Difference between revisions of "Kernel/XboxEEPROMKey"
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(Created page with "The 16 byte RC4 key used to decrypt parts of the EEPROM. The key is passed to kernel from from 2BL. It is only initialized on cold-boot. If an XBE is loaded which is not...") |
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If an XBE is loaded which is not allowed to run in the manufacturing region, the Microsoft Kernels will set the EEPROM key to all zeros. | If an XBE is loaded which is not allowed to run in the manufacturing region, the Microsoft Kernels will set the EEPROM key to all zeros. | ||
As the key is not re-initialized, this means running the first non-manufacturing XBE (such as a game or [[Dashboard]]{{FIXME|reason=confirm the dash is not running in manufacturing}}), will make the key unretrievable until a reboot. | As the key is not re-initialized, this means running the first non-manufacturing XBE (such as a game or [[Dashboard]]{{FIXME|reason=confirm the dash is not running in manufacturing}}), will make the key unretrievable until a reboot. | ||
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| + | The Chihiro EEPROM key is <code>7B 35 A8 B7 27 ED 43 7A A0 BA FB 8F A4 38 61 80</code> | ||
Latest revision as of 05:06, 23 August 2017
The 16 byte RC4 key used to decrypt parts of the EEPROM.
The key is passed to kernel from from 2BL. It is only initialized on cold-boot.
If an XBE is loaded which is not allowed to run in the manufacturing region, the Microsoft Kernels will set the EEPROM key to all zeros. As the key is not re-initialized, this means running the first non-manufacturing XBE (such as a game or Dashboard[FIXME]), will make the key unretrievable until a reboot.
The Chihiro EEPROM key is 7B 35 A8 B7 27 ED 43 7A A0 BA FB 8F A4 38 61 80
