I was just using it as an example because I just figured it out on my fridge (it’s useless). I was just trying to figure out if I would be going backwards 10 years if I switched, that was just the first thing that came to mind as an example.
No, you do you. I just don’t understand the engineers’ motivation for creating an IoT fridge.
From the creators of the IoT fridge comes the first IoT toilet, complete with a bowl camera and mic that stares up your ass and notifies your family when the bathroom is in use and whose taking a crap. You can even review your past shits in 4k! 😛
I could maybe see some uses for a fridge on wifi. The only useful things it does is notify me if the temp rises beyond a point or if the door is left open for a really long time. As far as the temp rising without the door open the only cause is either the fridge failed ( It better fucking not) or the power went out. If the power goes out, so does my router so…
That is actually somewhat useful. I don’t know if that use-case is worth it to me, personally, to have a potentially insecure device on my home network, but I suppose you could give it its own network and write decent firewall rules to protect your other gear.
Never really thought about that. Hmm. I mean, it’s GE, a somewhat reputable company, but apparently they were just bought out by a company in China. But it goes through my network, communicates with a cloud service, who communicates with the app on my phone. It would seem possible that whoever runs that cloud service has the ability to do whatever they want in my network through my fridge.
I run a raspberry pi for some automation in my house and use tailscale as a VPN so I can access it as a server when I’m not home. As long as I can trust tailscale, it is encrypted straight from the raspberry pi to my phone. There is no middle man. But having that cloud service for the fridge app is something I need to research.
I was just using it as an example because I just figured it out on my fridge (it’s useless). I was just trying to figure out if I would be going backwards 10 years if I switched, that was just the first thing that came to mind as an example.
No, you do you. I just don’t understand the engineers’ motivation for creating an IoT fridge.
From the creators of the IoT fridge comes the first IoT toilet, complete with a bowl camera and mic that stares up your ass and notifies your family when the bathroom is in use and whose taking a crap. You can even review your past shits in 4k! 😛
I could maybe see some uses for a fridge on wifi. The only useful things it does is notify me if the temp rises beyond a point or if the door is left open for a really long time. As far as the temp rising without the door open the only cause is either the fridge failed ( It better fucking not) or the power went out. If the power goes out, so does my router so…
That is actually somewhat useful. I don’t know if that use-case is worth it to me, personally, to have a potentially insecure device on my home network, but I suppose you could give it its own network and write decent firewall rules to protect your other gear.
Never really thought about that. Hmm. I mean, it’s GE, a somewhat reputable company, but apparently they were just bought out by a company in China. But it goes through my network, communicates with a cloud service, who communicates with the app on my phone. It would seem possible that whoever runs that cloud service has the ability to do whatever they want in my network through my fridge.
I run a raspberry pi for some automation in my house and use tailscale as a VPN so I can access it as a server when I’m not home. As long as I can trust tailscale, it is encrypted straight from the raspberry pi to my phone. There is no middle man. But having that cloud service for the fridge app is something I need to research.