This is the only way I would go about it. Maybe in the future if I really want it but really, the more tech, the more vulnerabilities. I’m fine with manually turning things on and off even if it’s self hosted.
Unfortunately, no. Ultimately it’s a tiny computer that happens to produce light when a certain gpio pin is enabled. The light bulb is the portion you see, but inside, it’s an internet-connected microcontroller. I’ve even seen smart devices that internally run a full Linux distro complete with a shell session you can access if you know what you’re doing.
The problem is that some of these firmwares and/or exploits for these firmwares actively scan your local network and report things. Further, they can be used as a jumping off point for attacks deeper in your network.
This is the only way I would go about it. Maybe in the future if I really want it but really, the more tech, the more vulnerabilities. I’m fine with manually turning things on and off even if it’s self hosted.
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Unfortunately, no. Ultimately it’s a tiny computer that happens to produce light when a certain gpio pin is enabled. The light bulb is the portion you see, but inside, it’s an internet-connected microcontroller. I’ve even seen smart devices that internally run a full Linux distro complete with a shell session you can access if you know what you’re doing.
The problem is that some of these firmwares and/or exploits for these firmwares actively scan your local network and report things. Further, they can be used as a jumping off point for attacks deeper in your network.
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The LIFX bulbs announced your WiFi password to anyone who asked. This is not a breach of the bulb itself, it’s a gateway to your LAN.
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I don’t want to be annoyed
It opens up another vector for attacking other sensitive devices on my network. I haven’t segregated my network so I don’t feel safe doing this.