Deploying Web Applications Hosting – This architecture shows the basic components of a basic web application. You can use the architecture to create a web application and then customize the application to your needs.
Your requirements may differ from the architecture described and provided in the code. The code is deployed with production configurations. Use the recommendations to tailor your deployment to your needs.
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They differ in the number of cores and memory. You can change the pricing level after deployment by selecting “Upgrade (App Service Plan)” in the left navigation bar. Here are some App Service recommendations:
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These considerations implement the pillars of the Azure Well-Architected Framework. Pillars are a set of guiding principles that improve the quality of your workload. For more information, see Well-designed Microsoft Azure.
One of the main benefits of Azure App Service is the ability to scale your app based on load. Here are some things to keep in mind when planning to scale your application.
Which specifies the minimum and maximum number of occurrences. Program-based profiles can be configured to trigger scaling events. For example, you can create separate profiles for weekdays and weekends. The profile can contain rules for adding and removing instances. For example, adding two instances if CPU usage exceeds 70% for 5 minutes.
Scale individual databases without application downtime if you need a higher service level or performance level for SQL Database.
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At the time of writing this report, the service level agreement (SLA) for App Service is 99.95%. The App Service SLA applies to single and multiple instances. SQL Database SLA is 99.99% for Basic, Standard, and Premium tiers.
SQL Database provides point-in-time and geo-restore to restore lost data. These features are available at all levels and are enabled automatically. You don’t need to schedule or manage backups.
Create separate resource groups for production, development, and test environments. The separation of environments makes it easier to manage deployments, remove test deployments, and assign access rights.
. The production space represents a living place of production. We recommend creating a staging slot to deploy updates. Benefits of using the rehearsal room include:
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This section lists security considerations that are specific to the Azure services described in this article. This is not a complete list of security best practices. For other security considerations, see Securing apps in Azure App Service.
An audit can help you maintain compliance and gain insight into discrepancies and irregularities that may indicate business issues or suspected security breaches. See an introduction to auditing SQL databases.
Each deployment slot has a public IP address. Secure your non-production spaces with Azure Active Directory login so that only members of your development and DevOps teams have access to these endpoints.
Logs should never record user passwords or other information that could be used to commit identity fraud. Remove these details from the data before saving it.
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Domain. If you’re using a custom domain name, you’ll need to provide a certificate that matches your custom domain. The simplest approach is to purchase a certificate directly through the Azure portal. You can also import certificates from other CAs. For more information, see Buy and configure an SSL certificate for Azure App Service.
HTTPS is not enabled by default in the ARM template implementation. As per security best practice, your application should enforce HTTPS by redirecting HTTP requests. You can implement HTTPS in your app or use a URL rewrite rule as described in Enable HTTPS for apps in Azure App Service.
We recommend authenticating through an identity provider (IDP) such as Azure AD, Facebook, Google, or Twitter. Use OAuth 2 or OpenID Connect (OIDC) for the authentication flow. Azure AD provides features for managing users and groups, creating application roles, integrating on-premises identities, and using back-end services such as Microsoft 365 and Skype for Business.
Prevent the app from directly managing user logins and credentials. Create a potential attack surface. At the very least, you need to have email confirmation, password recovery and multi-factor authentication, check password strength, and store password hashes securely. The great identity providers take care of all these things for you and constantly monitor and improve their security practices.
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Consider using app service authentication to implement an OAuth or OIDC authentication flow. App Service Authentication benefits include:
This architecture includes an Azure App Service plan and a blank app. It uses Azure SQL Database, Azure Key Vault to store database connection strings, and Azure Monitor for logging, monitoring, and alerting.
Use the following command to create a resource group for the deployment. Select the Try Now button to use the built-in shell.
Run the following command to deploy the web app and supporting platform. Enter your username and password when prompted. These values are used to access the Azure SQL Database instance. Architecture Cloud Games Operations & Migrations Market News Partner Network Smart Business Big Data Business Productivity Cloud Business Strategy Cloud Financial Management Compute Contact Center Containers Database Desktop & Streaming Applications Developer Tools DevOps Front-end Web & Mobile
Main Architecture Description
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Workload organizations often want to take advantage of global reach to expand globally. Web applications hosted in one region can be reached worldwide, but latency issues can negatively impact performance and user experience.
Web applications often work with basic databases, such as a database running on SQL Server on Amazon EC2. Spreading your web application deployment across multiple regions helps reduce latency, but separate database instances running in different regions must be kept in sync at all times. Also check for write conflicts. Avoiding these conflicts and challenges can be a burden, especially if you’re not using a managed database engine that can handle these replication issues. Expanding to China regions can be difficult as not all services and features are available.
To establish a low-latency link between a China region and another global region, we recommend using a direct connection. To comply with Chinese legal and regulatory requirements, regions in China are supported by local partners. Through Direct Connect connections, supported by a partner network, reverse proxies direct users in China to the appropriate resources in their home region with low latency. This reduces the need to set up replication to multiple database resources and worry about synchronization.
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In this post, we show you how you can improve the user experience when accessing a SQL Server based web application running on Amazon EC2. This is done by establishing Direct Connect connections and configuring reverse proxies.
The following architecture diagram shows two VPC networks, one in the Northern Virginia region and one in the Beijing region.
The connection between two regions supports both Direct Connect and the selected Direct Connect partner network. From the China region direct connection gateway, traffic is routed to the partner peering point. The partner skeleton serves to facilitate movement across the Chinese border.
Outside of China, the partner you work with provides another point of interconnection. From there, your traffic goes through the backbone via another Direct Connect connection.
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Direct Connect connections have different speeds, from 50 Mbps to 100 Gbps. First, you need to figure out how much bandwidth you need.
Work with a Direct Connect partner who will initiate Direct Connect connections for needed accounts in the China and US regions. Two calls are made:
Once your Direct Connect connections are ready to use, you need to bind them to the Direct Connect gateways you created.
Now that our Direct Connect is fully set up, we need to tell our traffic how and where to go. We achieve this with reverse proxies and VPC route tables.
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Reverse proxies will redirect traffic from users in China connecting to Amazon EC2 instances in China back to resources in Northern Virginia.
To do this, you need to configure your instances to act as reverse proxies. For this you can use commercial software like NGINX like NGINX Reverse Proxy Server AMI or any other software of your choice. Alternatively, you can develop and configure your own reverse proxy.
Now that the reverse proxies are configured to redirect traffic to resources in Northern Virginia, you need to set up route tables to use Direct Connect. In this example, assume that the Beijing region VPC CIDR block is 10.1.0.0/24 and has a virtual private gateway identified as vgw-01. The VPC in the Northern Virginia region has a CIDR block of 10.2.0.0/24 and a virtual private gateway identified as vgw-02.
In the Beijing region, create a new route in your VPC to route traffic destined for the Northern Virginia CIDR block to the virtual private gateway you previously set up as you can see
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