I've been defeated... - "Smart" lighting in my new house

I've been defeated, and the video dives into the rollercoaster of trying to smartify a new house with GE Enbrighten Z-Wave switches. The host explains early on that the motion sensors in these dimmers behave in a way that can be more irritating than helpful, turning on with motion and then fading back off, which creates a frustrating user experience in spaces like bedrooms and bathrooms. The plan is to reconfigure the switches to disable fade on and off, separate motion sensing from lighting, and create logical groupings so multiple zones can be controlled together with a single command. The episode follows a practical, problem-solving arc from initial setup through hardware choices to a hands-on debugging process, including the involvement of a Raspberry Pi and Home Assistant as the central automation brain. As the project progresses, the team discovers each device’s quirks, including the need to assign correct locations and manage three-way switches, which complicates a simple installation. They discuss the limits of the on-device firmware and the difficulties of obtaining firmware updates from the hardware manufacturer, which compounds the challenge of getting reliable performance. The narrative builds toward a critical turning point: the realization that firmware updates could unlock the desired behavior, but the process to obtain those updates is opaque and frustrates users who want a predictable, open ecosystem. The video ultimately evolves into a broader conversation about the importance of firmware updates, openness, and support in home automation hardware, concluding with a promise of sharing firmware files publicly and exploring alternative solutions if the current approach cannot be made reliable. The host closes by inviting community input and signaling ongoing experimentation, including potential collaboration with other vendors to improve reliability and user experience in smart lighting systems.

Topics · technology · home automation · consumer electronics · do-it-yourself · networking · iot