There is already a project underway to port linux to the X360....
http://www.free60.org/wiki/Main_Page
Tom Crews
http://www.free60.org/wiki/Main_Page
Tom Crews
Xenon/Xenos benchmarks
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tcrews said:
I wonder how that will work out (your link will provably provide the answer
, i'll check it out a little later). They will probably just utilize one core? and have the other sit idle or something. Would it require that much porthing though? Wouldn't all you need is a Linux Distro thats already ready for PPC CPUs?can you linkify??? or direct me the rightTitanio said:Who said anything about comparing?
From that POV, the most we could hope for would be some leaked paper from a publisher, like that one which I believe came out of EA a few years back that had figures for different systems.
wayTitanio said:Who said anything about comparing?
From that POV, the most we could hope for would be some leaked paper from a publisher, like that one which I believe came out of EA a few years back that had figures for different systems.
You happen to know where to get it now? I would like to take a peak at it for shits-n-giggles.
Bobbler said:
This was the one I was thinking of. Been ages since I've read it!
http://www.cs.brown.edu/~tor/sig2002/ea-shader.pdf
There are performance comparisons across the systems in the last part.
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The achilles heel of the XB360 is, as always, going to be software. At some point in the future, someone is going to ship a game with a buffer overflow. Hackers will then use this exploit to inject a loader onto the system in which to load their own shell. It's only a matter of time from there, until they figure out how to boot backup copies via this process. There may also be a flaw in the way the CPU based protections work that allows the PROM to be overridden.
Then there are more sophisticated hacks. If for example, the PROM checksum is based on a CRC or MD5, a replacement prom can be created that checksums to the same values. (MD5 has been broken recently)
Also, it may be possible to trick the CPU into encrypting a PROM for you with its internal key. In which case, the process of installing a modchip would be more complicated, but would involve first using an buffer overflow exploint to inject code which creates an encrypted PROM for you, next, storing that new PROM into EEPROM, and finally replacing the onboard PROM with your EEPROM.
I think it'll happen. Look how fast OSX was cracked, and they were also using a trusted computing module.
Then there are more sophisticated hacks. If for example, the PROM checksum is based on a CRC or MD5, a replacement prom can be created that checksums to the same values. (MD5 has been broken recently)
Also, it may be possible to trick the CPU into encrypting a PROM for you with its internal key. In which case, the process of installing a modchip would be more complicated, but would involve first using an buffer overflow exploint to inject code which creates an encrypted PROM for you, next, storing that new PROM into EEPROM, and finally replacing the onboard PROM with your EEPROM.
I think it'll happen. Look how fast OSX was cracked, and they were also using a trusted computing module.
