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blinker-iot avatar

blinker-iot/blinker-library

0
View on GitHub↗
5,144 stars·236 forks·C++·MIT·20 viewsdiandeng.tech↗

Blinker Library

Blinker is an IoT cloud connectivity library designed to link embedded hardware to cloud services. It functions as a communication layer that connects physical devices to mobile applications for remote triggering, state monitoring, and remote data transmission.

The library provides a development framework for ESP32 microcontrollers and a set of tools for interfacing Arduino R4 hardware with cloud backends. It enables the establishment of secure links between embedded devices and cloud services to store and transmit data remotely.

The project includes capabilities for remote hardware management and API integration. It utilizes a hardware abstraction layer to translate cloud commands into peripheral operations and employs a JSON-based message protocol for data exchange.

Features

  • Cloud IoT Connectivity - Establishes secure links between embedded hardware and cloud services for remote data transmission and storage.
  • Hardware Abstraction Layers - Provides a hardware abstraction layer to translate generic cloud commands into chipset-specific GPIO and peripheral operations.
  • ESP32 Firmware Frameworks - Provides a framework for building ESP32-based smart devices with integrated cloud and remote management capabilities.
  • Bidirectional Socket Communication - Maintains a persistent bidirectional TCP socket connection for real-time data exchange between hardware and the cloud.
  • Remote Hardware Controls - Provides interfaces for triggering hardware actions and monitoring device states remotely via a mobile application.
  • Cloud Connectivity Toolsets - Provides a set of tools for interfacing Arduino R4 hardware with cloud backends and remote applications.
  • Cloud Integration Support - Adds cloud connectivity and remote control capabilities specifically for Arduino R4 based hardware projects.
  • Device State Synchronizers - Synchronizes the remote cloud mirror of a physical device whenever local pins or variables change.
  • JSON Message Exchanges - Uses a JSON-based message protocol to serialize device states and control commands for cloud transmission.
  • Asynchronous Event Handlers - Implements non-blocking event handlers to process cloud commands and device triggers without stalling hardware execution.

Star history

Star history chart for blinker-iot/blinker-libraryStar history chart for blinker-iot/blinker-library

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Projects sharing features with Blinker Library

These projects share indexed features with Blinker Library. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • blynk-technologies/blynk-libraryBlynk-Technologies avatar

    Blynk-Technologies/blynk-library

    3,971View on GitHub↗

    Blynk is an embedded device framework and IoT cloud connectivity library designed to establish secure, bi-directional communication between microcontrollers and a remote management platform. It provides the core identity of an IoT device management tool, enabling the synchronization of device states, remote hardware control, and the mapping of hardware data to cloud-based interfaces. The project distinguishes itself through a virtual-pin system that decouples cloud communication from physical pins, allowing for hardware-independent data exchange. It also supports advanced architectural offloa

    C++arduinocellularembedded
    View on GitHub↗3,971
  • blinker-iot/blinker-pyblinker-iot avatar

    blinker-iot/blinker-py

    4,396View on GitHub↗

    Blinker-py is a Python library and asynchronous hardware interface designed to connect Linux-based single board computers, such as the Raspberry Pi, to a remote IoT cloud platform. It functions as a communication bridge and hardware abstraction layer that enables the remote monitoring and control of physical components. The project provides a TCP socket communication client for bidirectional, real-time data exchange. It maps cloud-side virtual controls to physical GPIO pins, allowing remote interfaces to trigger physical actions on connected hardware through a cloud bridge. The library incor

    Pythonbleblinkerembedded
    View on GitHub↗4,396
  • arendst/tasmotaarendst avatar

    arendst/Tasmota

    24,502View on GitHub↗

    Tasmota is a universal firmware platform for ESP8266 and ESP32 microcontrollers, designed to provide local control and management of smart home hardware. It functions as an event-driven automation controller that replaces proprietary factory firmware, allowing users to manage relays, sensors, and lighting systems without relying on external cloud services. The system is built on a modular driver architecture that enables dynamic hardware configuration and peripheral support through a web-based management interface. The platform distinguishes itself through a template-driven hardware mapping s

    Carduinoautomationesp32
    View on GitHub↗24,502
  • espressif/arduino-esp32espressif avatar

    espressif/arduino-esp32

    16,984View on GitHub↗

    This project is an implementation of the Arduino framework for ESP32 microcontrollers, providing a core that enables firmware development using a familiar API. It functions as a microcontroller hardware abstraction layer and a firmware toolchain integration, bridging external development environments to the hardware for compilation and flashing. The system includes an embedded real-time operating system wrapper to manage multi-core execution and task scheduling, alongside a wireless communication suite for TCP/IP networking and Bluetooth Low Energy. It distinguishes itself by providing an obj

    C++
    View on GitHub↗16,984
Compare all 30 related projects→

Frequently asked questions

What does blinker-iot/blinker-library do?

Blinker is an IoT cloud connectivity library designed to link embedded hardware to cloud services. It functions as a communication layer that connects physical devices to mobile applications for remote triggering, state monitoring, and remote data transmission.

What are the main features of blinker-iot/blinker-library?

The main features of blinker-iot/blinker-library are: Cloud IoT Connectivity, Hardware Abstraction Layers, ESP32 Firmware Frameworks, Bidirectional Socket Communication, Remote Hardware Controls, Cloud Connectivity Toolsets, Cloud Integration Support, Device State Synchronizers.

Which projects share features with blinker-iot/blinker-library?

Projects with overlapping indexed features include: blynk-technologies/blynk-library — Blynk is an embedded device framework and IoT cloud connectivity library designed to establish secure, bi-directional… blinker-iot/blinker-py — Blinker-py is a Python library and asynchronous hardware interface designed to connect Linux-based single board… arendst/tasmota — Tasmota is a universal firmware platform for ESP8266 and ESP32 microcontrollers, designed to provide local control and… espressif/arduino-esp32 — This project is an implementation of the Arduino framework for ESP32 microcontrollers, providing a core that enables… armmbed/mbed-os — Mbed OS is a real-time operating system designed for connected internet-of-things devices and microcontroller… tencent/tencentos-tiny — TencentOS-tiny is a real-time operating system for microcontrollers designed to manage task scheduling and resource…

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