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Update the key info page
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Alex Barney
parent
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commit
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2 changed files with 165 additions and 97 deletions
1
.gitignore
vendored
1
.gitignore
vendored
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@ -270,4 +270,3 @@ global.json
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# Files generated at build time
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ResultNameResolver.Generated.cs
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DefaultKeySet.Generated.cs
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ResultNameResolver.Generated.cs
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247
KEYS.md
247
KEYS.md
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@ -2,104 +2,136 @@
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Keys are required for decrypting most of the file formats used by the Nintendo Switch.
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Keysets are stored as text files, and are loaded from `$HOME/.switch`. These 3 filenames are automatically read:
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`prod.keys` - Contains common keys usedy by all Switch devices.
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`console.keys` - Contains console-unique keys.
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Key sets are stored as text files, and are loaded from `$HOME/.switch`. On Windows this path is usually `C:\Users\<your_username>\.switch`.
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These 4 filenames are automatically read:
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`prod.keys` - Contains keys shared by all retail Switch devices.
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`dev.keys` - Contains keys shared by all development Switch devices. Optional.
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`console.keys` - Contains console-unique keys. Optional.
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`title.keys` - Contains game-specific keys.
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#### XTS-AES keys note
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## Obtaining keys
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The Switch uses 128-bit XTS-AES for decrypting the built-in storage (BIS), NCA header and the SD card contents.
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This encryption method uses 2 128-bit keys: a "data" or "cipher" key, and a "tweak" key.
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Keys can be obtained from a Switch that can run homebrew. The easiest way is to use [Lockpick_RCM](https://github.com/shchmue/Lockpick_RCM). See an up-to-date Switch homebrew guide for details.
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In the keyfile these are stored as one 256-bit key with the data key first, followed by the tweak key.
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After running Lockpick_RCM `/switch/prod.keys` and `/switch/title.keys` should be on your SD card. Copy these two files to the `.switch` directory specified above.
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## Keyfile format
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# Key file details
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Dumping keys from a Switch is all that is needed for LibHac.
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`prod.keys` and `console.keys` should be in the following format with one key per line:
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The following section contains some additional information on keys, documentation on the key file format and a list of supported keys.
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## Key file format
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`prod.keys`, `dev.keys` and `console.keys` should be in the following format with one key per line:
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`key_name = hexadecimal_key_value`
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Each line must contain fewer than 1024 characters.
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e.g. (Not actual keys)
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```
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master_key_00 = 63C9FCB338CDE3D037D29BB66F897C6B
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master_key_01 = 4636CB976DFE95095C1F55151A8326C6
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header_key_source = 343795270AAD5D19EBE2956C9BC71F4C41836B21DC6ACD7BACD4F6AF4816692C
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master_key_00 = 496620796F752772652072656164696E
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master_key_01 = 6720746869732C20796F752772652061
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header_key_source = 206E657264AD5D19EBE2956C9BC71F4C41836B21DC6ACD7BACD4F6AF4816692C
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```
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#### Title Keys
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### Title keys
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`title.keys` should be in the following format with one key per line:
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`rights_id,hexadecimal_key_value`.
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`rights_id = hexadecimal_key_value`.
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e.g. (Not actual keys)
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```
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01000000000100000000000000000003,B4A1F5575D7D8A81624ED36D4E4BD8FD
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01000000000108000000000000000003,C8AD76F8C78E241ADFEE6EB12E33F1BD
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01000000000108000000000000000004,F9C8EAD30BB594434E4AF62C483CD796
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01000000000100000000000000000003 = 68747470733A2F2F7777772E796F7574
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01000000000108000000000000000003 = 7562652E636F6D2F77617463683F763D
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01000000000108000000000000000004 = 64517734773957675863513F4C696248
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```
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## Keyfile templates
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### Dev keys
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Keys from `dev.keys` will always be loaded as dev keys.
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Dev keys may also be loaded from `prod.keys`, allowing both key sets to be in the same file.
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Because both key sets use the same key sources, only a small number of root keys are needed to derive each set.
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Key names that have `_dev` after the main key name but before the key index will be loaded as dev keys.
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e.g. (Not actual keys)
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```
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master_key_0a = B6B0F17AC61696120A15FFD41A529CBE
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master_key_dev_0a = 154A07EAFC50C6328A66C4FD2CDB277A
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xci_header_key_dev = 118BA87386A242FA9DCCB06853E7A9F6
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```
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## Key system
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This is meant to be a basic overview of the concepts used by the Switch's content key system.
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### Key generations
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In a nutshell, the Switch's OS contains key sources or seeds.
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These seeds are useless on their own, but given a "master key" they can be used to generate the actual content keys.
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This master key is the root from which all content keys are derived.
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Retail and development Switches have different master keys.
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The Switch uses what are called "key generations" (As in the noun, not the verb).
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Each generation has its own master key which results in a different set of content keys for each one.
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Content files are encrypted with the keys from the most recent generation.
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e.g. A game built for system version 6.2.0 will be encrypted with the keys for 6.2.0. Older system versions would be unable to decrypt the content.
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### Root keys
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Root keys are the keys used to derive other keys.
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Erista (original Switch hardware version) and Mariko (second hardware version) have different root keys.
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Both these root keys are used to derive the same master key which will then derive other keys.
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The current root key for Erista is `tsec_root_key_02`, and the key for Mariko is `mariko_kek`.
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The main purpose of these keys is to generate the master key, so they're not really necessary for decrypting content.
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These root keys, with proper security, are supposed to be hardware secrets, unable to be accessed by software.
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Package1 is the only content that is not encrypted with these root keys or their derivatives.
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Each Erista package1 is encrypted with its own unique key, and every Mariko package1 is encrypted with `mariko_bek`.
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## Key file templates
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This template contains the keys needed to derive all the keys used by hactoolnet, although not all of them are needed for every task.
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In fact, more than 99% of all content can be decrypted by providing only the most recent master key.
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Fill out the template with the actual keys to get a working keyfile.
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LibHac contains the key sources that keys are derived from. Only a small number of root keys need to be provided, although any keys will be loaded from the key file if present.
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Providing the following keys will enable decryption of all retail content.
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Every one of these keys also has a dev version. Providing them will enable decryption of all dev content.
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```
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master_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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master_key_00 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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master_key_01 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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master_key_02 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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master_key_03 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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master_key_04 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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master_key_05 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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keyblob_mac_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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keyblob_key_source_00 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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keyblob_key_source_01 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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keyblob_key_source_02 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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keyblob_key_source_03 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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keyblob_key_source_04 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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keyblob_key_source_05 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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# Only the latest master key is needed to decrypt the vast majority of Switch content.
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master_key_0a = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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# Package1 keys are used to decrypt package1, the first part of the OS loaded during boot.
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package1_key_00 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_01 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_02 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_03 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_04 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_05 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package2_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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aes_kek_generation_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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aes_key_generation_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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titlekek_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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key_area_key_application_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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key_area_key_ocean_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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key_area_key_system_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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sd_card_kek_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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sd_card_save_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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sd_card_nca_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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sd_card_custom_storage_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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header_kek_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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header_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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# The XCI header key will decrypt the gamecard info in an XCI. Not usually needed.
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xci_header_key = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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retail_specific_aes_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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per_console_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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eticket_rsa_kek = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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# Methods of obtaining the keys below are not publicly available as of Oct. 2020,
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# but they're included anyway for completion's sake
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bis_key_source_00 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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bis_key_source_01 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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bis_key_source_02 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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bis_kek_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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# Keys for Erista package1 since firmware 6.2.0.
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package1_key_06 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_07 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_08 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_09 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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package1_key_0a = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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save_mac_kek_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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save_mac_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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save_mac_sd_card_kek_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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save_mac_sd_card_key_source = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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# The Mariko boot encryption key (BEK) is used to decrypt Mariko package1.
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# The Mariko key encryption key (KEK) is used to derive master keys on Mariko Switches.
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# All content keys are the same on both Switch versions except for package1 keys.
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# Together the Mariko BEK and KEK are enough to derive all current content keys and all
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# content keys in the forseeable future except for Erista package1.
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mariko_bek = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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mariko_kek = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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```
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### Console-unique keys
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@ -111,7 +143,7 @@ tsec_key = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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secure_boot_key = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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sd_seed = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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# The below keys can be derived from tsec_key and secure_boot_key
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# These keys can be derived from tsec_key and secure_boot_key
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device_key = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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bis_key_00 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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bis_key_01 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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@ -119,6 +151,13 @@ bis_key_02 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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bis_key_03 = XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
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```
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#### XTS-AES keys note
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The Switch uses 128-bit XTS-AES for decrypting the built-in storage (BIS), NCA header and the SD card contents.
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This encryption method uses 2 128-bit keys: a "data" or "cipher" key, and a "tweak" key.
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In the key file these are stored as one 256-bit key with the data key first, followed by the tweak key.
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## Complete key list
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Below is a complete list of keys that are currently recognized.
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\## represents a hexadecimal number between 00 and 1F
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@ -126,42 +165,69 @@ Below is a complete list of keys that are currently recognized.
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### Common keys
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```
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master_key_source
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tsec_root_kek
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package1_mac_kek
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package1_kek
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tsec_auth_signature_##
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tsec_root_key_##
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keyblob_mac_key_source
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keyblob_key_source_##
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keyblob_##
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mariko_bek
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mariko_kek
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mariko_aes_class_key_##
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mariko_master_kek_source_##
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master_kek_source_##
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master_kek_##
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master_key_source
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master_key_##
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package1_key_##
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package1_mac_key_##
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package2_key_source
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aes_kek_generation_source
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aes_key_generation_source
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key_area_key_application_source
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key_area_key_ocean_source
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key_area_key_system_source
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titlekek_source
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header_kek_source
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header_key_source
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sd_card_kek_source
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sd_card_nca_key_source
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sd_card_save_key_source
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retail_specific_aes_key_source
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per_console_key_source
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package2_key_##
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bis_kek_source
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bis_key_source_00
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bis_key_source_01
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bis_key_source_02
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save_mac_kek_source
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save_mac_key_source
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bis_key_source_03
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header_key
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xci_header_key
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eticket_rsa_kek
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master_key_##
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package1_key_##
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package2_key_##
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per_console_key_source
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retail_specific_aes_key_source
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aes_kek_generation_source
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aes_key_generation_source
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titlekek_source
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titlekek_##
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header_kek_source
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header_key_source
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header_key
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key_area_key_application_source
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key_area_key_ocean_source
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key_area_key_system_source
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key_area_key_application_##
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key_area_key_ocean_##
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key_area_key_system_##
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keyblob_key_source_##
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keyblob_##
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save_mac_kek_source
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save_mac_key_source_00
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save_mac_key_source_01
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save_mac_sd_card_kek_source
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save_mac_sd_card_key_source
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sd_card_kek_source
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sd_card_save_key_source
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sd_card_nca_key_source
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sd_card_custom_storage_key_source
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xci_header_key
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eticket_rsa_kek
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ssl_rsa_kek
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```
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### Console-unique keys
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@ -174,10 +240,13 @@ bis_key_00
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bis_key_01
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bis_key_02
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bis_key_03
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save_mac_key_00
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save_mac_key_01
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keyblob_key_##
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keyblob_mac_key_##
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encrypted_keyblob_##
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sd_seed
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save_mac_sd_card_key
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```
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