Meta Opens Muse to Tinkerers With Open-Source Gadget Builder

Meta has launched Muse Gadgets, an open-source project that lets developers build their own hardware to work with Muse, the company’s personal AI agent for booking travel, filling out forms and shopping on a user’s behalf. The move matters because it pushes Muse beyond a standalone chatbot and into the growing world of custom AI devices.

The project, announced Friday, gives makers firmware, a Linux SDK and example builds that could turn Muse into anything from a color e-ink display to a TV dongle, while Meta also says it has already built its own network-connected Home Link accessory for subscribers.

For Meta, the timing is significant. The company has been widening Muse’s reach with consumer, small-business and enterprise offerings, signaling that it wants the agent to become a platform rather than a single app.

What Meta launched with Muse Gadgets

Muse Gadgets is designed for developers, hobbyists and hardware tinkerers who want to connect Meta’s AI agent to physical devices. Instead of waiting for Meta to define a single form factor, the company is encouraging the community to invent its own.

The project ships as a set of tools rather than a finished consumer product. Meta is publishing open-source firmware, which is the low-level software that runs on a device, along with a Linux software development kit that developers can use to connect Muse to custom hardware.

To get people started, Meta is also suggesting a few starter concepts. One example is a Muse-powered device with a color e-ink display. Another is a small stick that plugs into a television’s HDMI port and brings Muse to the big screen.

The broader pitch is flexibility. Meta says makers can pair Muse with inexpensive computers such as a Raspberry Pi or with common microcontroller boards like the ESP32, then hook the agent into displays, buttons, sensors, actuators and other electronics on a workbench.

Why Meta is taking an open-source approach

Meta’s strategy appears to be about lowering the barrier to experimentation. By giving makers open tools, the company can let the community explore form factors and use cases faster than a single product team could on its own.

The approach also fits the culture of the hobbyist hardware world, where open platforms often attract the most experimentation. Rather than forcing Muse into one design, Meta is effectively saying the market should decide what the most useful device looks like.

That strategy may be especially important because personal AI agents are still in the early stages of consumer adoption. A developer-friendly kit gives Meta a way to seed the category without needing to predict the winning hardware category up front.

How does Muse Gadgets work?

Muse Gadgets is built around a modular setup: users connect Muse to a device they assemble or modify, then link that device to local hardware components that can display information, trigger actions or respond to environmental inputs.

The project is intentionally broad. In practical terms, that means a creator could build a bedside display, a wall-mounted home dashboard, a kiosk-style assistant, or even a smart-home bridge that sits between Muse and household devices.

Meta is also supporting the project with a Discord channel, giving developers a place to ask questions, share ideas and troubleshoot early builds.

What is Muse Home Link?

Muse Home Link is Meta’s in-house example of what a Muse-powered gadget can look like. According to Nat Friedman, who leads product at Meta’s Superintelligence Labs, the USB-C-powered accessory connects Muse to a home network so it can communicate with smart devices in the house.

Friedman said Meta built the device to let Muse talk to connected household products, including speakers and smart TVs, and that the company produced 5,000 units for free distribution to Muse subscribers while supplies lasted.

He added that the first batch would be ready to ship in a few weeks. Public interest appears to have been immediate, with Friedman’s social post attracting strong attention within hours.

The device is important not because it is revolutionary on its own, but because it gives developers a reference point. Meta is effectively showing the market a concrete example of what a Muse companion device can do inside a home network.

Why the Home Link matters to Meta’s AI strategy

The Home Link underscores a bigger point: Meta does not seem interested in making Muse merely another chat interface. The company is trying to turn the agent into an operating layer that can move across screens, services and physical devices.

That matters in a market where AI products increasingly compete on utility rather than novelty. A chatbot can answer questions, but an agent connected to hardware, services and household devices can become part of everyday routines.

Meta’s Home Link experiment also suggests the company is testing how much people want an always-available AI bridge inside the home. If the product resonates, it could shape future consumer hardware and smart-home integration.

How does this fit Meta’s bigger push into AI agents?

It fits as one more piece of a much larger platform strategy. Meta is working to make Muse useful in consumer settings, but it is also broadening the product for small businesses and larger organizations.

Earlier this week, the company launched Muse for Small Business, a version of the agent that is free within usage limits and can connect to services such as Shopify, Dropbox and Slack. That gives merchants and teams a way to automate common tasks without having to build an AI workflow from scratch.

Meta has also created a new business unit, Meta Enterprise Platform, to sell its AI offerings to corporate customers. That move suggests the company sees agent software as something that can be monetized in multiple ways: consumer subscriptions, business tools and enterprise services.

In other words, Muse Gadgets is not an isolated side project. It is part of an effort to ensure Muse shows up wherever users might need help: on a website, in a workplace, in a store or on a physical device at home.

Why tinkerers and hackers may be the ideal early audience

The first users of many influential hardware platforms are not mass-market consumers but builders who enjoy experimenting. Meta seems to understand that dynamic and is leaning into it with an open-source offer that invites modification.

Tinkerers tend to be valuable early adopters for three reasons:

• They uncover practical uses before mainstream demand exists.
• They create examples that others can copy or improve.
• They generate feedback that can help a platform mature faster.

For Meta, this community can do more than use Muse Gadgets. It can help define the product category itself. If enough makers settle on successful hardware patterns, Meta could later refine or commercialize the best ideas for broader audiences.

What developers can build first

In the near term, the most likely projects are low-cost, highly visible prototypes. Think countertop assistants, smart displays, home dashboards or small devices that bridge Muse into existing connected homes.

Because the company is supporting common maker boards and Linux-based tools, the learning curve should be manageable for many developers already working in DIY electronics. That could make Muse Gadgets attractive to people who have previously experimented with Raspberry Pi projects, smart home dashboards or custom assistant builds.

The biggest unanswered question is whether the average user will care enough to buy or build a dedicated Muse device. For now, Meta appears content to let the builder community test that hypothesis first.

What this means for the AI hardware race

Meta’s move adds to a broader industry trend: AI companies are no longer competing only on model quality or app features. They are also racing to define the hardware layer that will make AI feel more present in everyday life.

Some firms are betting on phones, others on wearables, and some on voice-first devices. Meta’s answer is different: give the market tools and see what form emerges. That could produce a diverse ecosystem, but it also carries risk if the project remains too niche to matter beyond enthusiasts.

Still, the strategy is consistent with how many technology platforms have grown in the past. Open tools create early momentum, communities create use cases, and successful use cases eventually become products.

Meta is hoping Muse can follow that path.

Timeline of Meta’s latest Muse expansion

Bottom line

Meta is trying to turn Muse into more than a chatbot, and Muse Gadgets is the clearest sign yet of that ambition. By handing developers open-source tools and encouraging them to build their own hardware, the company is betting that the next wave of AI adoption may come from custom devices, not just software apps.

The big test now is whether builders embrace the idea and create gadgets people actually want to use. If they do, Meta may have found a low-cost way to shape the future of personal AI hardware before rivals lock in the category.