We know and saw a world without the internet and we experienced it when it first came to be.
We saw the first mass produced computers and computer devices which broke often, didn’t work the way we wanted them to, they weren’t fast and they didn’t have much memory in any way. We were the first generation to see all this. Our parents were too old and busy to figure it out but we were young enough to be curious about it all. We also kept wanting to have the newest fastest hardware and software so we had no choice but to either buy, beg or steal these things to get them. We learned to swap parts, add parts, remove parts, install an OS, uninstall the OS, run backups, store data and learn it all on our own because there was no easy internet social media community to help you. Software was constantly changing and we had to keep up by either buying expensive titles or we learned about Linux and open source software or we became digital pirates or both.
Now the digital landscape has changed. Younger generations prefer handheld devices so to them everything is solid state … they never can imagine changing the RAM, HDD, SSD, CPU, GPU or the PSU or even bothering to learn what those things are. Because everything is built in and no one (or very few) people bother with fixing or tinkering with anything. There are fewer people who learn about software and about how or where to find it, install it, configure it and run it. To new generations who only know the digital world through locked devices, there was less incentive to learn or even have access to know how these things worked.
We are the bridge generation. We got to see the world without the internet and the world with one. No one before us got to see what we saw, no one after us will experience what we went through. Our civilization dramatically changed during our lifetime and we got a front row seat.
My buddy worked tech support for a fairly large facility. They got tired of getting calls for a busted printer, only to walk all the way across the facility to discover it was out of paper. It got to the point that if someone called about a printer, they would wait an hour before responding. If nobody else called within that hour, they assumed the issue was resolved on its own.
It’s like all the old geezers who cum into carbeurators but like, shouldn’t they be happy that fuel-injection is a million times better and more reliable? I work on my own car and I can handle that shit in my driveway easy but these people seem to want more work to do. Yes, Fred, carbs make more sense for dirtbikes but oh my god otherwise shut up.
As for printers yea what the fuck. They all work differently even within the same company when all they need to do is take the exact same control module, maybe two versions of it, and slap it onto different bodies. But, instead, it’s just a giant fucking mess.
The PSU might be easy in practice but all those cords are daunting to the novice. Much easier to swap the RAM or even to take out and put in a new GPU.
I love that everything is USB-C
Well, maybe things are easier now. My 12 year old PC build has a modular PSU with a bunch of different cords.
The comp for an older generation is cars. Cars saw similar growth and adoption in the 50s-80s. And they had similar growing pains, reliability and maintenance issues were common place. So being able to perform maintenance and having an understanding of how they work was far more wide spread than just hobbyist and professionals.
As cars advanced the need to perform field maintenance and ad hoc repairs became less required so future generations (on average) became less knowledgeable and skilled at various car repair (and modification) activities, because cars just work now so there’s really no need to worry about learning how to fix minor issues, because they’re just not a common problem.
Case in point: I drive an EV and I don’t think there’s a damn thing I personally can do to fix it other than maybe change a tire. It doesn’t even have a spare and I wouldn’t even know how anyway.
There’s a lot you can still do. All the suspension, battery cooler pump, brakes, wheel bearings, a ton of things to do with the electrical system and lights, fuses and relays, window and lock motors, blinker arms and switches, fluid changes, hvac and ac components, the traction motors themselves…generally the only thing hard for a shade tree mechanic is the battery itself. They’re really heavy and hard to remove.
Now some components are going to be hard to get a hold of because there isn’t any third party companies making replacements, but eventually as need arises, they’ll get made. Until then there’s places like pick n pull where you can go take used parts off used vehicles or buy used and tested components from ebay if the manufacturer won’t sell you something. I bought a new oem hybrid battery just a couple years ago from a Toyota dealership and installed it myself.
You also can’t wrench on a car anymore in the way you used to. It’s all computerized and you need special software to access and configure parts.
I can’t replace my airbags without special pairing software that cost tens of thousands of dollars. It’s unlikely that I’ll learn by performing the repair because the tools are no longer available.
Eh…that’s still pretty doable. Many things actually got easier for auto work. A $12 bluetooth obdII dongle and a $4 piece of software on your phone will give you most all the trouble codes you need to diagnose problems, and that’s it it doesn’t outright tell you the issue. Almost no car parts are parts paired and thanks to the internet there’s guides that are way better than a Haines manual to show you how to fix things, as well as a dozen different places to order parts from.
In the past 15 years the only time I’ve used a mechanic was to replace a clutch.
Here I am at 41 and know how to screw with everything. I stayed inquisitive and stayed a tight ass. I think I’ve paid for a professional to do something twice in the past 20 years. I didn’t want to take on the task of replacing a clutch on a front wheel drive suv on the ground in my driveway.
The difference is that you don’t need to be car savvy not to get into an accident. But you do need to be tech savvy not to be at risk of cyberthreats.
Drivers truly don’t need to know how a car works, software is not like that.
Also, you can get by without a car, whereas most people need at least an email address.
Edit: I don’t understand the downvotes. Do people think that you need to know about how engines work to drive a car. Or do people don’t think you need to understand file structure to manage excel files?
My government teacher in 12th grade got hit with an RIAA suit for seeding thousands of hours of music on Kazaa. When she found out that it was “illegal pirating” she deleted the icon off the desktop and thought she was done.
It’s not like your bridge generation is the only one that know how to use a computer. To me it seems that there are a few ‘experts’ in each generation and the others don’t bother learning it. This is pretty normal and called specialization, the thing that civilization allows us to do.
I grew up with computers, there was no strict need to change OSes or even hardware (of you got prebuilts). Even so, it’s amazing what unrestricted Internet access and an interest in videogames can lead to. And I know a lot of others who either have at least the basic skills, or are studying Computer science together with me.
Perhaps there are trends in each generation, but acting like it’s just one generation that can do computer things is just wrong.
Poverty is also a driving force. I’ve never had a lot of money so I had to be creative in order to do a lot of things. I know how to fix repair and even build my own house. I know how to fix and maintain most things with all my vehicles. I know how to build fix and maintain my own computer systems because I could never afford expensive devices or to pay anyone to fix things for me.
Because I couldn’t afford much, I’ve instead had to spend most of my time doing things myself.
We are the bridge generation.
We know and saw a world without the internet and we experienced it when it first came to be.
We saw the first mass produced computers and computer devices which broke often, didn’t work the way we wanted them to, they weren’t fast and they didn’t have much memory in any way. We were the first generation to see all this. Our parents were too old and busy to figure it out but we were young enough to be curious about it all. We also kept wanting to have the newest fastest hardware and software so we had no choice but to either buy, beg or steal these things to get them. We learned to swap parts, add parts, remove parts, install an OS, uninstall the OS, run backups, store data and learn it all on our own because there was no easy internet social media community to help you. Software was constantly changing and we had to keep up by either buying expensive titles or we learned about Linux and open source software or we became digital pirates or both.
Now the digital landscape has changed. Younger generations prefer handheld devices so to them everything is solid state … they never can imagine changing the RAM, HDD, SSD, CPU, GPU or the PSU or even bothering to learn what those things are. Because everything is built in and no one (or very few) people bother with fixing or tinkering with anything. There are fewer people who learn about software and about how or where to find it, install it, configure it and run it. To new generations who only know the digital world through locked devices, there was less incentive to learn or even have access to know how these things worked.
We are the bridge generation. We got to see the world without the internet and the world with one. No one before us got to see what we saw, no one after us will experience what we went through. Our civilization dramatically changed during our lifetime and we got a front row seat.
The PSU is the only thing you can change easily. I love that everything is USB-C and that I can plug in everything, everywhere.
But I’m kind of happy everyone uses handhelds, I got really tired fixing everything for my entire family and friends.
“My printer seems to be defectiv…”
Entschuldige, ich kann kein Englisch. Muss weg, keine Zeit. Bye!
I work in Tech and this is my mantra: printers are Of the Devil.
My buddy worked tech support for a fairly large facility. They got tired of getting calls for a busted printer, only to walk all the way across the facility to discover it was out of paper. It got to the point that if someone called about a printer, they would wait an hour before responding. If nobody else called within that hour, they assumed the issue was resolved on its own.
I’m sure they got to us because they were too evil for hell and the devil itself got tired of them.
In healthcare IT there’s often a person who specializes in just printers. My friend makes a lot of money doing that.
It’s like all the old geezers who cum into carbeurators but like, shouldn’t they be happy that fuel-injection is a million times better and more reliable? I work on my own car and I can handle that shit in my driveway easy but these people seem to want more work to do. Yes, Fred, carbs make more sense for dirtbikes but oh my god otherwise shut up.
As for printers yea what the fuck. They all work differently even within the same company when all they need to do is take the exact same control module, maybe two versions of it, and slap it onto different bodies. But, instead, it’s just a giant fucking mess.
The PSU might be easy in practice but all those cords are daunting to the novice. Much easier to swap the RAM or even to take out and put in a new GPU.
Well, maybe things are easier now. My 12 year old PC build has a modular PSU with a bunch of different cords.
The comp for an older generation is cars. Cars saw similar growth and adoption in the 50s-80s. And they had similar growing pains, reliability and maintenance issues were common place. So being able to perform maintenance and having an understanding of how they work was far more wide spread than just hobbyist and professionals.
As cars advanced the need to perform field maintenance and ad hoc repairs became less required so future generations (on average) became less knowledgeable and skilled at various car repair (and modification) activities, because cars just work now so there’s really no need to worry about learning how to fix minor issues, because they’re just not a common problem.
Case in point: I drive an EV and I don’t think there’s a damn thing I personally can do to fix it other than maybe change a tire. It doesn’t even have a spare and I wouldn’t even know how anyway.
My god, I’m the iPad kid of cars.
It’s a deliberate choice by companies because they sell you the thing, and the service to fix the thing.
There’s a lot you can still do. All the suspension, battery cooler pump, brakes, wheel bearings, a ton of things to do with the electrical system and lights, fuses and relays, window and lock motors, blinker arms and switches, fluid changes, hvac and ac components, the traction motors themselves…generally the only thing hard for a shade tree mechanic is the battery itself. They’re really heavy and hard to remove.
Now some components are going to be hard to get a hold of because there isn’t any third party companies making replacements, but eventually as need arises, they’ll get made. Until then there’s places like pick n pull where you can go take used parts off used vehicles or buy used and tested components from ebay if the manufacturer won’t sell you something. I bought a new oem hybrid battery just a couple years ago from a Toyota dealership and installed it myself.
You also can’t wrench on a car anymore in the way you used to. It’s all computerized and you need special software to access and configure parts.
I can’t replace my airbags without special pairing software that cost tens of thousands of dollars. It’s unlikely that I’ll learn by performing the repair because the tools are no longer available.
Eh…that’s still pretty doable. Many things actually got easier for auto work. A $12 bluetooth obdII dongle and a $4 piece of software on your phone will give you most all the trouble codes you need to diagnose problems, and that’s it it doesn’t outright tell you the issue. Almost no car parts are parts paired and thanks to the internet there’s guides that are way better than a Haines manual to show you how to fix things, as well as a dozen different places to order parts from.
In the past 15 years the only time I’ve used a mechanic was to replace a clutch.
Here I am at 41 and know how to screw with everything. I stayed inquisitive and stayed a tight ass. I think I’ve paid for a professional to do something twice in the past 20 years. I didn’t want to take on the task of replacing a clutch on a front wheel drive suv on the ground in my driveway.
The difference is that you don’t need to be car savvy not to get into an accident. But you do need to be tech savvy not to be at risk of cyberthreats.
Drivers truly don’t need to know how a car works, software is not like that.
Also, you can get by without a car, whereas most people need at least an email address.
Edit: I don’t understand the downvotes. Do people think that you need to know about how engines work to drive a car. Or do people don’t think you need to understand file structure to manage excel files?
My 13 y o niece had no idea how to uninstall a program on a PC. I was a little stunned.
My government teacher in 12th grade got hit with an RIAA suit for seeding thousands of hours of music on Kazaa. When she found out that it was “illegal pirating” she deleted the icon off the desktop and thought she was done.
She never had to deal with a 4GB hard drive running out of space :-/
Defragmenting often to free up some precious megabytes. I felt like the king of the world upgrading from 4 to 20 GB.
Now I treat a few gigabytes the way I used to treat a few megabytes (like they’re nothing)
Great write up
Very eloquently put.
It’s not like your bridge generation is the only one that know how to use a computer. To me it seems that there are a few ‘experts’ in each generation and the others don’t bother learning it. This is pretty normal and called specialization, the thing that civilization allows us to do.
I grew up with computers, there was no strict need to change OSes or even hardware (of you got prebuilts). Even so, it’s amazing what unrestricted Internet access and an interest in videogames can lead to. And I know a lot of others who either have at least the basic skills, or are studying Computer science together with me.
Perhaps there are trends in each generation, but acting like it’s just one generation that can do computer things is just wrong.
Poverty is also a driving force. I’ve never had a lot of money so I had to be creative in order to do a lot of things. I know how to fix repair and even build my own house. I know how to fix and maintain most things with all my vehicles. I know how to build fix and maintain my own computer systems because I could never afford expensive devices or to pay anyone to fix things for me.
Because I couldn’t afford much, I’ve instead had to spend most of my time doing things myself.
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