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Many of us have fond memories of playingDOOM.
For some of us, it was our first game ever.
1A Pregnancy Test
At least one person has thought: “You know what would be cool?
PlayingDOOMon a pregnancy test!”
Congratulations, it’s a space marine!
This hack involvedexploiting the ATMs hardware to run custom software, includingDOOM.
Hacking an ATM to runDOOMrequires bypassing its security systems andinstalling custom firmwarecapable of supporting the game.
Imagine having to actually slip your card into the machine to open a door.
3Smartwatch
Smartwatches are pretty amazing little devices, but can they runDOOM?
Of course they can!
Porting the game to a smartwatchinvolves significant modificationto adapt the games code for the watchs operating system.
Despite the tiny screen and cumbersome controls, playingDOOMon your wrist showcases the game’s adaptability.
It’s a good test of how much efficiency an engineer can wring out of the code.
RunningDOOMon camera hardware requires rewriting the cameras firmware and using its small screen as the display.
Although it affects the cameras primary functionality, its a testament to the creativity of tech enthusiasts.
Rewriting the firmware of a digital camera is complex, often involving reverse engineering and custom code.
Developerstypically use external tools to load the gameonto the camera, leveraging its small screen for display.
PortingDOOMto the gadget involvesreprogramming the thermostats interfaceto fire off the games software.
This hack involves installing custom firmware on the thermostat.
Developers often use lightweight versions ofDOOMfor this purpose.
We’re talking about runningDOOMon the printer’s tiny display.
By hacking the printers firmware, developers have managed to use small, often monochrome, displays to runDOOM.
The playability is extremely limited, but it serves as aunique proof of concept.
Hacking a printer to run DOOM involves using security bypasses and utilizing its control panel for gameplay.
It’s cool to see it running, but the gameplay experience leaves a lot to be desired.
coli Cells
Talk about ambition!
It has also been used to render each frame of DOOM.
This process is not only fascinating but also incredibly slow.
Rendering a single frame takes hours, and running the entire game wouldtheoretically take half a millennium.
This hack involves programming the TI-83+ to handle the games graphics and controls.
For students, this transforms a mundane educational tool into an unexpected source of entertainment.
PortingDOOMto a graphing calculator requires detailed knowledge of the devices hardware and software.
Even so, there arehandy guides that teach peoplehow to turn their TI-83+ into aDOOMmachine.
The result is a playable, if rudimentary, version ofDOOMthat brings a bit of fun to the classroom.
This hack exploits the registers hardware to run custom software.
It’s probably not going to fly in a retail outlet, but it’s better than serving customers.
Hacking a McDonald’s cash register to runDOOMinvolves accessing its operating system and installing the games software.
McDonald’s registers run acustom operating system called PC POS.
This often requires bypassing security measures and adapting the games controls to the registers interface.
10Flipper Zero
This fringe hacking tool is another surprising location that can runDOOM.
The developers, fully aware that the question, “Can It RunDOOM?”
It even has sound!
DOOMis a cultural phenomenon.
Since its inception in 1993, it’s remained a cultural touchpoint for gamers everywhere.
In addition to its numerous ports, there’s even a roguelike version ofDOOM.
