Homey Pro Review: Great Potential, But Check Your Device Support First

Following the earlier launch of the budget-friendly $69 Homey Bridge, the $399 Homey Pro has officially arrived in the United States. While lower-cost models like the Bridge offer a simple gateway into automation, the more expensive Pro tier largely strips away the subscription fees and device limitations that often frustrate power users. Beyond removing those barriers, the Pro introduces an optional ethernet connectivity add-on for an additional $29 and sets the stage for future Matter support, including compatibility with Matter over Thread.

Depending on the specific hardware currently deployed across your ecosystem, the Homey Pro demonstrates remarkable potential as a modern smart home hub. However, hardware compatibility roadblocks mean it might not be the universal solution every enthusiast is looking for.

Priced at $399, the Homey Pro is a substantially more powerful successor to the original 2019 model, boasting a central processing unit that is reportedly 3.5 times faster. Furthermore, the Pro doubles the storage and memory capacity found in the Bridge, coming equipped with 8GB of storage and 2GB of RAM respectively. These substantial hardware upgrades serve a very specific and critical purpose: unlike the Homey Bridge, which relies heavily on cloud infrastructure to process commands and automations, the Homey Pro prioritizes local control.

Operating on a local control model delivers notable benefits, particularly regarding user privacy and system reliability. Because core operations happen directly on the device within the home network, the Homey Pro remains fully operational during unexpected internet outages. As long as the connected appliances and automated routines do not fundamentally depend on external cloud servers, users can maintain uninterrupted control over their living spaces.

From a baseline feature perspective, both the Bridge and the Pro handle similar foundational tasks, allowing users to onboard devices, manage configurations, and orchestrate automated routines. The hardware radio profiles are also closely aligned. The U.S. version of the Homey Pro incorporates Wi-Fi, Bluetooth, infrared, Zigbee, and Z-Wave. However, the Pro expands its wireless capabilities by adding a dedicated Thread radio and an 833MHz radio designed to communicate with older legacy devices.

Crucially, the Pro bypasses the strict five-connected-device limitation that frustrates users of the entry-level Homey Bridge. While Bridge owners must pay a recurring monthly fee of $2.99 to expand their device count beyond that initial threshold, the Pro imposes no such device caps. The only optional subscription tied to the Pro model is a modest monthly fee of $0.99 for users who wish to maintain automated cloud-based backups of their hub configurations.

Setting up the Homey Pro is a remarkably straightforward experience. Powering the unit via the included USB-C cable and power adapter, users simply download the companion mobile application and walk through a brief series of configuration prompts. Particularly noteworthy is the app’s approach to spatial mapping during setup, asking users to define the physical layout of their residence, including the number of floors and the specific rooms located on each level. This thoughtful onboarding step saves considerable time compared to the more tedious room-assignment processes common among competing smart home ecosystems.

Once the hub successfully connects to a home wireless network—supporting both 2.4GHz and 5GHz Wi-Fi bands—the process of populating the ecosystem with smart devices begins. Homey markets its platform as supporting more than 50,000 distinct devices, a staggering figure that suggests universal compatibility. In practice, however, real-world results can vary significantly. During testing with a diverse array of consumer hardware, only about half of the existing connected devices in the test environment integrated successfully.

On the positive side, robust integration was achieved with mainstream brands such as Lutron Caseta smart switches, Philips Hue intelligent lighting, and Sonos wireless audio speakers. However, the platform encountered hurdles with a variety of other popular household hardware, including a Schlage door lock, an Ecobee thermostat, Nanoleaf bulbs and light strips, a Govee electric kettle, Wyze security cameras, Eve Home accessories, a Logitech video doorbell, and an assortment of smart plugs.

While the absence of smart plug support initially seemed baffling, context emerged regarding the communication protocols involved. Many modern smart plugs rely on the emerging Matter standard. Although Matter compatibility is anticipated for the Homey Pro later in the year, specialized communication layers matter; a clarification from a Homey representative noted that while Wi-Fi-based Matter devices generally function, devices utilizing Matter-over-Thread protocols encountered integration blocks because Thread-specific software layers were still maturing within the test environment.

For other device categories, compatibility issues were more nuanced. While several prominent brands appear natively within the Homey application, specific newer hardware iterations often remain unsupported. For instance, while unconventional Nanoleaf shapes like triangles, hexagons, and light lines integrated smoothly, standard Nanoleaf bulbs and smart lights did not. Even older Nanoleaf Essentials hardware lines were missing from the application database, alongside third-party accessories like a Meross garage door opener.

Authentication friction also appeared during testing. Although the Schlage Encode Wi-Fi lock is listed within the Homey app, attempting to complete the setup process by authenticating with Schlage credentials ultimately resulted in a notification stating that no devices could be found. Similarly, attempts to connect a Govee Wi-Fi kettle progressed past the initial authentication phase only to terminate with an unhandled software error message.

Ecosystem fragmentation further complicated matters for lesser-known or proprietary hardware lines. Non-Matter smart plugs manufactured by Cync by GE lacked any native integration pathways within the platform. Similarly, while Ecobee is recognized as a supported brand, compatibility at launch was restricted to older hardware like the Ecobee 3 Lite and specific remote room sensors, leaving newer flagship models like the Ecobee Thermostat Premium unsupported. Homes heavily invested in Zigbee and Z-Wave ecosystems may experience broader compatibility, but users running mixed, modern Wi-Fi and Thread setups must verify support before committing.

Because device support libraries expand continuously, prospective buyers are strongly encouraged to download the free Homey mobile application and utilize its search functionality to manually verify the status of their specific hardware models prior to purchasing either the Bridge or the Pro. For devices that are officially supported, the operational feedback loop is impressively snappy, reacting almost instantaneously to user inputs within the application.

For advanced hobbyists and software developers, the Homey Pro offers an alternative expansion path through custom-coded integrations. By accessing the product’s internal web interface, users can generate an API key and review example code written in JavaScript and Node.js. This architecture strongly indicates that the underlying hub operates effectively as a localized Node.js server. While Homey documents these features as tools intended primarily for developers and hobbyists to bridge unsupported hardware gaps, mainstream consumers will likely bypass these advanced capabilities entirely.

Putting aside hardware integration hurdles, the core user experience delivered by the Homey mobile application is polished and contemporary. The interface presents a modern aesthetic that outclasses many competing smart home platforms, surfacing both basic controls and advanced configurations cleanly. Once hardware is successfully onboarded, assigning devices to designated rooms and floors is relatively straightforward, though users must navigate back through individual device settings to adjust room placements post-integration.

Another standout capability is the platform’s native energy management suite, which tracks estimated electricity consumption across the smart home in both real-time and historical views. Because accurate power tracking requires users to manually input the wattage specifications for individual appliances during setup, the feature demands a bit of upfront effort. However, this manual calibration yields worthwhile utility. Furthermore, the Homey Pro dynamically scales its estimated power draw calculations based on active device states; dimming overhead lighting fixtures to 50 percent output automatically adjusts the projected energy consumption figures downward by half. Energy metrics can be reviewed conveniently via the mobile app or a web dashboard, the latter of which also displays localized environmental telemetry including ambient temperature, barometric pressure, and humidity levels. Homey representatives note that if a connected device possesses native reporting capabilities for actual electricity usage, the platform will automatically surface and utilize those precise metrics.

When it comes to orchestrating automated routines, the Homey platform utilizes a powerful logic engine known as Flows. Eschewing the simplistic conditional logic typical of mainstream voice assistant ecosystems, Flows operates on a structure reminiscent of advanced automation platforms like Home Assistant. Rather than relying purely on a basic cause-and-effect framework, Flows implements a flexible "When… and… then…" architecture. This structure supports intricate conditional branching, including "else" parameters, and allows complex Flows to trigger secondary routines autonomously. Users can construct these routines directly inside the mobile app, or leverage an advanced visual editor accessible via the web interface to design highly sophisticated automation chains.

Ultimately, the Homey Pro represents a compelling vision for a local-first, multi-radio smart home hub in an industry that has increasingly migrated toward cloud-dependent ecosystems. Its robust processing hardware, privacy-focused local architecture, well-designed mobile application, and powerful Flow automation engine give it immense long-term potential.

However, prospective buyers must carefully weigh these strengths against practical hardware limitations. Investing $399 in a dedicated automation hub becomes a tougher proposition if a significant portion of an existing smart home inventory remains unsupported at launch. While software updates will undoubtedly expand the compatibility list over time, purchasing decisions should be guided by current device support rather than future promises, ensuring that the hardware living inside your walls can actually speak to your new hub from day one.