AWS Networking Services
Tags: aws, vpc, networki
Published: 2022-07-09 17:51:24

The most popular cloud service provider in the worldwide is amazon web services or AWS. The most adaptable cloud service provider, AWS offers customers throughout the world hundreds of different cloud services. AWS has designed a number of products and services with distinctive qualities to fulfill the daily demands of its clients and provide them with cloud based solutions. Following are the services that AWS currently provides are given below:

**Amazon Virtual Private Cloud**
The AWS cloud can be divided into many regions, each of which can be completely customized is all because of Amazon Virtual Private Cloud (VPC). For example, setting up subnets, setting up network gateways, choosing your own IP address and configuring route tables. The network settings for your virtual private cloud can be readily customized. For instance, you may set up a subnet for your web servers that is accessible to the internet from the outside and put your backend systems there.

**Amazon CloudFront**
A quick content delivery network (CDN) solution called Amazon CloudFront offers developer-friendly conditions while safely transferring data, movies, applications, and APIs to clients around the world at high transfer rates and minimal latency. CloudFront is consolidated with AWS in such a way that it is connected to the AWS worldwide framework in a number of ways. Once your tools are build and you’ve completed the introductory setup of your AWS account, you may start using them right away because you are already familiar with them. Tools which are included are CLIs, AWS Management, Console, SDKs, AWS CloudFormation, and APIs.

**AWS Cloud Map**
This service is used for finding cloud resources. You may give your application resources custom names with AWS Cloud Map, and it will keep track of their most recent locations. As a result, your web service will always find the localities of its resources that are the most current, increasing the accessibility of your application. The majority of contemporary apps are made up of a number of services, each of which may be accessed via an API and serves a particular purpose. Each service communicates with a range of additional resources, including databases, queues, object stores, and microservices that are defined by the customer. Additionally, they must be able to locate every piece of infrastructure that they depend on in order for them to be used. All the names of the resources and their positions inside the application code are normally managed manually. 
It may also leverage products from third parties for service discovery, but doing so necessitates setting up and maintaining extra infrastructure and software. Any application resource, including microservices, queues, databases, or any other cloud resources, can be registered with AWS Cloud Map and given a unique name. The status of resources is then continuously verifying by AWS Cloud Map to ensure that the location is accurate. Depending on the kind of the programme, the application can then query the registry to determine where the required resources are located.

**Elastic Load Balancing**
It carries out operations that distribute the volume of network traffic. In addition to this, elastic load balancer divides network traffic among various targets, such as EC2, to reduce the vulnerability of applications to network errors caused by high approaching traffic to the network. It typically has three methods for load balancing available which includes the application load balancing, second is network load balancing, and the last is traditional load balancing. According to the delivery's content, the application load balancer functions best when traffic from HTTP and HTTPS requests is balanced. The Network Load Balancer performs optimally while handling complicated requests that use of TCP and TLS protocols for transmission management and security whereas the last one which is classic load balancer is appropriate for applications created for the EC2 network because it accepts traffic across those networks.

**AWS Global Accelerator**
With local or international users, AWS Global Accelerator enhances the execution and accessibility of the apps. It offers stable IP addresses that serve as a firm entry point to the application endpoints in one or more AWS domains. The execution of the TCP and UDP traffic is enhanced by AWS Global Accelerator, which utilizes the AWS global network to optimize the route from the users to the apps. In a very less time, AWS Global Accelerator will reroute traffic to healthy endpoints after continuously checking the state of the application's endpoints.

**AWS Direct Connect**
It is simple to set up a firm connection of network from your offices to AWS using the cloud service option known as AWS Direct Connect. You can create private communication between AWS and your workplace, or other location by using AWS Direct Connect which provides the Internet-based connections, can frequently lower your network expenses, boost the output of bandwidth, and offer a more reliable exposure in networking.

**AWS Private Link**
By preventing data from being exposed to the public Internet, AWS Private Link streamlines the safety and reliability of data shared with cloud-based apps. Among VPCs, AWS services, and workplaces applications, AWS Private Link offers individual and exclusive connectivity that is safely provided over the Amazon network. In addition to this, AWS Private Link helps in connecting services across several accounts and VPCs is simple, greatly simplifying the network architecture.

For quick, dependable, and secure AWS Networking, Amazon offers a number of AWS services. It offers ways to build a cloud network using several AWS services, including EC2 Instance, Load Balancers, Gateway, Route 53, Amazon VPC and others.