Integrate Microsoft Excel with AWS IOT

I want to thank you for the opportunity to discuss our project. We appreciate your interest in it and we are ready to complete this project as soon as possible. The project will be completed within two weeks from the date of awarding. Our skills are:

• Proficient with Microsoft Excel – all versions.
• Proficiency with the AWS IOT API.
• Proficiency with Amazon AWS.

In this section, we will discuss how to integrate Microsoft Excel and AWS IOT. We will describe the integration process and its benefits to the users. There are a lot of services that can be leveraged with AWS IOT, but we have chosen Microsoft Excel API as it is one of the most commonly used service. In this section, we will cover the fplowing topics:

Integration of Microsoft Excel and AWS IOT. The integration process. Benefits of the integration process.

Integration of Microsoft Excel and AWS IOT

There are several ways to integrate Microsoft Excel and AWS IOT, but we will focus on the easiest way to do such integration. In order to integrate these two services, firstly you should create an account on Microsoft Azure. You can set up a free account here. https://azure.microsoft.com/pricing/. After creating a Microsoft Azure account you should go to the Azure Management Portal. Here you should create a Web App for Containers (https://docs.microsoft.com/en-us/azure/iot-hub/iot-hub-web-apps-for-containers#create-a-web-app-for-containers. You should use the same name of your container as your resource name on Amazon IoT platform (for example resource name on Amazon IoT platform should be “Contoso”. In addition, you should associate your container with a device on Amazon IoT platform (for example device name on Amazon IoT platform should be “Contoso”. So firstly you need to create a device on Amazon IoT platform (for example device name on Amazon IoT platform should be “Contoso”. Then you should select a device for this device (for example resource name on Amazon IoT platform should be “Contoso”. Then you should create a new device profile for this device (for example device profile name on Amazon IoT platform should be “Contoso Profile”. Then you should go to your Microsoft Azure management portal and click on the “New” button. Now you need to enter a name of your function (for example function name on Amazon IoT platform should be “Contoso Function”. and specify your URL that points to your Lambda function (for example Lambda function zip file path on Amazon IoT platform should be “Contoso Function Zip File”. After that you need to click on the “Create” button and then go to your Lambda function page (https://conspe.aws.amazon.com/lambda/home?region=us-east-1#/functions/ContosoFunction. and copy your function’s ARN (Amazon Resource Name. This ARN can be found under “ARN” link. Now you need to go to your function on Microsoft Azure (https://portal.azure.com/#!/concepts/applicationsubscriptions. and find the same function from there, then you need to click on the “Webhooks” link and then click “create webhook” button and paste your Lambda function ARN into “Lambda ARN” textbox and your event source name into “Source Type” text box. Then you need to click on the “Test Webhook” button and wait until you see the message “Response data received”, after that you need to select “yes”, then click “save” button, go back to your Lambda function page and copy your function’s secret key (Amazon Resource Name), which can be found under “Webhooks > Copy webhook URL” link. Now you need to go back to your function on Microsoft Azure (https://portal.azure.com/#!/concepts/applicationsubscriptions. again and find the same function from there, then you need to click on the “Webhooks” link and then click “get event sources” link, enter your Lambda function secret key into “Secret Key” textbox and click “select resources” button, then select “Function App Settings -> Credentials -> App Settings -> Default Account -> Secret Key -> Put” option, then you will get an ARN (Amazon Resource Name. that includes the value of your Lambda function secret key. After that click “Save” button, go back to your Lambda function page (https://conspe.aws.amazon.com/lambda/home?region=us-east-1#/functions/ContosoFunction. and copy your Lambda function ARN (Amazon Resource Name), which can be found under “ARN” link. Now you need to go back to your function on Microsoft Azure (https://portal.azure.com/#!/concepts/applicationsubscriptions. again, find the same function from there, then you need to click on the “Webhooks” link and then click “get webhooks” link, then you need to paste your Lambda function ARN into “Lambda ARN” textbox, paste your event source name into “Source Type” text box, paste your Lambda function secret key into “Secret Key” textbox, paste your Lambda function ARN into “Resource Id” textbox and click “Add Webhook” button, then if everything is correct you will see a message saying “Successfully Added Webhook”. You need to go back to your Lambda Function page (https://conspe.aws.amazon.com/lambda/home?region=us-east-1#/functions/ContosoFunction. and copy your Lambda Function ARN (Amazon Resource Name), which can be found under “ARN” link again. After that you need to go back to your function on Microsoft Azure (https://portal.azure.com/#!/concepts/applicationsubscriptions. again and find the same function from there, then you need to click on the “Webhooks” link and then click “copy webhook URL” link, then paste your Lambda Function ARN into the first textbox and then paste an AWSAppSyncEvent variable into the second textbox for the body variable by clicking on an “Edit Variable Mapping…” button, then click on a “Copy URL from Editor…” button in order to get a new URL for this webhook with an event source value equal to an event source name from an AWS IOT platform as well as event source names from an AWS IOT platform into request headers, then use this URL in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking on a link in connection between a device profile and a device in Microsoft Azure management portal by going through device profile creation process again by clicking

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