Meta is attempting to decentralize the smart home by handing out the blueprints for its own ecosystem. By releasing the Muse Gadgets SDK under an Apache 2.0 license, the company is effectively inviting developers to build the infrastructure that will connect its AI agent to the physical world. This move signals a shift in platform strategy: rather than building a closed garden, Meta is betting that a low-cost hardware entry point will incentivize the developer community to do the heavy lifting of integration.
On October 2, 2026, Nat Friedman, Head of Product at Meta Superintelligence Labs, announced the Muse Gadgets project and the Muse Home Link. The Home Link is a USB-C ESP32-C5 dongle designed to act as a bridge between the Muse AI and local smart home devices. Meta is manufacturing 5,000 of these units, which are being provided free of charge to active US Muse subscribers. The SDK itself is already gaining traction, with 1.7k stars and 339 forks on GitHub as of October 8, 2026, supporting a range of hardware from ESP32 boards to Raspberry Pi and Linux systems.
This strategy mirrors the early Android playbook. By open-sourcing the SDK, Meta is enabling Muse to communicate with any device that exposes HTTPS, including TVs, speakers, and various smart home appliances. As Friedman noted, it is “a little usb-c powered device that allows Muse to connect to your home network to talk to smart home devices like TVs and speakers and anything else that exposes https.” If third-party manufacturers adopt this SDK, the potential for a broad, Muse-compatible hardware ecosystem grows significantly without Meta needing to manufacture every component itself.
However, a notable paradox exists within this open-source push. While the SDK is accessible, the Home Link dongle itself runs locked firmware and cannot be reflashed. This suggests that while Meta wants the innovation that comes from an open developer community, it remains cautious about the risks of a fragmented user experience. By keeping the official bridge under strict control, the company is attempting to balance the benefits of an open ecosystem with the stability of a curated platform.
The competitive landscape remains volatile, defined by significant delays and varying price points. Apple’s Siri AI conversational agent for HomeKit has been delayed to late 2026 or early 2027, a fact confirmed by prior Forkast reporting, which leaves a substantial window for competitors to establish their own agents. Meanwhile, Google continues to push its Home Premium Advanced subscription at $20 per month. Meta’s own pricing for Muse, which launched on September 8, 2026, is tiered, ranging from a free tier to a $100-a-month power user plan. For those already subscribed, the Home Link hardware serves as a functional extension of the existing service.
This hardware initiative is part of a broader expansion that includes the September 29 launch of Muse for Small Business and the September 17 introduction of the Muse Charm. Meta is clearly attempting to integrate its AI across both digital and physical environments. The primary risk remains fragmentation; a DIY approach using ESP32 boards lacks the seamless, out-of-the-box experience that consumers have come to expect from established tech giants. Whether this developer-first strategy can overcome the friction of a fragmented ecosystem remains to be seen.
For now, the Muse Gadgets project serves as a signal of intent rather than a mass-market product. Its success will depend on whether the developer community can transform these tools into reliable utilities that offer genuine value to the average user. If the SDK gains widespread adoption, we may see a future where Muse-compatible devices become as ubiquitous as standard smart plugs. If not, the project risks becoming another niche experiment in the evolving landscape of AI-integrated home technology.
The Home Link dongle represents a significant bet on the idea that the most effective way to scale a platform is to empower others to build upon it. As the project moves forward, the focus will be on whether these integrations can provide consistent, meaningful utility for users. The coming months will reveal if this developer-led approach can bridge the gap between experimental hardware and a functional, everyday smart home experience.