AWS App Mesh LAB

 

1. Create a Mesh

• Navigate to the App Mesh console: In the AWS Management Console, search for "App Mesh" and select the App Mesh service.
• Create a mesh: Click on "Create mesh".
• Name your mesh: Give your mesh a unique name.
• Choose a region: Select the region where you want to create your mesh.
• Create the mesh: Click on "Create mesh".

creating a mesh in the AWS App Mesh console

2. Create a Virtual Node

• Create a virtual node: Click on the mesh you created.
• Create a virtual node: Click on "Create virtual node".
• Name your virtual node: Give your virtual node a unique name.
• Configure virtual node settings: Specify the desired virtual node settings, such as the listener port and target type.
• Create the virtual node: Click on "Create virtual node".

creating a virtual node in the AWS App Mesh console

3. Create a Virtual Router

• Create a virtual router: Click on the mesh you created.
• Create a virtual router: Click on "Create virtual router".
• Name your virtual router: Give your virtual router a unique name.
• Configure virtual router settings: Specify the desired virtual router settings, such as the route specifications.
• Create the virtual router: Click on "Create virtual router".

creating a virtual router in the AWS App Mesh console

4. Create a Virtual Service

• Create a virtual service: Click on the mesh you created.
• Create a virtual service: Click on "Create virtual service".
• Name your virtual service: Give your virtual service a unique name.
• Configure virtual service settings: Specify the desired virtual service settings, such as the virtual node and virtual router.
• Create the virtual service: Click on "Create virtual service".

creating a virtual service in the AWS App Mesh console

5. Integrate with Your Microservices

• Integrate with your microservices: Integrate your microservices with App Mesh by configuring them to use the virtual services and virtual nodes.

API Gateway LAB

 

1. Create an API

• Navigate to the API Gateway console: In the AWS Management Console, search for "API Gateway" and select the API Gateway service.
• Create an API: Click on "Create API".
• Name your API: Give your API a unique name.
• Choose a REST API: Select "REST API".
• Create the API:
  Click on "Create API".

creating an API in the AWS API Gateway console

2. Create a Resource

• Create a resource: Click on the API you created.
• Create a resource: Click on "Actions" -> "Create Resource".
• Name your resource: Give your resource a unique name.
• Create the resource: Click on "Create Resource".

creating a resource in the AWS API Gateway console

3. Create a Method

• Create a method: Click on the resource you created.
• Create a method: Click on "Actions" -> "Create Method".
• Choose a method: Select the HTTP method you want to use (e.g., GET, POST).
• Create the method: Click on "Create Method".

creating a method in the AWS API Gateway console

4. Configure Integration

• Configure integration: In the "Integration" section, choose the integration type (e.g., AWS Lambda).
• Configure integration settings: Specify the integration settings, such as the Lambda function ARN.

configuring integration in the AWS API Gateway console

5. Test the API

• Test the API: Use the API Gateway console to test your API.

testing an API in the AWS API Gateway console

6. Deploy the API

• Deploy the API: Click on "Actions" -> "Deploy API".
• Choose a stage: Select the stage where you want to deploy the API (e.g., dev, prod).
• Deploy the API: Click on "Deploy".

Braket Account LAB

 

1. Create a Braket Account

• Navigate to the Braket console: In the AWS Management Console, search for "Braket" and select the Braket service.
• Create a Braket account: Click on "Create Braket account".
• Accept terms and conditions:
  Review and accept the terms and conditions.

creating a Braket account in the AWS Braket console

2. Choose a Quantum Hardware Provider

• Select a provider: Choose the quantum hardware provider you want to use (e.g., D-Wave, IonQ, Rigetti).

3. Create a Quantum Task

• Create a quantum task: Click on "Create quantum task".
• Name your task: Give your task a unique name.
• Choose a quantum device: Select the quantum device you want to use.
• Upload your quantum circuit: Upload your quantum circuit in a supported format (e.g., Qiskit, Cirq).
• Create the task: Click on "Create task".

creating a quantum task in the AWS Braket console

4. Monitor the Task

• Monitor the task: View the status of your quantum task in the Braket console.

monitoring a quantum task in the AWS Braket console

5. Access Results

• Access results: Once the task is complete, you can access the results, including the quantum circuit execution and measurement outcomes.

AWS RoboMaker LAB

 

1. Create a Robot Application

• Navigate to the RoboMaker console: In the AWS Management Console, search for "RoboMaker" and select the RoboMaker service.
• Create a robot application: Click on "Create robot application".
• Name your application: Give your application a unique name.
• Choose a framework: Select the framework you want to use for your application (e.g., ROS, Gazebo).
• Create the application:
  Click on "Create application".

creating a robot application in the AWS RoboMaker console

2. Develop Your Application

• Develop your application: Use your preferred development environment to develop your robotics application. RoboMaker provides a development environment that includes common tools and libraries.

developing a robotics application in the AWS RoboMaker console

3. Create a Simulation Application

• Create a simulation application: In the RoboMaker console, create a simulation application associated with your robot application.
• Configure simulation settings: Specify the simulation environment, robot model, and other relevant settings.

creating a simulation application in the AWS RoboMaker console

4. Simulate Your Application

• Simulate your application: Run your simulation application in the RoboMaker console to test your robotics application in a simulated environment.

simulating a robotics application in the AWS RoboMaker console

5. Deploy Your Application to a Robot

• Deploy to a robot: If you have a physical robot, you can deploy your application to it using the RoboMaker deployment tools.

deploying a robotics application to a robot in the AWS RoboMaker console

6. Monitor and Manage Your Applications

• Monitor applications: Use the RoboMaker console to monitor the status of your robot applications and simulation jobs.
• Manage applications: Manage your applications by updating them, deleting them, or creating new ones. 

Ground Station LAB

 

1. Create a Ground Station

• Navigate to the Ground Station console: In the AWS Management Console, search for "Ground Station" and select the Ground Station service.
• Create a ground station: Click on "Create ground station".
• Name your ground station: Give your ground station a unique name.
• Choose a location: Select the location of your ground station.
• Configure antenna settings: Specify the antenna type, frequency, and polarization.
• Create the ground station: Click on "Create ground station".

creating a ground station in the AWS Ground Station console

2. Create a Mission Profile

• Create a mission profile: Click on "Create mission profile".
• Name your mission profile: Give your mission profile a unique name.
• Configure mission profile settings: Specify the satellite ID, contact schedule, and data transfer settings.
• Create the mission profile: Click on "Create mission profile".

creating a mission profile in the AWS Ground Station console

3. Schedule a Contact

• Schedule a contact: Click on "Schedule contact".
• Choose a mission profile: Select the mission profile you want to use.
• Choose a ground station: Select the ground station you want to use.
• Schedule the contact: Specify the start time and duration of the contact.
• Schedule the contact: Click on "Schedule contact".

4. Monitor Contacts

• Monitor contacts: Use the Ground Station console to monitor the status of your contacts.

monitoring contacts in the AWS Ground Station console

5. Access Data

• Access data: Once a contact is complete, you can access the data that was transferred.

GuardDuty LAB

 

1. Enable GuardDuty

• Navigate to the GuardDuty console: In the AWS Management Console, search for "GuardDuty" and select the GuardDuty service.
• Enable GuardDuty: Click on "Enable GuardDuty".

enabling GuardDuty in the AWS Management Console

2. Create a Detector

• Create a detector: Click on "Create detector".
• Name your detector: Give your detector a unique name.
• Choose a region: Select the region where you want to create your detector.
• Create the detector: Click on "Create detector".

creating a detector in the AWS GuardDuty console

3. Review Findings

• Review findings: GuardDuty will automatically analyze your logs and identify potential security threats. You can view the findings in the GuardDuty console.

reviewing findings in the AWS GuardDuty console

4. Investigate Findings

• Investigate findings: Use the GuardDuty console to investigate the identified findings and determine if they pose a security threat.

investigating findings in the AWS GuardDuty console

5. Take Action

• Take action: If a finding is confirmed to be a security threat, take appropriate action to mitigate the risk.

AWS Firewall Manager LAB

 

1. Create a Firewall Manager Policy

• Navigate to the Firewall Manager console: In the AWS Management Console, search for "Firewall Manager" and select the Firewall Manager service.
• Create a policy: Click on "Create policy".
• Name your policy: Give your policy a unique name.
• Choose a policy type: Select the desired policy type (e.g., stateful, stateless).
• Configure policy settings:
  Specify the desired policy settings, such as the source, destination, and action.
• Create the policy: Click on "Create policy".

creating a Firewall Manager policy in the AWS Management Console

2. Associate the Policy with Accounts and Regions

• Associate with accounts and regions: Click on "Associate with accounts and regions".
• Choose accounts and regions: Select the AWS accounts and regions where you want to apply the policy.
• Associate the policy: Click on "Associate policy".

associating a Firewall Manager policy with accounts and regions

3. Deploy the Policy

• Deploy the policy: Firewall Manager will automatically deploy the policy to the specified accounts and regions.

4. Monitor Policy Compliance

• Monitor compliance: Use the Firewall Manager console to monitor policy compliance and identify any violations.

monitoring policy compliance in the AWS Firewall Manager console

5. Take Action

• Take action: If there are policy violations, take appropriate action to address them.