blinker-iot/blinker-py
Blinker Py
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 incorporates asynchronous message dispatching and event-driven control loops to process cloud commands and sensor telemetry without blocking local execution. It further supports connection stability through heartbeat-driven monitoring and utilizes JSON-encoded payload serialization for data exchange.
Features
- Hardware & IoT - Provides a library to connect local hardware to a cloud platform for remote monitoring and control of physical components.
- Asynchronous Hardware Interfaces - Functions as an event-driven asynchronous interface for handling cloud commands and sensor telemetry without blocking hardware loops.
- Cloud IoT Connectivity - Establishes secure communication links between local hardware and remote cloud infrastructure for management and control.
- Hardware Abstraction Layers - Maps cloud-side virtual controls to physical GPIO pins through a hardware abstraction layer.
- Bidirectional Socket Communication - Maintains a persistent TCP socket connection for bidirectional, real-time data exchange between hardware and the cloud.
- Cloud-Edge Communication Bridges - Acts as a bidirectional communication bridge linking Linux single-board computers to remote servers.
- Hardware Interfaces - Implements a software interface for controlling GPIO and peripherals on Raspberry Pi and other Linux devices via the cloud.
- Hardware Management - Establishes secure communication links to monitor and manage the state of physical hardware from a distance.
- Python IoT Frameworks - Provides a Python library for writing scripts on single-board computers to exchange data with IoT management services.
- Cloud-to-Hardware Controllers - Enables remote triggering of physical hardware actions via a cloud-to-device communication bridge.
- Raspberry Pi Systems Programming - Provides a software interface for managing GPIO pins and peripherals on Raspberry Pi via network connections.
- Hardware Message Dispatchers - Implements an asynchronous dispatching system to process cloud commands and sensor data without blocking hardware execution.
- Hardware Control Loops - Provides an event-driven control loop to trigger physical hardware actions immediately upon receiving cloud commands.
- Connection Heartbeats - Employs periodic heartbeat signals to verify server responsiveness and automatically trigger reconnection for stability.
