Need a simple end to end encrypted email solution, and for regular users to understand that solution isn't Gmail for fax to die. The health and financial sectors are keeping fax alive, and it isn't completely their fault.
Correct me if I’m wrong but fax isn’t end to end encrypted so how is it deemed more secure than email which also isn’t end to end encrypted (by default).
I suppose it has more to do with the opportunity for a significant breach. The healthcare provider's email system is a big target full of exploits. Fax is also ~~HIPPA~~HIPAA compliant, email is not.
Yeah I just love having my cancer diagnosis sent in plaintext over copper wire such that anyone with a dollar store audio recorder and physical access to the wire can intercept. If there's one thing 19th century data transmission tech is known for, it's security and privacy.
Is it too much to ask that hospitals use the literally decades old AES standard for sending medical data?
Probably a case of legislative inertia and tried-and-true practices. It's also a thing that's mostly limited to the US, I feel like. I want to say many other Western countries have digital systems in place (maybe not the BEST digital systems, but something better than fax).
Fax is not end-to-end encrypted. Not even sure it's encrypted in transit. But it is also something that doesn't rely on a third party provider storing all your data indefinitely and then losing it all in a data breach. Of course, that doesn't stop people from hooking up to a virtual fax service that might store info on a server... but still...
Gas stoves. Yeah, real smart to use a source of pollution inside your home. Electric ranges have been available for decades. Recently available induction stoves are like magic. Yet people cling to cooking with fire.
Agreed, but I really miss the sheer power of gas stoves. Wondering if they make (or if I can make) souped-up versions of electric or induction stoves. Or do I just have a really weak electric stove?
I think you might just have a really weak one, or poor compatibility pots? I've had both, and if anything my gas burners feel a little slower and cooler than my induction stove did.
I found if the pot makes solid contact with the electric elements the electric can actually heat up water faster than gas. But if the bottom of your pan isn't flat or the element is warped, they are really, really, really slow.
My experience has been with gas (fast), electric resistive with exposed and warped elements (slow), electric resistive with a glass top (fastest).
This entry was edited (Tuesday 8 July 2025, 01:36)
Our induction plate rivals the power of the electric range in this apartment. Our previous induction plates were on par with our gas stove. Am hoping for even more power when I upgrade to a built in induction range that’s wired into 240v.
I live in a country with abhorrently unreliable electricity.
Even now that I have solar and even if I mostly (85%+) cook on a plug-in resistance hob and electric oven, gas is just unbeatable as a backup during the winter. No sun? Grid down? Milk boiled over and got into the hob’s thermostat? Need to cook more than one pot at a time? Israel decided to bomb a fucking residential substation for no reason again? Power company operator decided to accidentally pull an epic prank and route the wrong voltage to everyone’s house, frying a whole town’s fridges, during a year when people couldn’t afford to replace them (I can’t find an English article to link but I promise this happened)? No problemo
I also got a plug-in ~~induction~~ infrared plate and while it is pretty much magical it also makes my inverter shit itself uncontrollably (all my LED lights flicker and it makes an uncomfortable noise) so I really only use it when the ”good” grid is on (the bad one can’t handle it, the good one is the one from the prank above)
... Show more...
I live in a country with abhorrently unreliable electricity.
Even now that I have solar and even if I mostly (85%+) cook on a plug-in resistance hob and electric oven, gas is just unbeatable as a backup during the winter. No sun? Grid down? Milk boiled over and got into the hob’s thermostat? Need to cook more than one pot at a time? Israel decided to bomb a fucking residential substation for no reason again? Power company operator decided to accidentally pull an epic prank and route the wrong voltage to everyone’s house, frying a whole town’s fridges, during a year when people couldn’t afford to replace them (I can’t find an English article to link but I promise this happened)? No problemo
I also got a plug-in ~~induction~~ infrared plate and while it is pretty much magical it also makes my inverter shit itself uncontrollably (all my LED lights flicker and it makes an uncomfortable noise) so I really only use it when the ”good” grid is on (the bad one can’t handle it, the good one is the one from the prank above).
You can pry my backup butane from my cold dead hands. I replace the tank less than once a year, it’s fine. Not everyone who wants this option to stay is a regressive cultist.
This entry was edited (Tuesday 8 July 2025, 13:56)
I do have an oversized battery buffer. Most people are discouraged from cooking or using any resistive load on the batteries, but I opted to invest in a bigger battery backup specifically to be able to do that, it’s why I said 85%+ and not like 40%. The battery buffer really is the point of this system, having 24/7 electricity in my home that I can pull over 20 amperes out of at the drop of a hat is without a question the most decadent luxury I have ever experienced. That’s not something I can just hook up to my house.
If I reconnect the grid-charging circuit, it is more than enough in the winter months nowadays (the grid was down more often in 2020-2023). But that gets really expensive, and relying on the grid is not wise.
If I use the secondary (mafia) grid more frequently (as I did in 2020-2023 out of necessity) I can pull a tiny amount of amps at an extortionate kWh rate, that’s enough to keep things like the fridge and lights and the water pump running. But turn on one hot plate or accidentally use the microwave, turn on the heater to the wrong s
... Show more...
I do have an oversized battery buffer. Most people are discouraged from cooking or using any resistive load on the batteries, but I opted to invest in a bigger battery backup specifically to be able to do that, it’s why I said 85%+ and not like 40%. The battery buffer really is the point of this system, having 24/7 electricity in my home that I can pull over 20 amperes out of at the drop of a hat is without a question the most decadent luxury I have ever experienced. That’s not something I can just hook up to my house.
If I reconnect the grid-charging circuit, it is more than enough in the winter months nowadays (the grid was down more often in 2020-2023). But that gets really expensive, and relying on the grid is not wise.
If I use the secondary (mafia) grid more frequently (as I did in 2020-2023 out of necessity) I can pull a tiny amount of amps at an extortionate kWh rate, that’s enough to keep things like the fridge and lights and the water pump running. But turn on one hot plate or accidentally use the microwave, turn on the heater to the wrong setting (or the AC to the right setting but at the wrong time) and you have to cover up to get to the freezing street to switch the breaker back on. Sounds obnoxious? Well pre-solar that was the only option for 12+ hours of the day. I remember going down to flip the breaker over twenty times one day as a kid.
Let’s not get into the water situation. I just spent a weekend grappling with neighbors and floater valves.
This entry was edited (Wednesday 9 July 2025, 06:47)
I like cooking with fire. Temperature changes (especially reduction of heat) are much faster than resistive electric, and when cooking on an unfamiliar stove, it's easy to tell what's going on; I don't have to guess what "6" means on a dial because I can look at the fire and see.
Both the awareness that gas stoves are a significant source of pollution (mostly nitrogen oxides) and availability of induction are fairly recent and not universally distributed. I'd accept the pollution for a better cooking experience than resistive electric, but induction is pretty compelling all things considered.
Besides wind turbines and some solar power, all of our power plants are essentially fancy steam engines turning turbines. We've been generating power using water to spin wheels of increasing complexity for thousands of years. Wind as well, though it's not as prevalent in the modern era.
I'm sure that anyone working in a hospital can cough up a few dozen more.
RISUG has been invented in 1978, is reversable, cheaper, zero side effects, and with so far 0% failure rate when implemented properly, Vasalgel, an improvement on RISUG by having a longer shelf-life, has been invented around 2015.
So this stuff has been invented in the same year Star Wars hit the theaters, had gone through all trials multiple times with flying colors, and instead we use knives and pills with large side effects.
If any invention could be been ubiquitous in use at a much earlier stage, then this would be it. It could and should have been widely used by the 1980's.
For animal testing we have 3D printed human tissue. So why test on animals if your question is "Does this stuff work on human tissue?" The answer you'll be getting is whether or not it works on mice. Mice are not human.
This entry was edited (Tuesday 8 July 2025, 13:30)
Imagine the world as we know it is a work of speculative fiction: you're reading a book about a world that has harnessed the power of electricity to achieve all kinds of incredible things. Electric power's not just magic, though, right? This is hard sci-fi, there are technical limitations on how this fantastical technology works. There are ways to generate electricity enough for everyone to use but to actually use it they need the electricity to travel long distances from its source to their location and the route is required to be more or less contiguous.
Now electricity, according to this wild sci-fi premise, is a force that kind of wants to travel; it is possible for it to move, then it will. And I said "more or less contiguous" up there because it can actually cross small gaps as long as the rest of the route remains valid. And one thing it is possible for it to move through is a human body, which can be nightmarishly harmful to the human it travels through. Indeed, there is a history of intentionally placing humans into that route in order to execute them. And
... Show more...
Imagine the world as we know it is a work of speculative fiction: you're reading a book about a world that has harnessed the power of electricity to achieve all kinds of incredible things. Electric power's not just magic, though, right? This is hard sci-fi, there are technical limitations on how this fantastical technology works. There are ways to generate electricity enough for everyone to use but to actually use it they need the electricity to travel long distances from its source to their location and the route is required to be more or less contiguous.
Now electricity, according to this wild sci-fi premise, is a force that kind of wants to travel; it is possible for it to move, then it will. And I said "more or less contiguous" up there because it can actually cross small gaps as long as the rest of the route remains valid. And one thing it is possible for it to move through is a human body, which can be nightmarishly harmful to the human it travels through. Indeed, there is a history of intentionally placing humans into that route in order to execute them. And living creatures aren't the only thing it can harm: electricity traveling through a flammable medium can start fires and, if misdirected in some way, can even destroy the very technology it's being harnessed to power.
Even setting aside the destruction it can cause should it end up traveling where they don't want it to travel, there is also the fact that if it fails to travel along the desired route then electrical technology that people have built their lives around will simply stop functioning. There are ways to generate one's own limited supply of electricity as a stopgap until the main course is reestablished but most people in the setting don't have that and it's a temporary measure even if they do. And I don't just mean stuff like their business failing to function, I mean that even the basic day to day operations of their lives will fail. They have stores of food kept safely cold by electrical technology that will spoil if the electricity stops, they have kitchens that run on electricity to cook that food even if the ingredients are still good, and most of them never learned how to do these kinds of basic things the old fashioned way and if they want to learn how then their primary source for information is itself a technology that requires electricity to function.
So you're talking to a friend about this book you've been reading about this electrical world. And your friend asks you about these "routes" you told them the electricity travels along:
"How do they move this super dangerous yet super integral substance across such long distances that even people in the middle of nowhere have access to it?"
"For the millionth time, it's not a substance."
"Whatever it is, how do they get it from A to B?"
"Well... mostly they the put wires that conduct it on top of thirty foot tall wooden posts."
"Wouldn't those just fall down whenever there's bad weather?"
"Yeah, 'power outages' as they call them are not entirely infrequent."
"So these wooden posts that if they fall over could start fires or kill bystanders or, like, melt stuff. They keep all that away from where people are at least?"
"Well, okay, I was simplifying. There's these bigger and sturdier metal constructions for carrying wire the longest distances and they build those in the middle of nowhere. These wooden posts that fall down easily are mostly situated around where people are, like roadsides. They were first on my mind because they're more what's present where the story takes place."
"Didn't you say earlier they've all got these individually operated vehicles on the roads that are measured in the strength of dozens of horses, thousands of pounds of metal that move faster than jungle cats? Wouldn't they just hit the poles by accident and, like, demolish them?"
"Yeah that happens sometimes."
"...I guess I'm being uncharitable. If I were in this scenario I'd probably be more excited and not thinking as clearly as I do from this distance. It makes sense that such a radical new technology would have some unforeseen negative consequences."
"Actually it's not new. Electrical power's been commonplace for something like a century as of when the story takes place. The characters don't remember a world without it."
"And they're still just... putting it on sticks?"
This entry was edited (Tuesday 8 July 2025, 15:05)
"To be fair, some of the characters started running the cables underground in those populated areas."
"Oh, that makes sense. So they probably have those marked and don't have to worry about them?"
"Mostly. They don't actually mark them, and most characters don't know where they are. If they need to dig, they have to find them each time. Sometimes they forget to find them first."
I think there have been great advances in comfort and convenience factors. The toilet itself and the valve system, hasn't changed in 80 years. It feels like a technology that should have been eclipsed to something more efficient and easier for the sanitary sewer system to handle.
Microwave because it is an old tech that was so ahead of its time... If it didn't exist and was invented today it would be such a hit! Personally I believe it was invented by aliens or a time traveler.
bizarroland
in reply to TheImpressiveX • • •It is time for the fax machine to die.
It has been time for the fax Machine to die for the last 18 years.
For the love of God somebody, please kill the fax machine.
thesystemisdown
in reply to bizarroland • • •Link
in reply to thesystemisdown • • •thesystemisdown
in reply to Link • • •HiddenLayer555
in reply to thesystemisdown • • •Yeah I just love having my cancer diagnosis sent in plaintext over copper wire such that anyone with a dollar store audio recorder and physical access to the wire can intercept. If there's one thing 19th century data transmission tech is known for, it's security and privacy.
Is it too much to ask that hospitals use the literally decades old AES standard for sending medical data?
like this
Mark likes this.
projectmoon
in reply to Link • • •Re: What old technology are you surprised is still in use today?
Probably a case of legislative inertia and tried-and-true practices. It's also a thing that's mostly limited to the US, I feel like. I want to say many other Western countries have digital systems in place (maybe not the BEST digital systems, but something better than fax).
Fax is not end-to-end encrypted. Not even sure it's encrypted in transit. But it is also something that doesn't rely on a third party provider storing all your data indefinitely and then losing it all in a data breach. Of course, that doesn't stop people from hooking up to a virtual fax service that might store info on a server... but still...
sorghum
in reply to thesystemisdown • • •computer program for data encryption, primarily in email (PGP)
Contributors to Wikimedia projects (Wikimedia Foundation, Inc.)pepsison52895
in reply to bizarroland • • •zaphodb2002
in reply to bizarroland • • •lettruthout
in reply to TheImpressiveX • • •monovergent
in reply to lettruthout • • •EnsignWashout
in reply to monovergent • • •I think you might just have a really weak one, or poor compatibility pots? I've had both, and if anything my gas burners feel a little slower and cooler than my induction stove did.
BombOmOm
in reply to monovergent • • •I found if the pot makes solid contact with the electric elements the electric can actually heat up water faster than gas. But if the bottom of your pan isn't flat or the element is warped, they are really, really, really slow.
My experience has been with gas (fast), electric resistive with exposed and warped elements (slow), electric resistive with a glass top (fastest).
Allero
in reply to monovergent • • •My induction hob can heat things up faster than gas
It's a combination of high power and high efficiency
lazynooblet
in reply to Allero • • •Yeah same. Water in a pan begins to sound like it's going to boil soon pretty much as soon as it's turned on.
Those that prefer gas over induction must have had some crappy induction hob to compare to.
Lukaro
in reply to lazynooblet • • •lettruthout
in reply to monovergent • • •Thavron
in reply to monovergent • • •ggtdbz
in reply to lettruthout • • •I live in a country with abhorrently unreliable electricity.
Even now that I have solar and even if I mostly (85%+) cook on a plug-in resistance hob and electric oven, gas is just unbeatable as a backup during the winter. No sun? Grid down? Milk boiled over and got into the hob’s thermostat? Need to cook more than one pot at a time? Israel decided to bomb a fucking residential substation for no reason again? Power company operator decided to accidentally pull an epic prank and route the wrong voltage to everyone’s house, frying a whole town’s fridges, during a year when people couldn’t afford to replace them (I can’t find an English article to link but I promise this happened)? No problemo
I also got a plug-in ~~induction~~ infrared plate and while it is pretty much magical it also makes my inverter shit itself uncontrollably (all my LED lights flicker and it makes an uncomfortable noise) so I really only use it when the ”good” grid is on (the bad one can’t handle it, the good one is the one from the prank above)
... Show more...I live in a country with abhorrently unreliable electricity.
Even now that I have solar and even if I mostly (85%+) cook on a plug-in resistance hob and electric oven, gas is just unbeatable as a backup during the winter. No sun? Grid down? Milk boiled over and got into the hob’s thermostat? Need to cook more than one pot at a time? Israel decided to bomb a fucking residential substation for no reason again? Power company operator decided to accidentally pull an epic prank and route the wrong voltage to everyone’s house, frying a whole town’s fridges, during a year when people couldn’t afford to replace them (I can’t find an English article to link but I promise this happened)? No problemo
I also got a plug-in ~~induction~~ infrared plate and while it is pretty much magical it also makes my inverter shit itself uncontrollably (all my LED lights flicker and it makes an uncomfortable noise) so I really only use it when the ”good” grid is on (the bad one can’t handle it, the good one is the one from the prank above).
You can pry my backup butane from my cold dead hands. I replace the tank less than once a year, it’s fine. Not everyone who wants this option to stay is a regressive cultist.
Jakeroxs
in reply to ggtdbz • • •ggtdbz
in reply to Jakeroxs • • •I do have an oversized battery buffer. Most people are discouraged from cooking or using any resistive load on the batteries, but I opted to invest in a bigger battery backup specifically to be able to do that, it’s why I said 85%+ and not like 40%. The battery buffer really is the point of this system, having 24/7 electricity in my home that I can pull over 20 amperes out of at the drop of a hat is without a question the most decadent luxury I have ever experienced. That’s not something I can just hook up to my house.
If I reconnect the grid-charging circuit, it is more than enough in the winter months nowadays (the grid was down more often in 2020-2023). But that gets really expensive, and relying on the grid is not wise.
If I use the secondary (mafia) grid more frequently (as I did in 2020-2023 out of necessity) I can pull a tiny amount of amps at an extortionate kWh rate, that’s enough to keep things like the fridge and lights and the water pump running. But turn on one hot plate or accidentally use the microwave, turn on the heater to the wrong s
... Show more...I do have an oversized battery buffer. Most people are discouraged from cooking or using any resistive load on the batteries, but I opted to invest in a bigger battery backup specifically to be able to do that, it’s why I said 85%+ and not like 40%. The battery buffer really is the point of this system, having 24/7 electricity in my home that I can pull over 20 amperes out of at the drop of a hat is without a question the most decadent luxury I have ever experienced. That’s not something I can just hook up to my house.
If I reconnect the grid-charging circuit, it is more than enough in the winter months nowadays (the grid was down more often in 2020-2023). But that gets really expensive, and relying on the grid is not wise.
If I use the secondary (mafia) grid more frequently (as I did in 2020-2023 out of necessity) I can pull a tiny amount of amps at an extortionate kWh rate, that’s enough to keep things like the fridge and lights and the water pump running. But turn on one hot plate or accidentally use the microwave, turn on the heater to the wrong setting (or the AC to the right setting but at the wrong time) and you have to cover up to get to the freezing street to switch the breaker back on. Sounds obnoxious? Well pre-solar that was the only option for 12+ hours of the day. I remember going down to flip the breaker over twenty times one day as a kid.
Let’s not get into the water situation. I just spent a weekend grappling with neighbors and floater valves.
Zak
in reply to lettruthout • • •I like cooking with fire. Temperature changes (especially reduction of heat) are much faster than resistive electric, and when cooking on an unfamiliar stove, it's easy to tell what's going on; I don't have to guess what "6" means on a dial because I can look at the fire and see.
Both the awareness that gas stoves are a significant source of pollution (mostly nitrogen oxides) and availability of induction are fairly recent and not universally distributed. I'd accept the pollution for a better cooking experience than resistive electric, but induction is pretty compelling all things considered.
Hanrahan
in reply to TheImpressiveX • • •Allero
in reply to TheImpressiveX • • •like this
HeerlijkeDrop likes this.
Jankatarch
in reply to Allero • • •All Ice In Chains
in reply to TheImpressiveX • • •like this
HeerlijkeDrop likes this.
calidris [he/him, comrade/them]
in reply to TheImpressiveX • • •comfy
in reply to TheImpressiveX • • •COBOL
Well, I was surprised at the time...
programming language with English-like syntax
Contributors to Wikimedia projects (Wikimedia Foundation, Inc.)mystic-macaroni
in reply to TheImpressiveX • • •like this
HeerlijkeDrop likes this.
hankthetankie [none/use name]
in reply to TheImpressiveX • • •like this
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Paddy66
in reply to TheImpressiveX • • •like this
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folaht
in reply to TheImpressiveX • • •RISUG has been invented in 1978,
is reversable, cheaper, zero side effects,
and with so far 0% failure rate when implemented properly,
Vasalgel, an improvement on RISUG by having a longer shelf-life,
has been invented around 2015.
So this stuff has been invented in the same year Star Wars hit the theaters,
had gone through all trials multiple times with flying colors,
and instead we use knives and pills with large side effects.
If any invention could be been ubiquitous in use at a much earlier stage,
then this would be it.
It could and should have been widely used by the 1980's.
For animal testing we have 3D printed human tissue.
So why test on animals if your question is "Does this stuff work on human tissue?"
The answer you'll be getting is whether or not it works on mice.
Mice are not human.
kossa
in reply to folaht • • •As I was thinking of getting a vasectomy, you got me curious. But it is still in clinical trials according to Wikipedia
en.m.wikipedia.org/wiki/Revers…
For the animal trials: we could cut them down by a lot, but experimenting on tissue is not the same as on a full body and its complex system.
development name of a male contraceptive injection developed at IIT Kharagpur in India
Contributors to Wikimedia projects (Wikimedia Foundation, Inc.)folaht
in reply to kossa • • •Risug is in trials forever.
It's very likely to have been
deliberately held back for decades now
by a true conspiracy and for petty reasons.
Stepos Venzny
in reply to TheImpressiveX • • •Imagine the world as we know it is a work of speculative fiction: you're reading a book about a world that has harnessed the power of electricity to achieve all kinds of incredible things. Electric power's not just magic, though, right? This is hard sci-fi, there are technical limitations on how this fantastical technology works. There are ways to generate electricity enough for everyone to use but to actually use it they need the electricity to travel long distances from its source to their location and the route is required to be more or less contiguous.
Now electricity, according to this wild sci-fi premise, is a force that kind of wants to travel; it is possible for it to move, then it will. And I said "more or less contiguous" up there because it can actually cross small gaps as long as the rest of the route remains valid. And one thing it is possible for it to move through is a human body, which can be nightmarishly harmful to the human it travels through. Indeed, there is a history of intentionally placing humans into that route in order to execute them. And
... Show more...Imagine the world as we know it is a work of speculative fiction: you're reading a book about a world that has harnessed the power of electricity to achieve all kinds of incredible things. Electric power's not just magic, though, right? This is hard sci-fi, there are technical limitations on how this fantastical technology works. There are ways to generate electricity enough for everyone to use but to actually use it they need the electricity to travel long distances from its source to their location and the route is required to be more or less contiguous.
Now electricity, according to this wild sci-fi premise, is a force that kind of wants to travel; it is possible for it to move, then it will. And I said "more or less contiguous" up there because it can actually cross small gaps as long as the rest of the route remains valid. And one thing it is possible for it to move through is a human body, which can be nightmarishly harmful to the human it travels through. Indeed, there is a history of intentionally placing humans into that route in order to execute them. And living creatures aren't the only thing it can harm: electricity traveling through a flammable medium can start fires and, if misdirected in some way, can even destroy the very technology it's being harnessed to power.
Even setting aside the destruction it can cause should it end up traveling where they don't want it to travel, there is also the fact that if it fails to travel along the desired route then electrical technology that people have built their lives around will simply stop functioning. There are ways to generate one's own limited supply of electricity as a stopgap until the main course is reestablished but most people in the setting don't have that and it's a temporary measure even if they do. And I don't just mean stuff like their business failing to function, I mean that even the basic day to day operations of their lives will fail. They have stores of food kept safely cold by electrical technology that will spoil if the electricity stops, they have kitchens that run on electricity to cook that food even if the ingredients are still good, and most of them never learned how to do these kinds of basic things the old fashioned way and if they want to learn how then their primary source for information is itself a technology that requires electricity to function.
So you're talking to a friend about this book you've been reading about this electrical world. And your friend asks you about these "routes" you told them the electricity travels along:
"How do they move this super dangerous yet super integral substance across such long distances that even people in the middle of nowhere have access to it?"
"For the millionth time, it's not a substance."
"Whatever it is, how do they get it from A to B?"
"Well... mostly they the put wires that conduct it on top of thirty foot tall wooden posts."
"Wouldn't those just fall down whenever there's bad weather?"
"Yeah, 'power outages' as they call them are not entirely infrequent."
"So these wooden posts that if they fall over could start fires or kill bystanders or, like, melt stuff. They keep all that away from where people are at least?"
"Well, okay, I was simplifying. There's these bigger and sturdier metal constructions for carrying wire the longest distances and they build those in the middle of nowhere. These wooden posts that fall down easily are mostly situated around where people are, like roadsides. They were first on my mind because they're more what's present where the story takes place."
"Didn't you say earlier they've all got these individually operated vehicles on the roads that are measured in the strength of dozens of horses, thousands of pounds of metal that move faster than jungle cats? Wouldn't they just hit the poles by accident and, like, demolish them?"
"Yeah that happens sometimes."
"...I guess I'm being uncharitable. If I were in this scenario I'd probably be more excited and not thinking as clearly as I do from this distance. It makes sense that such a radical new technology would have some unforeseen negative consequences."
"Actually it's not new. Electrical power's been commonplace for something like a century as of when the story takes place. The characters don't remember a world without it."
"And they're still just... putting it on sticks?"
like this
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owenfromcanada
in reply to Stepos Venzny • • •"To be fair, some of the characters started running the cables underground in those populated areas."
"Oh, that makes sense. So they probably have those marked and don't have to worry about them?"
"Mostly. They don't actually mark them, and most characters don't know where they are. If they need to dig, they have to find them each time. Sometimes they forget to find them first."
geneva_convenience
in reply to TheImpressiveX • • •Dessalines
in reply to geneva_convenience • • •George jetson house, what they thought the future would look like in 1960:
corsicanguppy
in reply to geneva_convenience • • •I'm only impressed to learn that the houses for sale in this area for 1.8m are 110 years old and 110x as expensive as when built.
vomitproject
in reply to TheImpressiveX • • •Jimmycrackcrack
in reply to vomitproject • • •vomitproject
in reply to Jimmycrackcrack • • •HalifaxJones
in reply to TheImpressiveX • • •BeatTakeshi
in reply to TheImpressiveX • • •If it didn't exist and was invented today it would be such a hit!
Personally I believe it was invented by aliens or a time traveler.
Hyacin (He/Him)
in reply to TheImpressiveX • • •2D screens (or screens at all maybe?)
Keyboards.
1hitsong
in reply to TheImpressiveX • • •some_random_nick
in reply to 1hitsong • • •daggermoon
in reply to 1hitsong • • •Andrei
in reply to TheImpressiveX • • •like this
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xia
in reply to TheImpressiveX • • •Mark
in reply to xia • •Asklemmy reshared this.
HobbitFoot
in reply to xia • • •