M64GitHubM64GitHubCommunityยท1 Agent Skills Included

WireClaw

Control ESP32 hardware, sensors, and relays via plain language

Controls ESP32 microcontrollers over the network to switch LEDs, GPIO pins, and relays, and read sensors. Creates persistent automation rules that keep running on the chip without cloud, server, or ongoing model calls. Eliminates manual firmware coding for alerts, schedules, and sensor-triggered actions. Bridges serial devices and network data sources into one local rule engine.
npx skills add M64GitHub/WireClaw --all -g -y

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Frequently Asked Questions

FAQPage Schema
How to install WireClaw?โ–ผ

Run `npx skills add M64GitHub/WireClaw --all -g -y` in your terminal to install the skill globally. You also need the NATS CLI and a reachable NATS server.

What does WireClaw do?โ–ผ

It lets you control real hardware on ESP32 chips - LEDs, GPIO pins, relays, and sensors - using plain-language requests sent over Telegram, serial, or NATS.

Do WireClaw rules need the internet to keep running?โ–ผ

No. Once a rule is created, it runs locally on the ESP32 every loop cycle and survives reboots, with no cloud or model calls involved.

Can WireClaw send alerts and scheduled messages?โ–ผ

Yes. Rules can send Telegram messages when sensor thresholds are crossed or at exact times, using NTP-synced clock sensors.

Can WireClaw connect to Arduinos or other sensors?โ–ผ

Yes. It bridges serial devices like Arduinos, GPS modules, and CO2 sensors over UART, and accepts data from any system that publishes to NATS.

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