. It also includes specialized signals for gaming consoles, monitors, and videoconferencing equipment. The syste

    Sends infrared remote control codes to various VCR brands to operate machines via hardware devices.

    Vezi pe GitHub↗3,905
  • skorokithakis/cattAvatar skorokithakis

    skorokithakis/catt

    3,629Vezi pe GitHub↗

    catt is a command-line interface and network utility for casting media and websites to Google Cast devices. It serves as a terminal-based controller that transmits video, audio, and web content from a local computer to compatible remote receiving hardware. The tool includes a device manager that maps complex hardware identifiers to human-readable aliases via a local configuration file. This allows for faster device targeting and the assignment of default target devices. The system supports streaming local files and online video sources, including the ability to render websites using the remo

    Provides the ability to send operational playback and state commands to Google Cast devices over a local wireless network.

    Python
    Vezi pe GitHub↗3,629
  • smartthingscommunity/smartthingspublicAvatar SmartThingsCommunity

    SmartThingsCommunity/SmartThingsPublic

    2,629Vezi pe GitHub↗

    This project is a smart home automation framework and a library of device drivers and handlers designed to integrate hardware into the SmartThings ecosystem. It functions as an IoT device handler repository that translates proprietary hardware signals into standard commands for a central hub. The system emphasizes a local hub rules engine to execute automation logic and device routines directly on hardware, reducing reliance on cloud processing. It provides a collection of custom drivers specifically for managing Zigbee, Z-Wave, and LAN devices. The framework covers the development of custom

    Supports automating Z-Wave hardware via custom drivers that translate device signals into standard control commands.

    Groovyinternet-of-thingsoauth2open-source
    Vezi pe GitHub↗2,629
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  3. Wireless Device Control

Explorează sub-etichetele

  • Input Back-channelsCommunication paths used to route peripheral input events from a receiver back to the original source device. **Distinct from Wireless Device Control:** Specifically handles the return path for user input events rather than general operational commands to smart devices
  • Radio Remote ControllersSends commands over radio to remotely operate compatible devices such as key fobs, pagers, or toys. **Distinct from Wireless Device Control:** Distinct from Wireless Device Control: focuses on radio-frequency command transmission rather than Wi-Fi or Bluetooth smart device control.
  • VCR EmulationUsing infrared signal codes to remotely operate VCR hardware. **Distinct from Wireless Device Control:** Specializes wireless device control into infrared-based operation of VCRs.
  • Z-Wave Device AutomationAutomating Z-Wave hardware via drivers that translate protocol signals into standard control commands. **Distinct from Wireless Device Control:** Specifically targets the Z-Wave protocol for automation, whereas wireless device control is a broader category.