Platforms with Crypto Element Devices

Introducing the Microchip Zero Touch Secure Provisioning Kit "ATT88CKECC-AWS-XSTK-B" for AWS IoT provided by Microchip.

A development kit for evaluating and developing IoT devices that connect to the AWS (Amazon Web Services) IoT cloud provided by Amazon.

AWS is a cloud service operated by Amazon. You can receive high security and stable service.

Using ATT88CKECC-AWS-XSTK-B has the following advantages.

  • Co-developed with Microchip and Amazon for smooth connection with AWS IoT
  • Built-in Microchip's pre-configured crypto element device "ATECC508" for secure connectivity to the AWS IoT cloud
  • Can be connected with multiple interfaces for evaluation


Therefore, by expanding the module, it is possible to perform verification by connecting the device that the user wants to evaluate.


3 steps to develop a "mutually authenticated IoT security model for AWS"

In the following steps, you can connect your existing products to the AWS IoT cloud and evaluate their connection to develop mass-produced products.

1. Evaluate using the starter kit

Since AT88CKECC508-AWS-XSTK-B is equipped with an ECC508-AWS device, it is possible to immediately connect existing products/systems to the AWS IoT cloud. It can be used for demonstration, evaluation and development.

2. Evaluate mass production prototypes using cryptographic element devices

At the production prototype stage, the ATECC508A cryptographic element device can be used for prototype evaluation. The ATECC508A Cryptographic Element device is AWS IoT certified to help meet security standards. At this stage, you can test the connection to AWS IoT using the preconfigured "ATECC508A-xxxAW-x" device.

3. Setting up the device for production

In order to move to the mass production stage, it is necessary to set information security in the user application. The method is to mount the ATECC508A on a mass production board and set it from the AWS software development kit. It can be used simply by connecting the AWS-ECC508 device to the microcomputer via I2C.

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Seamless transition to mass production

Application example

  • IoT node security
  • Secure download and boot
  • Ecosystem control
  • message security
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Application example

Product Summary

Type name AT88CKECC-AWS-XSTK-B
Features
  • Development and prototyping platform for AWS IoT device provisioning
  • Implemented a unique pre-configured self-signed root module for evaluating the behavior of a certification root before using a root certification authority
  • Implemented a provisioning IoT device with a unique certificate and a signer module to generate signer certificates (CA certificates) and register them with AWS servers
  • Includes 3 CryptoAuth Xplained Pro (ATCRYPTOAUTH-XPRO) add-on boards, each with 1 ECC508 for on-site provisioning by signer module
  • Built on the modular Xplained PRO platform, allowing experimentation with processor, connectivity and bi-directional human interface modules
  • Zero-touch AWS Secure Device Enrollment can be evaluated
Kit included
  • 3X ATCRYPTOAUTH-XPRO
  • 1X ATSAMG55-XPRO
  • 1X ATWINC1500-XSTK
  • 1X ATOLED1-XPRO
  • 1X AT88CKEC CROOT
  • 1X AT88CK ECC SIGNER
  • 1X USB cable



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AT88CKECC-AWS-XSTK-B

Click here for manufacturer site/other related links

AT88CKECC-AWS-XSTK Online Manual
AT88CKECC-AWS-XSTK Datasheet
sample project

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