智能家居泡沫为何破裂
Why the smart home bubble popped

原始链接: https://hackaday.com/2026/05/21/why-the-smart-home-bubble-popped/

十年前,“智能家居”和“物联网”(IoT)曾被许诺为轻松自动化的未来。如今,这个梦想已大打折扣。正如 Caya 所探讨的那样,该行业已退化为一个碎片化的领域,饱受订阅疲劳、隐私担忧、强制广告和信号拥堵的困扰。 与 20 世纪 70 年代可靠且本地控制的家庭自动化系统不同,现代智能家居依赖于不稳定的远程服务,一旦相关公司转型或倒闭,设备往往就会变成废铁。虽然像 Home Assistant 这样的平台提供了功能强大的本地托管替代方案,但对于普通消费者来说,其技术复杂性依然过高。 此外,目前的“智能”设备缺乏真正的智能;大多数设备需要繁琐的手动编程,而非直觉式的自动化。即使引入了“代理式人工智能”(agentic AI)来弥补这一差距,可靠性依然是一个重大障碍——很少有用户愿意将大门锁等关键基础设施交给实验性软件。归根结底,智能家居已成为一堆需要高维护且不可靠的小玩意儿,而非最初设想的那种无缝、自主的生活方式。

最近《Hackaday》上关于“智能家居泡沫”的讨论凸显了人们对当前家居自动化技术的普遍不满。用户指出了常见的技术故障,例如网关不稳定、严重的延迟,以及为了让不同制造商的设备互联而必须采取繁琐的变通方案。 评论者普遍认为,构建一个单一、统一的“智能家居平台”这一概念从根本上就是有缺陷的。相反,贡献者们认为智能家居技术作为一系列独立的专业解决方案(例如自动窗帘、扫地机器人或自动喂猫器)时效果最好,而不是作为某种内聚的生态系统。试图将这些迥异的设备强行整合到一个总体系统中,往往会降低用户体验。 此外,安全性仍然是一个关键问题。用户指出,依赖中心化的云平台带来了不必要的风险,例如敏感硬件(如前门锁)可能面临未经授权的访问。归根结底,“泡沫”之所以破裂,是因为碎片化、不可靠的技术现实未能实现“无缝集成智能家居”的承诺。
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原文

Circa 2015 or so, it seemed like you couldn’t move a finger without being bombarded with ads and articles about ‘smart homes’ and the ‘internet of things’ — all of which would make our lives so much easier and more automated. Fast-forward a decade and this dream has mostly evaporated along with many of the players in the space. Why this happened is the topic of a recent video by [Caya].

An interesting bit of context that the video starts off with is that home automation really kicked off back in 1975, when the X10 protocol and related devices using power lines for signaling began being sold. These fully integrated solutions generally worked reasonably well, but what all changed when the IoT and ‘smart home’ craze kicked off and brought with it an explosion of new standards.

Over the past decade we have seen the concept of a ‘smart home’ collapse into a nightmare of abandoned IoT devices, subscription services, forced ads, privacy violations, and an increasingly more congested 2.4 GHz spectrum that everything from WiFi and Zigbee to Bluetooth and others ended up competing for, with a corresponding collapse in reliability of data transmissions.

As raised in the video, a big issue is that of the financial viability of running the remote services for a smart home solution, even if this is the part that should make it as plug-and-play as a 1990s-era smart home solution. To the average user setting up their own locally hosted smart home solution isn’t really a straightforward option.

Although at the end [Caya] demonstrates using Home Assistant (HA) as a locally hosted alternative, this is still not something that a non-techie will be able to set up or maintain. Even if you shell out a cool two-hundred clams for the Home Assistant Green plug-and-play hardware solution, the average person will be lost the second any of the prescribed steps in provided documentation do not work. Woe to whoever is the person who is ‘good with computers’ in those cases.

Ultimately another problem with ‘smart homes’ is that they’re really not that smart, as you can definitely set up all kinds of rules in HA and similar solutions, but this is more painstaking manual automation with all the excitement of programming PID controllers. Having an actual intelligence behind the system that could react to what’s happening would make it a far easier sell, yet which is where all the ‘smart assistants’ like Alexa keep falling flat.

Currently [Caya] has set up his HA-based lighting configuration to be used by OpenClaw ‘agentic AI’, as a way to add some actual ‘smarts’, but it’s telling that he hasn’t integrated the smart lock of his apartment into the system yet. Nobody wants to have the OpenClaw agent tell you that it ‘cannot open the front door’ for you, after all.

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