Meta has released an open-source SDK that connects its Muse AI agent to ESP32 boards and Linux devices such as Raspberry Pi computers. It gives developers a way to link Muse with screens, audio, sensors and other connected hardware, extending the agent beyond a phone app and into the gadget cupboard.
Meta AI Watch analysis
What happened
The Muse Gadgets SDK has separate software development kits for ESP32 and Linux devices, according to CNX Software’s account. The ESP32 version can display images, handle audio input and output, and interface with sensors, actuators and buttons. The Linux version is intended for Raspberry Pi and other single-board computers.
A third directory contains skills for a range of devices, including smart-home products, printers and 3D printers. CNX Software says the code is mostly under the Apache 2.0 licence. Pairing a gadget requires a Muse SDK token, the relevant terms, and developer mode enabled in the Muse app.
Why it matters
This is a practical bridge between a personal AI agent and devices that can sense or affect the world around them. Developers can experiment with hardware rather than being limited to a chat window. Meta also points to Raspberry Pi 5 and several ESP32-based devices as starting points, although the software is not restricted to those examples.
There is a catch for anyone keen to plug in the toaster and let the agent get on with it: the SDK makes integrations possible, but the report does not establish how reliably or safely Muse handles real-world tasks. Connecting an agent to a sensor is one thing; giving it authority over an actuator is quite another.
Our read
The SDK is a more tangible step towards gadget-based AI than another promise that an assistant will soon be everywhere. Its open-source code and support for familiar maker hardware give developers something concrete to try. Start with an experiment you can easily undo, and be deliberate about which devices and actions you expose. The interesting question is not whether Muse can be connected to hardware, but what it should be allowed to do once connected.
What to watch
- What devices and integrations developers add beyond the examples already described.
- Whether Meta publishes clearer documentation on permissions and the limits of gadget actions.
- How the SDK develops, and whether support for the mentioned HDMI stick is specified.
Discussion spark: If an AI agent can act through connected gadgets, which actions should require a person’s approval, even in a smart home?
Sources and evidence
- Source update (12 October 2026, 02:50 UTC)
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