Create Enrollment Group And Verify Root X.509 Certificate - Bosch XDK110 Connection Manual

Connect XDK110 device to your Azure IoT services
4.2.3 Run the command below to create root CA
certificate within a new subfolder
./certGen.sh create_root_and_intermediate
4.2.4 Replace the <> section with a device name of your choice and run the following command to create X.509 device
certificate and private key pair. This will create the files
and ./private/new-device.key.pem
./certGen.sh create_device_certificate <device name of your choice>
For example, ./certGen.sh create_device_certificate myXdk110
4.2.5 Execute the following command to change directory to certs and convert the device certificate to DER format and
rename it to devCert
cd ./certs && openssl x509 -in new-device.cert.pem -inform PEM -out dev
4.2.6 Execute the following command to change directory to private and convert the private key to DER format and rename
it to privKey
cd ../private && openssl rsa -in new-device.key.pem -inform PEM -out pri
Please don't close the bash window yet, we will be in need of it in coming steps.

4.3 Create enrollment group and verify root X.509 certificate

4.3.1 Go to the Azure IoT Central application created during first step 1. You can select and access your central application
from this page : https://apps.azureiotcentral.com/myapps
For example, here we have considered a central application created by the name your
4.3.2 Create new enrollment group
4.3.2.1. Go to 'Administration' and select 'Device connection' option and then select '+ Create enrollment group'
option.
4.3.2.2 Give name of your choice to the enrollment group and follow the steps as shown below to create and new
enrollment group
4.3.3 Upload and verify X.509 root certificate.
Data subject not change without notice | Printed in Germany | December 2020
('azure-iot-test-only.root.ca.cert.pem')
"./certs/".
./certs/new-device.*
that contains the device's private key.
and intermediate
that contain the public key and PFX
_xdk110_central_app
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BCDS