Seed Key Generator Mhhauto

  

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Control whether seed/key security is required for CCP calibration, data acquisition and/or reprogramming.

All targets

None (Main library). (See Section 2.3, “Licensed Features”.)

To prevent third parties recalibrating or reprogramming modules, manufacturers typically enable CCP seed/key security for production modules. This requires a valid seed/key exchange to take place with the calibration tool, where the module generates a seed (usually at random) and the calibration tool must respond with the correct key value corresponding to that seed, calculated by a secret algorithm known to the module and the calibration tool.

To ensure that CCP seed/key security is also used during reprogramming mode, the functions used to generate the seed (if required) and validate the key are copied to non-volatile storage by the application. The reprogramming mode software retrieves the functions from non-volatile storage, and copies them to RAM for execution.

There are three CCP privilege levels: calibration, data acquisition, and programming. These privilege levels can be individually enabled or disabled. For instance, it is possible to enable reprogramming access whilst calibration and data acquisition access remains disabled. The calibration tool may impose further restrictions on how levels can be accessed.

CCP seed/key security is a standard feature of the protocol; however configuring it on different calibration/programming tools requires some knowledge of that tool's operation. Support will currently only be given for CCP seed/key security on PiSnoop (see Section 2.2, “PiSnoop”), Vector CANape (see Section 2.5, “Vector CANape”), and ATI Vision (see Section 2.3, “ATI Vision”).

Seed generator function

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The seed generator function must be of the form:

void seed_generator(const U8 privilege_level, U8 *const seed)

privilege_level specifies the privilege level for which a seed is being requested. Values are fixed by the CCP standard as:

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  • 0x01 (1): Calibration
  • 0x02 (2): Data acquisition
  • 0x40 (64): Programming

seed is a four-byte array. This will initially contain values generated by a 32-bit random number algorithm within the OpenECU platform. The seed generator function may choose to leave these values intact, or may choose to set its own values in the seed array.

Key validator function

The key validator function must be of the form:

BOOL key_validator(const U8 privilege_level, const U8 *const seed, const U8 *const key, const U8 key_size)

privilege_level specifies the privilege level for which a seed is being requested.

seed is a four-byte array containing the last seed value passed to the calibration tool.

key is an array of up to six bytes whose length is specified by key_size. This contains the key passed back by the calibration tool.

The CCP 2.1 specification for the CCP_UNLOCK command has a six-byte field for the key, although in practice most implementations only use four bytes. The contents of the remaining bytes are often undefined, so the key validator must take care to match the expected seed-key algorithm.

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The function must return TRUE if the key is valid for the seed, or FALSE if it is not.

Implementing seed/key functions

Because the seed generator and key validator functions will be relocated and run during reprogramming mode, it is ESSENTIAL that these functions do NOT access any global or static storage OR call any functions. If this is not the case, relocating and invoking the function in reprogramming mode will have unexpected consequences, because the function will read/write/execute memory at addresses which are not valid when in reprogramming mode. These consequences may include stuck outputs resulting in physical damage to hardware or electrical damage to the ECU, and/or complete permanent disablement of the ECU.

Diab implementation considerations

If the application is built using the Diab compiler, then the file containing these functions should be specified for compilation as normal. It is frequently the case that seed/key functions are supplied only as object or library code for security reasons, in which case the file must have been compiled with PowerPC variable bit length (VLE) instructions.

Seed
GCC implementation considerations

If the application is built using GCC, then the file containing these functions must also contain section attribute specifiers to place the code in sections that correspond to the names of the security functions. The attribute specifiers must be applied to the function prototypes in the form:

void seed_generator(const U8 privilege_level, U8 *const seed) __attribute__ ((section ('.seed_generator')));

It is frequently the case that seed/key functions are supplied only as object or library code for security reasons, in which case the file must have been compiled without PowerPC variable bit length (VLE) instructions.

None.

None.

  • CAN bus identifier

    The CAN bus for which CCP security will be implemented. A pcp_CCPConfiguration block must also exist in the design which configures CCP for this CAN bus. If this does not exist, an error will be reported.

    Value type:List
    Calibratable:No

  • Security required

    Whether CCP seed/key security is required for this CCP privilege level.

    Value type:Boolean
    Calibratable:No

  • ECU seed generator function (optional)

    If required, the name of the C function which generates the seed value. If this is not specified, a random 4-byte value will be generated by the OpenECU platform and used as a seed instead.

    Value type:String
    Calibratable:No

  • ECU key validator function

    The name of the C function which validates the key value transmitted by the calibration tool. If this is not specified, an error will be reported.

    Value type:String
    Calibratable:No

  • ASAP security DLL (optional)

    If required, the name of the DLL supplying the key generation algorithm for the calibration tool. This will typically only be required if the RTW build is required to generate ASAP2 (A2L) files to configure the calibration tool. If this is not specified, security will not be configured in the A2L files, although typically the user will still be able to configure security manually from within the calibration tool.

    Value type:String
    Calibratable:No

  • ASAP security DLL function (optional)

    If required, the name of the function within the DLL supplying the key generation algorithm. If unspecified, this will default to using the ASAP1A/ASAP2 standard function name ASAP1A_CCP_ComputeKeyFromSeed. Note that some calibration tools do not permit the function name to be specified; see the relevant section for the calibration tool to be used for further details.

    Value type:String
    Calibratable:No

  • Algorithm development mode (unsecure)

    Whether the ECU should ignore security algorithms when reprogramming mode is entered as a result of the module powering up with FEPS applied.

    This option allows a security algorithm to be tested without the risk of putting the ECU in a state where it cannot be reprogrammed. Otherwise, an error in the security algorithm will necessitate returning the ECU to Pi for servicing.

    Value type:Boolean
    Calibratable:No

The file(s) containing seed generator and key validator functions must be referenced by the model. In Simulink, select the 'Custom Code' option (found alongside other code generation/RTW model build options; the menu item depends on MATLAB version). If these functions are provided as uncompiled C, add the files to the list of 'Include list of additional: Source files'. If these functions are provided as precompiled object or library files (as is frequently done for security reasons), add them to the list of 'Include list of additional: Libraries'. RTW will then compile (if necessary) and link these files as part of the build.

Note that if incorrect function names are specified for seed generator or key validator functions, if the functions do not have the correct prototype, or if the relevant files are not compiled/linked in the model, then the build will fail at the link stage. If this occurs, check that function names and file names are specified correctly.

Description

SKGT

The Mercedes Benz Seed-Key Generator Tool (MB SKGT) was designed to unlock MB controllers in different levels to get access to critical diagnostic procedures and functions. The unlocking challenges are kind of a question/answer game between ECU and diagnostic equipment. To give the correct secret answer to a question of the ECU you need the MB SKG Tool, which is able to calculate the correct answer. This software is specifically designed to work with Vediamo and Monaco.

There are several access/unlock levels for any controller in vehicles:

  • Unlock level 01 – makes security access to level one

Functions/routines: request seed ECU unlock (27 01)/send key ECU unlock (27 02)

This is used in most ecu’s till Emission EU6 for general ECU Unlock for doing Variant coding, Adaption…

  • Unlock level 03 – makes security access to level three

Functions/routines: request seed ECU unlock lev3 (27 03)/send key ECU unlock lev3 (27 04)

Functions/routines: request seed adjustment (27 03)/ send key adjustment (27 04)

This is used in most ECU’s to unlock adaption values like IMA/ISA, DPF/SCR/AGR /MAF values…

  • Unlock level 05 – makes security access to level five
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Functions/routines: request seed reprogramming (27 05)/send key reprogramming (27 06)

This is used to unlock the ECU for reflash/reprogramming it – attention – before ECU’s can give a seed for this functions

  • Unlock level 9A – makes security access to level 9

Functions/routines: request Seed 9A (27 09)/send key 9A (27 0A)

Functions/routines: request seed Unlock (27 09)/ send key unlock (27 0A)

This is used as general Ecu unlock in newer ECU’s emission standard EU6 onwards. Mostly needs to be done first followed by another unlock for according special function.

  • Unlock level BC – makes security access level BC

Functions/routines: request seed BC (27 0B)/send key BC (27 0C)

Functions/routines: request seed Variant coding (27 0B)/send key Variant coding (27 0C)

Is used in newer ECU’s emission EU6 onwards to unlock Variant coding

These are the most common and used levels – different controllers may have different access levels, but working in same manner, also the output seed can have different length.

The software works with a USB dongle and the computer must have an Internet connection. This includes 10 Seed-Key calculations each day for 1 year. After the end of the year, a subscription will be paid for each subsequent year. We release new updates very often and all our software have automatic updates. Thus you can be sure you are always using the latest version of the app.

SKGT Main package

Additional features not included in the base pack:

SKGT02 update – W205, W213:

In this function are added Seed -> Key generation for different modules.

For each module, the calculation of the algorithm is different. Can be:

27 01, 27 07, 27 09, 27 11, 27 0B – 8 bytes Seed used for Coding

27 05 – 8 bytes Seed used for Reprogramming

SKGT03 update – W164, W166, W212, W246:

In this function are added Seed -> Key generation for different modules.

For each module, the calculation of the algorithm is different. Can be:

27 01 – 4 bytes Seed used for Coding

27 05, 27 11 – 8 bytes Seed used for Coding

27 05 – 8 bytes Seed used for Reprogramming

SKGT04 update – W222:

In this function are added Seed -> Key generation for different modules.

For each module, the calculation of the algorithm is different. Can be:

27 01 – 4 bytes Seed used for Coding

27 01, 27 05, 27 09, 27 07, 27 11, 27 61, 27 0B – 8 bytes Seed used for Coding

27 05, 27 11 – 8 bytes Seed used for Reprogramming

Algorithm 1 – 8 bytes seed -> 4 bytes key, 4 bytes seed -> 4 bytes key

Algorithm 2 – 8 bytes seed -> 4 bytes key, 4 bytes seed -> 4 bytes key

SKGT05 update – W415, W447, W453, W906:

In this function are added Seed -> Key generation for different modules.

For each module, the calculation of the algorithm is different. Can be:

27 01, 27 03 – 2 bytes Seed used for Coding

27 01, 27 81 – 6 bytes seed used for Coding

27 05 – 8 bytes Seed used for Reprogramming

SKGT06 update – Miscellaneous modules:

In this function are added Seed -> Key generation for different modules.

27 05, 27 11 – used for Reprogramming

27 01,27 09, 27 11, 27 0B – used for Coding

SKGT07 update – Dashboards and AMG activation – W204, W207, W212,

W218, W197, W166, W176, W246, X156, W205, W222, W213, W447:

In this function are added Seed -> Key generation for different modules.

For each module, the calculation of the algorithm is different. Can be:

27 71 – 4 bytes Seed used for Coding and AMG activation

27 09, 27 05, 27 0D – 8 bytes seed used for Coding and AMG activation

27 05 – 8 bytes Seed used for Reprogramming

27 61 – 8 bytes for EEPROM access

SKGT08 update – MRD1, CRR1, CRR2, MRG1, EMS71,

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HU6, MED41, TCM7DCT, TCM7FDCT, TCM9FDCT:

In this function are added Seed -> Key generation for different modules.

For each module, the calculation of the algorithm is different. Can be:

27 01 – 8 bytes Seed used for Coding

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27 05, 27 09, 27 0B, 27 11 – 8 bytes seed used for Coding/Reprogramming

SKGT09 update – W177, W157, W247, W167 – Reprogramming, Adjustments, EEprom access, Read/Write/Delete Extended Controller data and variantcoding:

In this function are added Seed -> Key generation for different modules. For each module, the calculation of the algorithm is different. Can be:

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27 01, 27 07, 27 0B – 8 bytes Seed used for Coding;

27 11 – 8 bytes seed used for Reprogramming;

27 09 – 8 bytes seed used for Adjustments;

Seed

27 31, 27 33, 27 35, 27 37 – 8 bytes seed used for Reprogramming;

27 31 – 8 bytes seed used for EEprom data access.