What is AWS?
Amazon Web Services is shortly called AWS which has a collection of cloud solutions that is frequently used by the majority of organizations, start-ups and government agencies. It helps the companies to manage high web traffic to store videos and a huge amount of data. The Structure of AWS EC2 mostly provides the customers in the use of various virtual machines with different configurations according to the requirements. Typically, EC2 means Elastic Compute cloud that allows different pricing options, various configuration options and mapping of specific web servers, and so on
What is AWS Architecture Representation?
The below diagram is the fundamental framework of AWS Architecture where it provides cloud computing services accordingly.
It is considered as the fundamental framework of AWS architecture or AWS EC2. Simply, EC2 is also called an Elastic Compute cloud which will permit the clients otherwise the customers of using various configurations in their own task or technique according to their requirement. There are also various incredible options such as price options, specific server mapping, arrangement server, and so on. S3 which is present in the AWS architecture is called Simple Storage Providers. By using this S3, customers can easily get or else shop data through different data types using Application Programs Interface calls. There will be no computing element for the services as well.
If you want to grow in your profession or wanting to take a leap to the next level of your job, then learning AWS training course and holding AWS certification is an important asset to you.
What are the Key Components of AWS Architecture?
Every single key component of AWS Architecture is explained listed below:
Load Balancing:
This load balancing element in the AWS Architecture helps to improve the application and the web server’s efficiency in the right way. According to the diagrammatic depiction of AWS Architecture, this Hardware load balancer is primarily used as the common network appliance and assists to execute abilities in the architecture of the standard web applications. It also ensures to offer the Elastic Load Balancing Solution, AWS takes the traffic and gets distributed to EC2 instances across the various available sources. Along with this, it also disperses the web traffic to vibrant enhancement as well as the Amazon EC2 hosts removals from the load-balancing rotation.
Elastic Load Balancing:
This load balancing can easily diminish and increase the ability of load balancing by adjusting some of the traffic demands and sustaining sticky sessions to have advanced routing services.
Amazon Cloud Front:
Amazon Cloud Front is mostly used for the distribution of web content which is directly made use of for the site delivery. The material in the Amazon Cloud Front can also be the sort of web content such as static, vibrant in addition to streaming web content that can also use global network locations too. From the user end, the content can be requested in an automated way based on the local area that also shows the diverse effect on the performance which will be boosted in the right way. There will be no dedications in the regular monthly smart and the agreements.
Elastic Load Balancer:
Elastic Load Balancer is mainly used to provide the required traffic to the servers and it also helps to boost the efficiency in a large manner. This Elastic Load Balancer can easily have a development in a dynamic and also the load-balancing capacity can be shrunk based on certain traffic conditions.
Security Management:
Security administration also sees to it to offer a security function specifically referred to as security teams. It will also work as an incoming network firewall software and will also need to define the ports, protocols, and resource IP ranges where all these can be reached to the EC2 instances. With the help of specific subnets or else IP addresses, the security teams can be configured that can also restrict the accessibility to EC2 circumstances properly.
Elastic Cache:
Amazon Elastic Cache is an efficient internet service where the memory cache can be managed in the cloud with ease. This cache plays an essential role in memory management and will also help to reduce the solution’s load in a reputable manner. It also ensures to enhance the performance with the scalability on the tier of the database by caching the info which is used in a frequent manner.
Amazon RDS:
Amazon Relational Data Service assists to deliver the same access that is similar to the MySql, Microsoft SQL Web server data engine, or Microsoft SQL. These applications, queries, and tools will serve in the Amazon RDS as well.
AWS Well-Architected Framework
The AWS Cloud computing is increased in a fast manner over the past few years and its high-demand drivers disruptive opportunities. It has also developed high-performance scalability, integrity, agility, and responsibilities with certain design principles to run AWS on system efficiency.
What is the Importance of AWS Architecture?
AWS architecture diagrams are mainly used to enhance the solution with the help of powerful drawing tools, plenty of pre-designed icons of Amazon, and numerous basic icons that are used for the creation of the AWS diagrams of the Architecture.
AWS Architecture also ensures to provide incredible solutions based on the web technologies, uploading and unloading of virtual servers, the selection service and the service of moving messages, etc. Moreover, the sources of AWS are available around the world and also have the ability to deploy solutions specifically where the clients need them.
Here are the main benefits of AWS Architecture and its uses:
- It has a wide range of benefits from the enormous economies of the range
- It also helps to quit presuming capacity and can easily accomplish higher economic prices which can easily translate the low prices to the top prices.
- It can quickly improve the agility and the speed that can decrease the time to complete a task.
AWS Fundamentals
History of Cloud
Cloud Computing Models
Features of Cloud Computing
Cloud Deployment Models
AWS Infrastructure Components
Availability zone as a Data Center
Region
Edge Locations
Regional Edge Caches
AWS as of Today
AWS Design principles
AWS Architecture Best practices
- https://d1.awsstatic.com/whitepapers/AWS_Cloud_Best_Practices.pdf
- https://d1.awsstatic.com/whitepapers/architecture/AWS_Well-Architected_Framework.pdf
- https://docs.aws.amazon.com/wellarchitected/latest/framework/welcome.html
AWS Interation Methods
- AWS Console: Explore console
- AWS CLI: Install and use AWS CLI
- AWS SDKs: For developers
AWS Services
AWS Compute Services
Instances
Containers
Serverless, Edge and Hybrid
Cost and capacity management
Conclusion
In this AWS article, you would have understood the AWS Architecture, its key components, and reasons to invest in AWS and make it your organization’s cloud platform!
That’s all for today. Our article is a great area to get going when it comes to learning more about AWS. Also, if you want to learn more, we are here to help you.
Check out this insightful video on AWS Tutorial for Beginners: