A Russian Slot Machine Hack Is Costing Casinos Big Time
https://www.wired.com/2017/02/russians-engineer-brilliant-slot-machine-cheat-casinos-no-fix/
All of the various findings, articles, videos, pictures, and other stuff I dig up on the web. Anything on this site was posted by me. Any opinion expressed here is only my own
Showing posts with label games. Show all posts
Showing posts with label games. Show all posts
2017/02/07
2016/08/22
More empty threats
U.S.-South Korea War Games Begin Despite Threats From North Korea : The Two-Way : NPR http://www.npr.org/sections/thetwo-way/2016/08/22/490921432/u-s-south-korea-war-games-begin-despite-threats-from-north-korea
One day though, this lunatic might make good on his threats though.
2016/04/05
Social Media minus Social
http://www.slate.com/articles/technology/future_tense/2016/04/miitomo_reviewed_nintendo_s_first_mobile_app_is_social_media_at_its_worst.html
2011/09/09
For the Gamers out there.........
here is a weekend ready post for you just in case you needed something to do this weekend.....
Reset Glitch Hack
From their Blog/wiki website. seems like quite an effort to go through for this.....
"""
We found that by sending a tiny reset pulse to the processor while it is slowed down does not reset it but instead changes the way the code runs, it seems it's very efficient at making bootloaders memcmp functions always return "no differences". memcmp is often used to check the next bootloader SHA hash against a stored one, allowing it to run if they are the same. So we can put a bootloader that would fail hash check in NAND, glitch the previous one and that bootloader will run, allowing almost any code to run.
"""
Reset Glitch Hack
From their Blog/wiki website. seems like quite an effort to go through for this.....
"""
We found that by sending a tiny reset pulse to the processor while it is slowed down does not reset it but instead changes the way the code runs, it seems it's very efficient at making bootloaders memcmp functions always return "no differences". memcmp is often used to check the next bootloader SHA hash against a stored one, allowing it to run if they are the same. So we can put a bootloader that would fail hash check in NAND, glitch the previous one and that bootloader will run, allowing almost any code to run.
"""
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