Like in the 3rd example template, this one also shows the setup and the configuration of VPN instances, although there are only 2 instances here. The diagram template below is of an HA design for the VPC component of the network. 3-Tier Architecture - AWS Example (Click on the template to edit it online) High-Level HA Architecture for VPN Instances 2 You can click the image and edit the template online according to your requirements. The core network backbone, the distribution layer and the access layer are shown here. This is a 3-tier auto-scalable web application architecture. ![]() Running a Stack in a VPC (Click on the template to edit it online) 3-Tier Auto-Scalable Web Application Architecture Click on the image to change the diagram according to your requirements. Several components are included in this VPC subnets, internet gateway, load balancer and NAT. The AWS diagram template below shows the configuration of a VPC for an AWS OpsWorks app server stack. Multiple VPN Connections (Click on the template to edit it online) Running a Stack in a VPC Click on the image to start editing right away. While the VPC has an attached private virtual gateway, you network has a customer gateway which needs to be configured to enable the VPN connection. This diagram AWS template depicts multiple VPN connections. Reference Architecture with Amazon VPC Configuration (Click on the template to edit it online) Multiple VPN Connections Click the image to use this AWS template as a template. Through the configuration of such security groups, these attacks can be detected and mitigated easily. This AWS architecture diagram describes the configuration of security groups in Amazon VPC against reflection attacks where malicious attackers use common UDP services to source large volumes of traffic from around the world. Architecture of the Elastic Load Balancing Service (Click on the template to edit it online) Reference Architecture with Amazon VPC Configuration ![]() Click on the image to use it as a template or modify it online. While the load balancers monitor the traffic and handle requests coming in through the internet, the controller service monitors the load balancers and make sure that they conduct themselves properly. Here there are two resources load balancers and the controller service. This is the architecture of an Elastic Load Balancing service. Varnish Behind the Amazon Route5 (Click on the template to edit it online) Architecture of the Elastic Load Balancing Service Start with this template to plan out your own Varnish deployment architecture in AWS. Varnish is a web application accelerator that is used for page caching and faster delivery. This template describes the implementation architecture of Varnish on Amazon Web Service Cloud. VPC with Public and Private Subnets (Click on the template to edit it online) Varnish Behind the Amazon Router 53 Click the image to make the necessary changes online. If you are planning to run a public-facing web application with back-end servers that are not publicly accessible – for example a multi-tier website – this template would be ideal to communicate your application design. This template represents a scenario that includes a VPC or a virtual private cloud with a public subnet and a private subnet. To create Azure Architecture, use an Azure architecture diagram tool AWS VPC architecture diagram with Public and Private Subnets
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