Advertise an ESP-Claw composite HID device and send keyboard, mouse, and media reports.
npx skills add https://github.com/espressif/esp-claw --skill ble-hid
Please help me install this Agent Skill. Skill: ble_hid Source: https://github.com/espressif/esp-claw/tree/main/components/lua_modules/lua_module_ble_hid/skills/ble_hid Command: npx skills add https://github.com/espressif/esp-claw --skill ble-hid
It solves the need to control devices through standard HID inputs (keyboard, mouse, media keys) without writing a full host-side app, so your ESP32 can behave like a human user.
Use case example: You need an ESP32 to quickly pause/play media and type a short command sequence on a nearby computer by emulating a keyboard and media controller.
Tell the agent: "Start the ble_hid skill, advertise as a BLE HID device named esp-claw-hid, then send a keyboard combo CTRL+C to trigger the action I need."
High-intent search queries and answers about installing and using this skill.
ESP32 BLE keyboard emulation and mouse control is achieved by advertising the device as a composite HID peripheral, allowing it to send keyboard, mouse, and media key inputs to a host without a dedicated app.
Yes, the ESP32 can send media keys and keyboard shortcuts simultaneously by advertising as a composite HID device and routing inputs through specific action types like keyboard_combo or media.
Automating remote input via IoT devices is best handled by emulating standard human interface devices, enabling deterministic execution of scripts that send mouse movements, clicks, and text inputs.
Lua scripting supports HID automation by accepting parameters for mouse movement deltas, allowing precise control over cursor behavior during interactive demo prompts and rapid device testing.
To start BLE HID advertising on an ESP32, execute the provided Lua scripts with parameters specifying the device name, making it discoverable as a composite keyboard, mouse, and media controller.
ESP32 HID emulation is ideal for rapid device testing and interactive demos where a microcontroller must act as a human user, bypassing the need to write and maintain a full host-side application.
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