The landscape of smart home management is undergoing a significant shift as artificial intelligence begins to bridge the gap between technical complexity and user-friendly operation. In a major update aimed at streamlining the user experience, the popular third-party management tool, Controller for HomeKit, has launched a sophisticated new feature powered by generative AI. Marketed under the straightforward slogan "Just say it," the update promises to transform the way users interact with their Apple-based smart home ecosystems by allowing them to describe their desired outcomes in plain, natural language.
For years, the promise of a truly "smart" home has often been hampered by the friction of configuration. While Apple’s native Home app provides a foundational interface for controlling devices, creating intricate automations—those that involve multiple triggers, conditions, and sequential actions—frequently requires a level of patience and technical logic that can be daunting for the average consumer. Controller for HomeKit has long established itself as the go-to solution for power users seeking to unlock the deeper capabilities of the HomeKit framework. With this latest integration, the developers are now leveraging AI to make those high-level capabilities accessible to everyone, regardless of their familiarity with Boolean logic or automation workflows.
The core functionality of the "Just say it" feature is rooted in its ability to parse descriptive sentences and translate them into the specific technical commands required by the HomeKit protocol. Instead of manually selecting devices, setting brightness levels, choosing colors, and defining time constraints through a series of menus and toggles, users can simply type or speak a request. The AI then analyzes the intent behind the words and constructs the necessary scenes, workflows, and automations automatically.

To illustrate the versatility of the new system, the developers have highlighted several practical examples that demonstrate how the AI handles different types of logic. One primary example focuses on a morning routine: "Wake me at 6:45 on weekdays with slowly warming light, and raise the bedroom shades when I get up." This single prompt involves several layers of complexity: a recurring schedule (weekdays), a specific time (6:45), a transitional command (slowly warming light, which implies a gradual increase in brightness and color temperature), and a secondary action triggered by an event (raising shades when motion or a "get up" state is detected). Traditionally, setting this up would involve creating a specific scene for the lights and a separate automation for the shades, ensuring all the conditions align perfectly. The AI handles the construction of these interlinked commands in the background.
Another example provided by the app developers showcases environmental control for entertainment: "Movie night: dim the living room lights to 20% and close the curtains." This is a classic "Scene" creation, where multiple devices across different categories are adjusted simultaneously to create a specific atmosphere. By interpreting the phrase "Movie night," the AI understands that the user is defining a state they wish to recall later, effectively building a pre-set configuration that can be activated with a single tap or voice command in the future.
