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A four-panel xkcd comic shows two stick figure characters: one standing and one sitting at a computer.

Panel 1:
The standing character points to a small box on the floor with a cord coming from it.
Standing character: “What’s this?”
Sitting character: “The cloud.”

Panel 2:
The standing character looks confused.
Standing character: “Huh? I always thought ‘the cloud’ was a huge, amorphous network of servers somewhere.”
Sitting character replies: “Yeah, but everyone buys server time from everyone else. In the end, they’re all getting it here.”

Panel 3:
The standing character asks: “How? You’re on a cable modem.”
The sitting character responds: “There’s a lot of caching.”
The standing character, now looking at the long cord stretched across the room, asks: “Should the cord be stretched across the room like this?”
Sitting character answers: “Of course. It has to reach the server, and the server is over there.”

Panel 4:
The cord stretches across the floor between them.
Standing character: “What if someone trips on it?”
Sitting character: “Who would want to do that? It sounds unpleasant.”
Standing character: “Uh. Sometimes people do stuff by accident.”
Sitting character: “I don’t think I know anybody like that.”

(alt text by ChatGPT)
A four-panel xkcd comic shows two stick figure characters: one standing and one sitting at a computer. Panel 1: The standing character points to a small box on the floor with a cord coming from it. Standing character: “What’s this?” Sitting character: “The cloud.” Panel 2: The standing character looks confused. Standing character: “Huh? I always thought ‘the cloud’ was a huge, amorphous network of servers somewhere.” Sitting character replies: “Yeah, but everyone buys server time from everyone else. In the end, they’re all getting it here.” Panel 3: The standing character asks: “How? You’re on a cable modem.” The sitting character responds: “There’s a lot of caching.” The standing character, now looking at the long cord stretched across the room, asks: “Should the cord be stretched across the room like this?” Sitting character answers: “Of course. It has to reach the server, and the server is over there.” Panel 4: The cord stretches across the floor between them. Standing character: “What if someone trips on it?” Sitting character: “Who would want to do that? It sounds unpleasant.” Standing character: “Uh. Sometimes people do stuff by accident.” Sitting character: “I don’t think I know anybody like that.” (alt text by ChatGPT)
A four-panel xkcd comic shows two stick figure characters: one standing and one sitting at a computer.

Panel 1:
The standing character points to a small box on the floor with a cord coming from it.
Standing character: “What’s this?”
Sitting character: “The cloud.”

Panel 2:
The standing character looks confused.
Standing character: “Huh? I always thought ‘the cloud’ was a huge, amorphous network of servers somewhere.”
Sitting character replies: “Yeah, but everyone buys server time from everyone else. In the end, they’re all getting it here.”

Panel 3:
The standing character asks: “How? You’re on a cable modem.”
The sitting character responds: “There’s a lot of caching.”
The standing character, now looking at the long cord stretched across the room, asks: “Should the cord be stretched across the room like this?”
Sitting character answers: “Of course. It has to reach the server, and the server is over there.”

Panel 4:
The cord stretches across the floor between them.
Standing character: “What if someone trips on it?”
Sitting character: “Who would want to do that? It sounds unpleasant.”
Standing character: “Uh. Sometimes people do stuff by accident.”
Sitting character: “I don’t think I know anybody like that.”

(alt text by ChatGPT)
A four-panel xkcd comic shows two stick figure characters: one standing and one sitting at a computer. Panel 1: The standing character points to a small box on the floor with a cord coming from it. Standing character: “What’s this?” Sitting character: “The cloud.” Panel 2: The standing character looks confused. Standing character: “Huh? I always thought ‘the cloud’ was a huge, amorphous network of servers somewhere.” Sitting character replies: “Yeah, but everyone buys server time from everyone else. In the end, they’re all getting it here.” Panel 3: The standing character asks: “How? You’re on a cable modem.” The sitting character responds: “There’s a lot of caching.” The standing character, now looking at the long cord stretched across the room, asks: “Should the cord be stretched across the room like this?” Sitting character answers: “Of course. It has to reach the server, and the server is over there.” Panel 4: The cord stretches across the floor between them. Standing character: “What if someone trips on it?” Sitting character: “Who would want to do that? It sounds unpleasant.” Standing character: “Uh. Sometimes people do stuff by accident.” Sitting character: “I don’t think I know anybody like that.” (alt text by ChatGPT)
Cueball is shown literally digging through a pile of old files; which is a metaphor for looking through old files on his computer. The layers of the pile are arranged much like geological rock formations where older strata are deeper down than younger layers. The files are in concentric layers because each directory is embedded in the previous directory. Therefore, the "Documents" folder contains an "Old Desktop" folder, which contains a folder with files recovered from an older system, which itself contains a "My Documents" folder, which contains a folder with files copied from a Zip Disk from high school. The result is that files from high school have survived in his present-day machine. These older folders serve as a time capsule of sorts, storing old files from AOL, NYET, and Kazaa. These files are meant to be analogous to the fossils and artifacts found in lower, older rock layers.

The sizes of the files decrease as Cueball goes deeper, since data storage has gotten cheaper over time. When the Zip Drive first came out, it cost $200 USD (plus $20 per 100 MB floppy). As of 2019, $200 could buy you at least an 8 TB portable external hard drive. In the 1990s, during AOL's heyday, 10+ GB hard drives were prohibitively expensive and a terabyte of data was unimaginable to most users.

Deep down, Cueball discovers several files he is surprised about, including a poetry file which embarrasses him as he does not remember writing poetry.
Cueball is shown literally digging through a pile of old files; which is a metaphor for looking through old files on his computer. The layers of the pile are arranged much like geological rock formations where older strata are deeper down than younger layers. The files are in concentric layers because each directory is embedded in the previous directory. Therefore, the "Documents" folder contains an "Old Desktop" folder, which contains a folder with files recovered from an older system, which itself contains a "My Documents" folder, which contains a folder with files copied from a Zip Disk from high school. The result is that files from high school have survived in his present-day machine. These older folders serve as a time capsule of sorts, storing old files from AOL, NYET, and Kazaa. These files are meant to be analogous to the fossils and artifacts found in lower, older rock layers. The sizes of the files decrease as Cueball goes deeper, since data storage has gotten cheaper over time. When the Zip Drive first came out, it cost $200 USD (plus $20 per 100 MB floppy). As of 2019, $200 could buy you at least an 8 TB portable external hard drive. In the 1990s, during AOL's heyday, 10+ GB hard drives were prohibitively expensive and a terabyte of data was unimaginable to most users. Deep down, Cueball discovers several files he is surprised about, including a poetry file which embarrasses him as he does not remember writing poetry.
Cueball is shown literally digging through a pile of old files; which is a metaphor for looking through old files on his computer. The layers of the pile are arranged much like geological rock formations where older strata are deeper down than younger layers. The files are in concentric layers because each directory is embedded in the previous directory. Therefore, the "Documents" folder contains an "Old Desktop" folder, which contains a folder with files recovered from an older system, which itself contains a "My Documents" folder, which contains a folder with files copied from a Zip Disk from high school. The result is that files from high school have survived in his present-day machine. These older folders serve as a time capsule of sorts, storing old files from AOL, NYET, and Kazaa. These files are meant to be analogous to the fossils and artifacts found in lower, older rock layers.

The sizes of the files decrease as Cueball goes deeper, since data storage has gotten cheaper over time. When the Zip Drive first came out, it cost $200 USD (plus $20 per 100 MB floppy). As of 2019, $200 could buy you at least an 8 TB portable external hard drive. In the 1990s, during AOL's heyday, 10+ GB hard drives were prohibitively expensive and a terabyte of data was unimaginable to most users.

Deep down, Cueball discovers several files he is surprised about, including a poetry file which embarrasses him as he does not remember writing poetry.
Cueball is shown literally digging through a pile of old files; which is a metaphor for looking through old files on his computer. The layers of the pile are arranged much like geological rock formations where older strata are deeper down than younger layers. The files are in concentric layers because each directory is embedded in the previous directory. Therefore, the "Documents" folder contains an "Old Desktop" folder, which contains a folder with files recovered from an older system, which itself contains a "My Documents" folder, which contains a folder with files copied from a Zip Disk from high school. The result is that files from high school have survived in his present-day machine. These older folders serve as a time capsule of sorts, storing old files from AOL, NYET, and Kazaa. These files are meant to be analogous to the fossils and artifacts found in lower, older rock layers. The sizes of the files decrease as Cueball goes deeper, since data storage has gotten cheaper over time. When the Zip Drive first came out, it cost $200 USD (plus $20 per 100 MB floppy). As of 2019, $200 could buy you at least an 8 TB portable external hard drive. In the 1990s, during AOL's heyday, 10+ GB hard drives were prohibitively expensive and a terabyte of data was unimaginable to most users. Deep down, Cueball discovers several files he is surprised about, including a poetry file which embarrasses him as he does not remember writing poetry.