Frequently Asked Questions about AWS APP RUNNER

No, AWS App Runner does not currently support multi-region deployments.

• Network: An internet connection with speeds of at least 5 Mbps. • Storage: At least 10 GB of free disk space. The system requirements for using AWS App Runner are as follows:. • Browser: The latest version of Chrome, Firefox, Safari, or Edge. • Memory: At least 2 GB of RAM. • Operating System: Windows 7 or later, Mac OS X 10.11 or later

AWS App Runner can integrate with a variety of cloud services, including Amazon ECS, Amazon EKS, Amazon ECR, Amazon Fargate, Amazon SQS, Amazon SNS, Amazon SES, Amazon S3, Amazon DynamoDB, Amazon Kinesis, Amazon CloudWatch, Amazon Cognito, AWS Lambda, AWS Step Functions, AWS Glue, AWS CodeCommit, AWS CodePipeline, AWS CodeBuild, AWS CloudFormation, and AWS CloudTrail.

1. Blue/Green Deployments: This deployment strategy allows for a zero-downtime deployment process by running two copies of your application, one as the “blue” version and one as the “green” version. This allows you to quickly switch between the two versions in the event of any issues or changes., 2. Rolling Deployments: This is a more gradual deployment process that slowly rolls out the updated version of your application to your users. This helps to reduce the risk associated with deploying a new version of your application and also helps to reduce the load on your system., 3. Canary Deployments: This deployment strategy involves deploying a new version of your application to a limited number of users first. This allows you to quickly assess the performance and impacts of the new version before rolling it out to all users., 4. A/B Testing: This deployment strategy involves deploying two different versions of your application to a subset of users. This allows you to quickly assess the performance of each version and determine which one performs better.

1. Set up your App Runner environment: This includes creating an Amazon Elastic Compute Cloud (EC2) instance, setting up the appropriate security groups, and configuring the App Runner environment.. 4. Monitor and maintain your application: This involves using the AWS App Runner monitoring dashboard to view application performance and using the AWS App Runner console to manage application settings and access logs.. 2. Prepare your application: This involves creating a Docker image of your application, configuring the application settings, and testing your application.. 3. Deploy your application: This involves pushing your Docker image to the Amazon Elastic Container Registry (ECR) and using AWS App Runner to deploy your application.. The deployment process for AWS App Runner involves several steps:

AWS App Runner supports applications written in popular languages, such as Node.js, Java, .NET Core, Go, Ruby, PHP, and Python. It also supports containerized applications that are packaged in Docker images. AWS App Runner can be used to deploy web applications, microservices, serverless functions, and other types of applications.

AWS App Runner provides a centralized log management system that can be used to monitor and manage application logs. This system allows you to view, search, and filter logs across multiple applications and environments. Additionally, you can set up alerting rules to be notified of any issues or anomalies in your logs. Finally, you can set up automated log rotation to ensure that your log files don’t grow too large or too old.

Yes, AWS App Runner supports custom images. Custom images allow users to modify their application’s environment to suit their needs. For example, users can install specific packages, create custom configurations, and modify their application’s runtime environment as needed. Additionally, users can also use their own custom Docker images as the base for their application.

No, AWS App Runner does not support manual deployments. It is an automated service that deploys and runs containerized applications on AWS.

AWS App Runner provides a built-in logging system that allows you to collect, view, and analyze logs from your application. You can configure logging for your application by using the Log Configuration section of the App Runner console. Here you can configure the type of log format, the log retention period, the log destination, and the log filters. Additionally, you can configure CloudWatch Logs Insights to help you analyze your application logs.

1. Check the Application Logs: Check the application logs in the App Runner console to identify the source of the issue., 2. Update the Application Configuration: Check the application configuration settings in the App Runner console and update any settings that may be contributing to the issue., 3. Restart the Application: Try restarting the application to see if the issue can be resolved., 4. Contact AWS Support: If the issue persists, contact AWS Support for assistance.

1. Create an AWS App Runner environment., 2. Connect your source code repository to the environment., 3. Configure your application environment variables., 4. Create a task definition file., 5. Create a deployment configuration., 6. Deploy your application to App Runner., 7. Monitor and manage the application using App Runner.

Yes, AWS App Runner supports SSL. You can configure SSL certificates for your application using Amazon Certificate Manager (ACM).

AWS App Runner is a fully managed service that lets developers quickly deploy and manage containerized web applications on AWS. It simplifies the deployment process, allowing developers to focus on building and scaling applications rather than managing servers. App Runner automatically handles the deployment, scaling, and management of the containerized application, making it easy to launch and maintain production-grade apps. It also provides built-in monitoring and logging, as well as integration with other AWS services.

• Request latency. • Memory usage. • Application health status. • CPU utilization. AWS App Runner provides a range of monitoring and metrics that can be collected, including:. • Container logs. • Containers health status. • Availability Zone health status. • CloudWatch logs. • Network In/Out. • Error rate. • Service health status. • Container events. • Container resource utilization. • CloudWatch alarms. • Route 53 health checks. • Application logs. • Request count

1. Sign up for an AWS account if you don’t already have one., 2. Download and install the AWS App Runner application on your computer., 3. Select the application that you’d like to deploy and configure it with the necessary settings., 4. Create an Amazon EC2 instance to run your application., 5. Deploy your application to the EC2 instance., 6. Monitor and manage your application using the AWS App Runner dashboard.

No, AWS App Runner only supports containerized applications.

AWS App Runner pricing is based on the resources used by your applications, such as vCPUs, memory, and storage. You pay for the resources your applications use, along with a per-application charge. You can save money by selecting the right instance size and storage type for your applications.

Yes, AWS App Runner supports multiple applications. You can deploy and manage multiple applications by creating multiple App Runner environments. Each App Runner environment contains a set of resources that can be used to deploy and manage a single application.

Yes, AWS App Runner supports autoscaling. Autoscaling helps to ensure that your application is able to handle sudden spikes in traffic. With autoscaling, the platform will automatically scale up or down based on the amount of incoming requests, in order to maintain optimal performance.

AWS App Runner is secure due to its use of the Amazon Web Services (AWS) platform, which is designed to protect customer data and applications. AWS App Runner provides a secure hosting environment with a number of security features such as encryption of data at rest, secure access controls, and automated patching and upgrades. Additionally, AWS App Runner provides a range of features to help protect against security threats, including support for monitoring and compliance, and auditing of application access.

1. Automated Deployment and Management: AWS App Runner provides automated deployment and management, allowing developers to quickly set up and run their applications without needing to worry about the underlying infrastructure., 2. Security and Compliance: With AWS App Runner, developers can rest assured that their applications are secure and compliant with the latest industry standards., 3. Cost Savings: AWS App Runner can help developers save on operational costs by allowing them to use existing infrastructure for their applications., 4. High Availability: With AWS App Runner, developers can ensure that their applications are highly available and scalable to meet the needs of their business., 5. Easy Integration: AWS App Runner is easy to integrate with existing applications and development frameworks, allowing developers to quickly deploy their applications.

The recommended architecture for using AWS App Runner is to deploy the application in an Amazon Elastic Container Service (ECS) cluster. This architecture allows for scalability and reliability as the underlying infrastructure is managed by Amazon. Additionally, it provides the ability to deploy applications in a secure and managed environment. You can also use Amazon Elastic Kubernetes Service (EKS) for deploying your applications in clusters.

1. OAuth 2.0. 3. Amazon Cognito. 4. AWS IAM. 7. Custom authentication. 8. JSON Web Tokens (JWT). 6. User Pools. AWS App Runner supports multiple forms of authentication and authorization, including:. 5. SAML 2.0. 2. OpenID Connect

AWS App Runner supports Amazon Aurora, Amazon RDS, Amazon DynamoDB, Amazon DocumentDB (with MongoDB compatibility), and Amazon Redshift.

The third option is to use the AWS App Runner Console to manually set environment variables for your application. This is suitable for applications that require fewer environment variables and are not sensitive in nature.. AWS App Runner provides several ways to manage secrets and environment variables. The first option is to use AWS Secrets Manager, which is a secure and managed service for storing, retrieving, and rotating credentials. Once the credentials are stored in AWS Secrets Manager, you can use the AWS App Runner built-in environment variables to access the credentials during your application’s runtime.. Finally, you can also use custom environment variables to store sensitive credentials used by your application. These custom environment variables are encrypted at rest using AWS KMS and are accessible only to AWS App Runner.. The second option is to use AWS Systems Manager Parameter Store, which provides another secure and managed service for storing configuration data. You can use the AWS App Runner built-in environment variables to access the parameters stored in AWS Systems Manager Parameter Store.

No, AWS App Runner does not currently support custom networking rules.

Yes, AWS App Runner supports staging environments. In addition to production deployments, AWS App Runner also supports staging deployments. You can deploy a staging version of your application in a separate environment, allowing you to test and validate changes before deploying to production.

Yes, AWS App Runner supports cloud-native applications. It is designed to run containerized applications in the cloud, and supports both Docker and Kubernetes.

No, AWS App Runner does not currently support service discovery.

No, AWS App Runner does not currently support custom plugins.

Yes, AWS App Runner supports auto-scaling policies. Auto-scaling allows you to scale the capacity of your application up or down automatically, based on criteria that you configure, such as CPU utilization or request rate.

No, AWS App Runner does not support automated rollbacks. However, you can manually roll back a deployment to a previous version.

Yes, AWS App Runner supports continuous integration and delivery. App Runner supports a range of continuous integration (CI) systems, including GitHub, AWS CodePipeline, Bitbucket, and Jenkins. With App Runner, you can automatically deploy new versions of your application as soon as they are committed to your source code repository. App Runner also provides tools for automated testing, such as running unit tests and integration tests before deploying to production.

Yes, AWS App Runner supports deployment history and rollbacks. When a deployment is made, App Runner creates a version of the application code and changes the desired version of the application to the newly created version. The previous version is saved and can be rolled back to at any time.

Yes, AWS App Runner supports custom health checks. Health checks can be defined using the Amazon CloudWatch Events Rules service, and they can be used to monitor the health of applications running on the platform.

1. Make sure your application is optimized for the cloud. Make sure your code is efficient and you are using the latest cloud-native technologies., 2. Use AWS App Runner’s autoscaling feature to scale up or down to meet your application’s needs., 3. Utilize AWS App Runner’s caching feature to improve performance., 4. Take advantage of AWS App Runner’s logging and monitoring capabilities to keep track of performance., 5. Make sure to take advantage of the AWS App Runner’s multi-region deployment feature to ensure your application is highly available and resilient., 6. Use AWS App Runner’s load balancing feature to optimize response time., 7. Investigate using AWS Lambda functions to offload some operations to help reduce the load on your application.

No, AWS App Runner does not currently support cross-region replication.

3. Weighted Round Robin: This strategy routes requests to instances based on a weight assigned to each instance.. 5. Request Rate: This strategy distributes requests based on the rate of requests received by each instance.. 2. Least Connections: This strategy routes requests to the instance with the least number of active connections.. 1. Round Robin: This is the default strategy used by App Runner. It distributes requests evenly across the instances in your environment.. 4. Request Hash: This strategy distributes requests based on a hash of the request URL.. AWS App Runner supports the following load-balancing strategies:

No, AWS App Runner does not support container orchestration. It is designed to simplify the process of deploying and managing applications and microservices on AWS. It provides a fully managed environment for running containerized applications, but does not provide any orchestration functionality.

1. Create an AWS App Runner application: Use the App Runner user interface to create an application, select the code source, and configure the application’s settings., 2. Deploy the application: Use the App Runner user interface to deploy the application to the appropriate environment., 3. Monitor the application: Monitor the application’s health and performance using the App Runner user interface., 4. Patch and update the application: Apply patches and updates to the application using the App Runner user interface., 5. Re-deploy the application: Use the App Runner user interface to redeploy the application to the appropriate environment., 6. Verify the application: Verify the application is functioning as expected.

1. Use Auto Scaling to manage workloads: Utilize AWS Auto Scaling to ensure that your App Runner environment can scale up or down based on demand. This will help you to optimize your costs and ensure that you have the resources you need to run your applications., 2. Utilize Security Groups: Leverage AWS Security Groups to secure your App Runner environment. Security Groups allow you to specify which IP addresses and ports have access to your applications., 3. Monitor your App Runner environment: Monitor your App Runner environment with AWS CloudWatch or an external monitoring solution. This will help you to identify and address any issues that may arise in the environment., 4. Configure logging: Configure logging for your App Runner environment. Logging is an important tool for debugging, auditing, and troubleshooting., 5. Utilize automation: Utilize automation tools like AWS CloudFormation to automate your App Runner deployments. This will help you to quickly and easily deploy and manage your App Runner environment.

1. Create an Amazon ECR repository and push your application’s Docker image to it., 2. Create an AWS CodePipeline project to automate your build and deployment processes., 3. Configure your pipeline with a source stage to pull your application code from a source repository, such as GitHub., 4. Add a build stage to your pipeline to compile your application code and create a Docker image., 5. Add a deploy stage to your pipeline to push the Docker image to your Amazon ECR repository., 6. Create an AWS App Runner environment and configure it to use your Amazon ECR repository., 7. Configure your pipeline to deploy the Docker image to your AWS App Runner environment., 8. Configure your pipeline to run tests on your AWS App Runner environment after each deployment., 9. Monitor your pipeline to ensure that your application is continuously deployed and tested.

AWS App Runner offers a range of metrics and insights to help you monitor and analyze the performance of your application. You can access these metrics and insights in the metrics tab of the App Runner dashboard. This dashboard includes aggregated performance metrics such as average response time, request count, error rate, and more. You can also view granular performance data by inspecting the performance log for each request. This log includes detailed performance information such as request latency, query execution time, and more. Additionally, AWS App Runner supports the integration of third-party monitoring and observability tools, allowing you to further analyze and optimize the performance of your application.

Yes, AWS App Runner supports custom domains. You can use an existing domain name or register a new domain name in Amazon Route 53, and then configure a domain name and an SSL/TLS certificate for your App Runner application.

1. Create an AWS App Runner Application: Create an AWS App Runner application using the AWS Management Console., 2. Configure Your Application: Set up your application environment and configure the application server and load balancer., 3. Deploy Your Application: Deploy the application code to App Runner and create an Amazon EC2 instance to serve the application., 4. Monitor and Manage Your Application: Monitor the application performance and manage the application using the AWS console., 5. Scale Your Application: Automatically scale your application based on usage or set up manual scaling policies to increase or decrease the number of application instances.

Yes, AWS App Runner supports multiple user roles. You can assign roles to users to control their access to resources in the AWS App Runner console. For example, you can assign roles to allow access to the console, or to restrict access to certain areas. Additionally, you can assign roles to allow users to create and manage resources within the AWS App Runner environment.

No, AWS App Runner does not support access control lists.

Yes, AWS App Runner supports serverless applications. It is a fully managed service that allows you to deploy and manage both containerized and serverless applications without provisioning or managing any infrastructure. It is designed to simplify the deployment and operation of containerized and serverless applications on AWS.

No, AWS App Runner does not currently support Blue/Green deployments.