The hard part is that we've structured life such that you are on a fixed income at the end of your life in no position really to deal with inflation. At least when you are still working, in theory at least your wages will go up with inflation. This is really why prop 13 happened to pass at all: the idea of being displaced at the end of your life out of the home you already paid off due to market forces you aren't even a participant in is actually widely unpopular even if it makes better economic sense.
It might look like those kids are having a leg up, but really they aren't learning to stand on their two feet and the wheels start coming off when they aren't under the wing anymore.
There are people today driving 40 year old vehicles. Or 60 year old vehicles. I even saw a model A at the grocery store lot once. There will be used cars for me.
> Overall this system is working, but it is annoying and sometimes not ideal.
And costs you nothing. Is easy to roll out. Doesn't ever need replacement. Doesn't ever fall apart. Lasts forever.
The smart fridge will also screw up and not get it all right 100% of the time. And for that, it will cost you handsomely, will be difficult to implement in all your kitchen, will need constant replacement, will fall apart, will not last forever.
Framed like this, the smart solution is actually worse.
I remember when someone got a car to 100k miles - they called all their friends to see the car turn over to all 0's. They had to add oil before they left, and drove off in a cloud of smoke. They had to avoid puddles or the spray through the floors would get mud all over everybody...
Point is things advance. the first iteration might be as bad as you say, but they are likely to fix the bugs and make it better over time.
Well you are still paying orders of magnitude more than a pen and paper grocery list. For what in my mind is no new real functionality. Just the ability to get a bit lazier and think a bit less. I don't know about you but I'm trying not to get senile here. Thinking is actually a good thing, not a chore. A muscle that isn't under use atrophies.
Have a shared shopping list with the family. Teach your kid to put the milk on the list after they finish it. Be at least somewhat aware of how old your food is. Problem solved. Somehow we managed this model for a century.
Seems like it would be better solved with a phone app you can just scan the receipt and log your usage. It would get you out of having to buy a $1000 fridge and also solve the pantry issue. Actively logging your usage vs passively might have other downstream benefits like being more aware of your macros.
Its only cheaper to build them on the ground if you aren't factoring security concerns. No insurgents in space. Not every application needs this hardening, but you can imagine there are many applications that do.
The security advantages are enormous since access to space is so tightly restricted and controlled, compared to the access potential of a land based data center. Only risk in space is maybe we start WWIII with china and the US directly trading blows. On the ground, any insurgent group can disable your infrastructure. Nothing is truly safe on the surface of the earth. Anyone can strap a bomb on a drone now. See examples from the currently active wars.
It costs at least 50x more to put a GPU in space than it does on Earth. For that price you can have dozens more capacity in bunkers, under the sea, or on remote islands. Do you think your insurgents are going to get all two dozen? They could travel to the far corners of the earth, destroying 22 of them, and you'd still be ahead. Further, I wouldn't be surprised if a satellite with such a monstrous solar and radiator footprint wouldn't be susceptible to a laser based attack from the ground; either frying it or pushing it into an unstable orbit by vaporizing a few bits.
What? No, exactly the opposite. It's very easy to jam radio signals and much harder to cut wires. There's a reason the drones on the front lines in Ukraine are dragging fibre optic lines these days.
There's probably so many ways to get around that with space based technology. I can quickly imagine several methods. It depends on what the system is for which might be a good method to use.
Method 1: same as how u2 planes dumped their data: air drop physical media containing data and catch it in the air.
Method 2: laser based emission to specific detectors.
Method 3: baseball style communication: station is under observation and manipulates in some way to serve as a signalling language.
Method 4: numbers station
Method 5: bill yourself as an isp and have some coded syntax that can be supplied in plain sight with the rest of isp traffic.
Method 1: Sure datacenters with latency measured in several hours sure are useful, and can also be intercepted
Method 2: Can be jammed by drone with laserpointer.
Method 3: Let me just transfer gigabytes of data via physical signalling
Method 4: Can still be jammed
Method 5: Can in fact still be jammed?
If you get a little into grounded scifi the buildout seems more realistic. Robotics are making great strides while this buildout is happening. Imagine the implications of a human shaped robot? Now it isn't just knowledge work but literally every job on earth that is on the table. Now you can't get enough of that compute as you chew through obsoleting 8 billion humans from their current levels of participation in the economy.
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