Physical Event Skills

GPIO pin monitoring processes state changes on physical pins in real time, executing actions like notifications or automation when pin events occur. This Skill configures pins to detect changes asynchronously, making it ideal for sensors, buttons, and switches in IoT systems without custom event handling code.

Event-driven architecture processes USB device connections, disconnections, and serial data reception as discrete events with filtering and batching. This Skill unifies these physical device signals into a single asynchronous system, enabling reliable automation across multiple interface types.

Multi-device integration monitors GPIO sensors, USB devices, and network discoveries simultaneously, routing events to automation logic. This Skill combines sensor monitoring, state detection, and action triggering into one workflow, eliminating the need to build separate handlers for each device type.

Network device discovery via mDNS detects when devices appear or disappear on the network and triggers events accordingly. This Skill processes discovery events asynchronously with error handling, enabling dynamic device monitoring for IoT and home automation scenarios.

Robust error handling and event batching are built into this Skill's event-driven architecture, eliminating the need for custom code. Features like filtering, retry logic, and batch processing ensure reliable operation across GPIO, USB, serial, and network events.