Amazon Virtual Private Cloud (VPC) for Winodws

Amazon Virtual Private Cloud (VPC)

By using Virtual Private Cloud, in here it is possible to launch AWS resources in a virtual network that we declare. In simple way we have a complete control all over the network which we create include section of our own IP address range, subnets of that IP and also route tables configuration and also gateways for the network. In VPC we can use both version of IP, IPV4 and IPV6.

After creating VPC once, You can change a size and also a IP address if you want. Make sure the CIDR block size can be from /16 to /28 for IPV4 but for IPV6 it is /64 . Where CIDR stands for Classless inter-domain routing (CIDR). It is a set of Internet protocol (IP) standards that is used to create unique identifiers for networks and individual devices.

This lab Will cover following steps which is as bellow,

  1. Create Amazon VPC.
  2. Set up routing for VPC.
  3. Deploy Amazon EC2 instance into VPC.
  4. Attach an Internet gateway to the VPC.

Login using appropriate credential for AWS

First of all you have to login in AWS to access the services,

Click on Services and select VPC which is in Networking and Content Delivery section

Step 1: Create Amazon VPC

To create VPC just click on Start VPC Wizard which is on the top of the page,

After  click on that wizard select a first option which is for single public subnet and then go to next step. The configuration of a VPC with a single public subnet, and an Internet gateway to enable communication over the Internet. This is a recommend configuration if you need to run a single-tier, public-facing web application, such as a blog or a simple website.


In the next step give a VPC name in here the name of VPC is origzovpc and also look that two IPV4 address first is for CIDR block and second is for Public subnet. Where CIDR stands for Classless inter-domain routing (CIDR). It is a set of Internet protocol (IP) standards that is used to create unique identifiers for networks and individual devices. You can always add and remove subnets later, but you will not be able to modify the CIDR block assigned to the VPC.

At the end click on Create button to create VPC.


After that just select a new created VPC and saw the details which is provide down side and see about DNS setting both are in yes status,

You can see a default gateway for the VPC which is newly created now and also one default gateway in the Internet Gateway option which is in left side,

Step 2: Setup Routing

For routing table for VPC just click on the route tables and then click on the VPC for which you want ton see Routes, in here new created VPC was origzovpc and for that we saw there are two destination available one is for local route and it is default so we could not remove it. Second shows the route that the VPC wizard added to enable traffic destined for an IP address outside to flow to the Internet Gateway. This subnet refer as a public subnet because all traffic from the subnet goes to the Internet Gateway.

Step 3: Setup Security Group

A security group acts as a virtual firewall that controls the traffic for one or more instances. When you launch an instance, you associate one or more security groups with the instance. You add rules to each security group that allow traffic to or from its associated instances. You can modify the rules for a security group at any time; the new rules are automatically applied to all instances that are associated with the security group. When we decide whether to allow traffic to reach an instance, we evaluate all the rules from all the security groups that are associated with the instance.

To create Security group just click on Security Groups in the left side and then click on create security group, after that a new popup come on the screen fill up the name of the security group and also name tag and also select for which VPC this security group will be create,

In here name of the security group is WebServerSG, after creating this just click on that group and select Inbound rules and add some rules which is for HTTP, SSH and RDP, the source for all this rule are same which is and hit on save.

After that click on outbound field and remove that existing rule because if it is available in so it is give a authority to all IP addresses to access your instance using SSH and RDP which one is not safe,



Step 4: Launching an Amazon EC2 instance

Now to create a Amazon EC2 instance using this VPC just click on services and select EC2 services from the compute,

After click on EC2 service in compute click on Launch Instance button which is in the center of the page,

Then you are in the main page of the creating instance, in here you can see a list of operating systems different different service and also with different version, select which one is required and hit on select, i am going with Amazon Linux AMI

In the next step select which type of Instance you want like how many vCPU or a how much GB Memory or required storage space all the things will come in a package so select which is comfort for you, I will go with t2.small which is shows in a bellow picture,

After selection of Instance type in the next step to configure it with a required VPC, subnet and also we can increase a same number of instance if we need more then on just increase the count of the instances which is shows in bellow image, i will go with a new VPC which is created before and rest of other options are default as given.

In next step select the total storage for this instance and also provide a tag for the instance which makes easy to remember also. After that select a security group for the Instance means by using this security group we can manage inbound and outbound traffic using specific port number,

At the end it is about key pair, means you have to create a key pair or select from the existing key pair for the instance. Use of the key pair is for login first of all if we are using a Linux machine at that time key pair will ask for login and if we are using windows then we have to use key pair to decrypt the password from that key pair, Bellow image show that popup for the key pair and also show the last checkbox which is for acknowledgement to have that key pair and without this, there is no possibility to login this instance.



In given picture you can see a name of that Instance and also a VPC group id and there subnet ID which is related to this Windows Instance.

Step 5: Attaching an internet gateway to your VPC

To attach an Internet Gateway to your VPC, you create an Elastic IP address, which is a public IP address, which is also a public IP address which is also belongs to your AWS account, and also associated with your Instance to make  it accessible from the Internet,

For this just go to the VPC dashboard and then click on Elastic IPs which is in the left side panel, and then click on allocate new address as bellow image,

After click on allocate new address you can see a IP address for Elastic IP and hit on close.

Select the new generated Elastic IP from the list and then go to action to select Associate address option,

When you click on Associate address option, new popup will come on the screen and then provide a instance details by using instance or network interface and select Id for Instance or a network interface and also select private IP for that and then hit on associate button which in on bottom of the page,


By using VPC you can easily customize the network configuration for your virtual private cloud. In VPC use different network IP and subnets also. so at the end we have a complete control on the network. You also differentiate public facing subnet and private facing subnet so we can easily manage and make some limitations for the users who can assess outside world.

In VPC they will charge $0.05 per connection hour. if you choose to create a NAT gateway in your VPC it will charge for each NAT Gateway hour that you NAT gateway is available if you want to stop getting charge for the gateway then delete that gateway. It will depend on the region. For Sydney they will charge $0.059 per hour and also $0.059 per GB per GB data processed.


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