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Copy file name to clipboardExpand all lines: sld297-matter-aws-feature/aws-configuration-registration.md
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1. Open [AWS](https://aws.amazon.com/).
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2. Log in using your AWS credentials.
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3. Go to **Security > Policies** and select **Create Policy**. Enter the policy name (ex: MATTER_AWS_POLICY_) and, in the policy statements, select **JSON** and replace the contents with the JSON provided below:
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3. Go to **Security > Policies** and select **Create Policy**. Enter the policy name (e.g., `MATTER_AWS_POLICY_`). In the policy statements, select **JSON** and replace the contents with the JSON provided below:
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```shell
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{
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4. Once done, select**Create**.
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5. Create client CSR certificate, and a client key using the [Openssl Certificate Creation](./openssl-certificate-creation.md) documentation.
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5. Create a client CSR certificate and a client key by following the steps in the [OpenSSL Certificate Creation](./openssl-certificate-creation.md) documentation.
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6. Steps to create a thing and generate certificates foryour Matter application to usein the `MatterAwsNvmCert.cpp`source file:
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6. Complete the following steps to create a thing and generate certificates foryour Matter application to usein the `MatterAwsNvmCert.cpp`source file:
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- Go to **All Devices > Things** and select**Create Things**.
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- Select **Create Single Thing** and click **Next**.
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- Specify thing properties in**Info > Give the thing a name** (Note: Client ID) and click **Next**.
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- Configure the device certificate (optional) in**Info > Upload CSR**.
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- Under **Info > Give the thing a name**, specify the thing name (this will be the client ID), then click **Next**.
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- (Optional) Configure the device certificate under **Info > Upload CSR**.
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- In **Certificate > Choose file** (Choose Client CSR generated in Openssl Certificate Creation ex: `device.csr`). Click **Next**.
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- Use the policy (ex: MATTER_AWS_POLICY_) created in AWS Certificate creation.
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- Upon successful creation, Activate the Certificate and download the certificate.
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- Use the policy (e.g., `MATTER_AWS_POLICY_`) created in AWS Certificate creation.
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- Once the thing is successfully created, activate and download the certificate.
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8. Copy the contents of [AWS_CA CERT](https://www.amazontrust.com/repository/AmazonRootCA3.pem) and add it as CA certificate in`MatterAwsNvmCert.cpp`.
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9. Repeat Step 5 to create a new thing to use in MQTT Explorer using the certificate createdforMQTT explorer (from Openssl Certificate Creation ex: `explorer.csr`). create a .pem file from CA certificatein step 8 to use as a SERVER CERTIFICATEin MQTT Explorer.
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9. Repeat Step 5 to create a new thing forusein MQTT Explorer, using the certificate generatedforMQTT Explorer during OpenSLL certificate creation (e.g., `explorer.csr`). Create a `.pem` file from the CA certificatein step 8 and use it as the server certificatein MQTT Explorer.
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**Note**: Thing name must be unique as it will be used as CLIENT ID.
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**Note**: The thing name must be unique as it will be used as the client ID.
Copy file name to clipboardExpand all lines: sld297-matter-aws-feature/build-matter-aws.md
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# Build Procedure For Matter + AWS
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The following components are common for all apps and should be modified in the corresponding app specific .slcp file.
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The following components are common for all apps and should be modified in the corresponding application-specific `.slcp` file.
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## How to Add the Matter + AWS Component
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To add the Matter + AWS component, modify the corresponding app specific .slcp file.
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To add the Matter + AWS component, modify the corresponding application-specific `.slcp` file.
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```shell
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- id: matter_aws
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from: matter
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```
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To add component in Simplicity Studio, add below components.
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To enable the component in Simplicity Studio, add the following components.
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- Go to Software components, search for Matter_Wifi. Click on Settings symbol beside Matter Wifi component in the left panel and enable IPV4 configuration.
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- Go to **Software** components, search for `Matter_Wifi`. Click on **Settings** symbol beside Matter Wi-fi component in the left panel and enable IPV4 configuration.
-MQTT is an OASIS standard messaging protocol for the Internet of Things
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MQTT is an OASIS standard messaging protocol for the Internet of Things
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(IoT). It is designed as an extremely lightweight publish/subscribe
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messaging transport that is ideal for connecting remote devices with a small
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code footprint and minimal network bandwidth. Refer https://mqtt.org/ for
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more details
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code footprint and minimal network bandwidth.
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For more details, visit https://mqtt.org/.
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### Configuring the MQTT server
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### Remote User Setup (MQTT Explorer) (optional)
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A remote user is used to check the state of a Matter device. In this context, MQTT explorer is used as a remote user. See [MQTT explorer setup and configuration](./mqtt-explorer-setup.md).
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Remote users are used to check the state of Matter devices. In this context, MQTT Explorer acts as a remote user. For more information, see [MQTT Explorer Setup and Configuration](./mqtt-explorer-setup.md).
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### Building Matter + AWS Application using Simplicity Studio
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1.Follow instructions in [Build MATTER + AWS](./build-matter-aws.md) to enable the MATTER + AWS feature in code.
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Follow the instructions in [Build MATTER + AWS](./build-matter-aws.md) to enable the MATTER + AWS feature in your application code.
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## End-to-End Test of Matter + AWS Application
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User Setup (MQTT Explorer):
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- Sharing status of device to cloud
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- The following diagram shows the end-to-end flow for sharing status from a Matter device to the Cloud.
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- The following diagram shows the end-to-end flow for sharing status from a Matter device to the cloud.
**Note**: For reference, Lighting App commands are given in the above image. Other application commands also can be passed.
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**Note**: For reference, the diagram shows Lighting App commands. Other application commands also can be passed.
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- For the end-to-end commands to be executed from chip-tool, refer to [Running the Matter Demo Over Wi-Fi](/matter/{build-docspace-version}/matter-wifi-run-demo).
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-Below are the application-specific attributes or states shared to the cloud:
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-The following application-specific attributes or states are shared to the cloud:
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- For Lighting App, On/Off Attributes
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- For Lock App, lock/unlock Attributes
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- For Windows App, lift/tilt Attributes
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- For Thermostat App, SystemMode/CurrentTemp/LocalTemperature/OccupiedCoolingSetpoint/OccupiedHeatingSetpoint Attributes
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- For On/off Plug App, On/Off Attributes
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-Application status would be updated on the mqtt_explorer UI, as shown in below image.
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-The MQTT Explorer UI updates the application status as shown in following image.
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- Control of the device through cloud interface
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- The diagram below shows the end-to-end flow for control of the Matter device through a cloud interface.
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- The following diagram shows the end-to-end flow for control of the Matter device through a cloud interface.
**Note**: For reference, Lighting App commands are shown in the above image. Similarly, other application commands also can be passed.
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**Note**: For reference, the diagram shows Lighting App commands. Other application commands also can be passed.
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-Make sure the Matter device is up and commissioned successfully. Refer to [Running the Matter Demo Over Wi-Fi](/matter/{build-docspace-version}/matter-wifi-run-demo).
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-For controlling the device, set topic name and the commands to be executed in the mqtt_explorer for the following applications.
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-Ensure that the Matter device is running and successfully commissioned. For detailed steps, refer to [Running the Matter Demo Over Wi-Fi](/matter/{build-docspace-version}/matter-wifi-run-demo).
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-To control the device, set the topic name and the commands to be executed in the MQTT Explorer for the following applications.
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