10 Design Principles for AWS Cloud Architecture. Cloud computing is one of the boons of technology, making storage and access of documents easier and efficient. For it to be reliable, the AWS cloud architecture need to be impeccable. It needs to be reliable, secure, high performing and cost efficient. A good AWS cloud architecture design should take advantage of some of the inherent strengths of cloud computing – elasticity, ability to automate infrastructure management etc.

Your AWS Cloud architecture design needs to be well thought out because it forms the backbone of a vast network. It cannot be arbitrarily designed. There are certain principles of architecture that one needs to follow to make the most of the tremendous capabilities of the Cloud. Here are ten design principles that you must consider for your AWS cloud architecture. Think Adaptive and Elastic. The AWS cloud architecture should be such that it support growth of users, traffic, or data size with no drop in performance.

It should also allow for linear scalability when and where an additional resource is added. The system needs to be able to adapt and proportionally serve additional load. Whether the AWS cloud architecture includes vertical scaling, horizontal scaling or both; it is up to the designer, depending on the type of application or data to be stored. But your design should be equipped to take maximum advantage of the virtually unlimited on-demand capacity of cloud computing. Consider whether your AWS cloud architecture is being built for a short-term purpose, wherein you can implement vertical scaling.

Else, you will need to distribute your workload to multiple resources to build internet-scale applications by scaling horizontally. Either way, your AWS cloud architecture should be elastic enough to adapt to the demands of cloud computing. Also, knowing when to engage stateless applications, stateful applications, stateless components and distributed processing, makes your cloud very effective in its storage. Treat servers as disposable resources. One of the biggest advantages of cloud computing is that you can treat your servers as disposable resources instead of fixed components.

However, resources should always be consistent and dedicated ssd server tested. One way to enable this is to implement the immutable infrastructure pattern, which enables you to replace the server with one that has the latest configuration instead of updating the old server. It is important to keep the configuration and coding as an automated and physical dedicated server repeatable process, either when deploying resources to new environments or increasing the capacity of the existing system to cope with extra load.

AWS Bootstrapping, AWS Golden Images or a Hybrid of the two will help you keep the process automated and repeatable without any human errors. Bootstrapping can be executed after launching an AWS resource with default configuration. This will let you reuse the same scripts without modifications. But in comparison, the Golden Image approach results in faster start times and removes dependencies to configuration services or third-party repositories. Certain AWS resource types like Amazon EC2 instances, Amazon RDS DB instances, Amazon Elastic Block Store (Amazon EBS) volumes, etc.

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