@David-Thales I’m really looking forward to that!

Hi,

just published the first version of a tutorial how to integrate a “real” comfort sensor with IoT Creators, AWS Lambda, AWS Timestream DB and Grafana in our documentation library.

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Step 1: Register and activate sensor device Register device in IoT Creators Activate IMBUILDING comfort sensor Step 2: Create AWS user and role with IAM Create Role for Lambda Function Create User for Grafana Client Step 3: Create AWS Timestream DB Create IoT DB Create IoT Table Step4: Create AWS Lambda function for data decoding and injection Create Lambda function Create up-to-date boto3 library Layer and bind it to Lambda function Create updated boto3 library with Timestream support Create Lambda Layer for updated boto3 library Assign updated boto3 library Layer to Lambda function Step 5: Make Lambda function accessable from the internet Create API Gateway
Bind Lambda function to API Gateway Test Lambda function and verify if data is written to Timestream DB
Step 6: Add static authentication token to Lambda function
Create Lambda authorizer function Bind Lambda authorizer to API Gateway Test the authorization Step 7: Integrate IoT Creators with AWS Timestream DB Register your AWS Lambda function as application callback in your IoT Creators project Test the integration Step 8: Integrate Grafana with AWS Timestream
Add Amazon Timestream Plugin to your Grafana Add Amazon Timestream Data Soruce to your Grafana Step 9: Create an IoT Dashboard in Grafana Step 10: Integrate AWS Simple Queue Service

@Holger-Wech you can use LTE-M instead of the 2G/3G fallback that is described in our quick start guide. Please use the APN internet.m2mportal.de for LTE-M.