Living through all mobile phone history, from non-existant when I was a child to today's smartphones, I would hesitate to use such absolute phrases like "X on the phone is never going to make sense". How many things we're doing on a phone today that we wouldn't dream of 20 years ago?
Local models on phones don't make sense today but in 5 years? who knows...
Because for every increase in efficiency that you get on the phone, you get on the datacenter too. (and likely on the modem as well).
The gap will always be there. If the silicon gets efficient enough to compute a question/response on the phone in 1 joule, the datacenter will be able to do it with a way smarter way better model in 0.1 joule. And also if the silicon gets efficient enough, that means everything else on the phone will get more efficient too and the battery will get smaller and lighter, so 1 joule will be more 'expensive' relative to the battery SOC. It will never make sense no matter how good the silicon gets.
We have GPT-4 level performance in 22b models today. Only a tiny tiny minority actually use those, because opus is that much better. When it comes to energy efficiency the bar gets higher everywhere in inference and training.
If the isp doesn’t go down with the power outage you could probably get a big enough ups to keep the router and voip phone going for at least a couple of hours. Those things don’t use much power
What are global alternatives? Every company is connected to some country, there are no global alternatives.
I live in EU and want to use EU services mainly because I want this part of the world to prosper. I want to leave my money and incentivise innovation in this part of the world because this is where I live and I want a better life here for me and my kids.
And alternatives are always good, especially that they’re not closed. People in the US can use services from EU companies as well :) why not?
Not calling other software engineers 'losers' is not about political correctness. They're "losers" because they take their product on a path you don't like? Come on. Linus can be emotional in his posts because Linux is his "child".
Yes and no. Performancewise, the iconic Ferrari Testarossa from 80s/90s does 0-62mph in 5.8sec. That's in the ballpark of today's family SUV EV, like the Tesla Model Y (standard version, 'Performance' does 3.3sec) or Hyundai Ioniq 5 (again standard version, performance 'N' does 3.4sec).
But I'm sure the "fun factor" in a Ferrari is much greater and of course there's a nostalgia factor as well... it was "THE" supercar when I was a kid. I would love to drive one today and it would be much cooler than a Tesla Y or Ioniq 5 :-)
It's even funnier when you realize all of the V6 Camrys built in the last 10 years also have a 0-60 of 5.8 seconds or less, and with the right tires and some suspension tweaks probably handle about as well as an 80s Ferrari.
The last Testarossa I saw in the wild was around 2010 parked in Hoxton London. None of the upholstery was holding up and it looked like it might not be driveable. But it got there somehow.
That is my sticking point - every border router I can find has a bunch of other things I don't want. I don't want my lights available from the internet, I just want to turn on the shed outside light from inside the house when I have guests. (since they are likely to park by the shed and walk to the house)
That is I don't want google/amazon/samsung/apple to control my house. Most border routers are also connect to our smart home system. (there are exceptions but it isn't clear if they are better)
While not a proper product, you can buy a small ESP32C6 devboard for up-to-5 USD/EUR and flash an example from esp-idf. This is paired with some software that runs on posix systems (think your HA host) that together form the necessary commissioning and border routing functionality. Its ends up being a relatively simple device that just takes IP packets off the radio and puts then somewhere else, so I've no doubt somebody will shortly make one (I've been working on one such for myself as an experiment.)
For what you're looking to do in principle you don't really need any of this after the initial commissioning. So long as the radio waves can reach the devices they will be able to talk to each other.
Just checked again, those ideas have started to mature to something that is possible now (vs 6 months ago when I last looked). I have kids and many other things in my life, so I'm don't have much time to work on projects like this. That might be what I end up doing, for now I just have a light that hasn't worked for months because I don't want to figure this out (the manual switch is broken. Since the switch is both rarely used and one I'd want remotely controlled anyway I've been hesitating)
SMLight also do their PoE sticks that can be flashed to either talk Zigbee or Thread (but you'll need a border router, such as the OpenThread border router).
Their latest one has two radios so you can do both Zigbee and Thread from a single device.
I've found however, that Thread prefers several border routers around my house to operate well.
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