CryptoAuthentication SOIC Xplained Pro Starter Kit (DM320109)

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Summary

!!!!  W O R K   I N   P R O G R E S S   !!!! (Petra Fenzel)

This documentation describes the usage of the CryptoAuthentication SOIC Xplained Pro Starter Kit (DM320109)

Requirements


Description

The CryptoAuthentication SOIC Xplained Pro Starter Kit (DM320109) consists of:


Implementation of ATSHA204A

An example implementation for the ATSHA204A can be found under Philly's Tutorial ATSHA204A - A Full Tutorial [1]

The example program implements:

  • Device Details like serial number, device number, lock config
  • Locking the configuration, OTP and Data Zone
  • HMAC challenge
  • GenDig example
  • Read encrypted slots
  • Creating diversified keys for challenges
  • CheckMac
  • DeriveKey


Usage:

  • Connect your microcontroller to the EDGB USB port and upload the software
  • Open a terminal Program (Putty, TeraTerm)
  • Terminal program configuration:
  Baud rate     115200
  Data bits     8
  Stop bits     1
  Parity        none
  • Press the restart button in the controller
  • The implementation has an text menu which allows you to navigate by numbers

Implementation for ATAES132A

File:AES132ADatasheet.pdf -> that Datasheet is made available from Atmel to get a better understanding of the ATAES132A Chip.

The ATAES132A Chip is NOT based on the Cryptoauthlib. Therefore Atmel doesn't offer complete or functioning example codes for this Chip. There are some example codes that might be working but only for the SAMD21 Xplained Pro board not the SAMR21 Xplained Pro B board, which we are using. I tried to use those example codes, with some changes so it would be working with our board, but I got ERROR messages each time. The main error probably is, that the SAMR21 Xplained Pro Microcontroller is not able to connect to the ATAES132A chip as a I2C slave. Some other problems are, that the example codes for the SAMD21 Xplained Pro board rely too much on that board, so it is nearly impossible to change it for the SAMR21 Xplained Pro B board. Another problem is that Atmel don't even offer an example code to connect to the extension boards, so I wasn't able to check if the ATAES132A chip is working, because no connection could be build. One of the codes is probably working if the connection could be established, because I got a build access and I could load the code onto the board, but I only got negative replies over the Usart.

Here is the link to the projects I tried: [2]

Security Features

File:Sicherheits-Features.pdf

Cryptographic algorithms

Click here for Pdf

User Guides and Data Sheets


Used Hardware

Courses

References

Implementation:

Cryptographic algorithms:

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