AWS remains the most popular cloud service provider in the world, with Amazon’s platform serving 41.5% of public application workloads today.
AWS’ dominance in the cloud provider market (image source)
To help businesses realize the full potential of the cloud, AWS released a set of principles known as the 5 Pillars of the AWS Well-Architected Framework to serve as a guideline in deploying and designing AWS architectures.
What is the framework about and how does an AWS visual management platform help businesses achieve the goals of the framework?
What is the AWS Well-Architected Framework and why should organizations care?
The AWS Well-Architected (WA) Framework is a set of principles in designing a cloud system.
This framework allows businesses to design stable, high-performance cloud ecosystems and replicate it across all organizations, regardless of their size or industry.
Imagine the AWS WA framework as a blueprint to build the foundation of a house. Without the blueprint, the house is in danger of being built on a shoddy foundation that will crumble anytime and is extremely difficult to fix.
The principles enable development teams to understand best practices in designing cloud architectures while allowing them to weigh the pros and cons of their implementation decisions. In addition, organizations can use the AWS WA framework as a benchmark in testing and assessing their cloud infrastructure to determine areas to be improved or upgraded.
The 5 pillars of the AWS WA Framework and how a visual AWS management platform helps organizations achieve each step
Operational excellence aims to strike a balance between delivering business value and improving internal processes and procedures by running and monitoring cloud systems effectively.
In layman terms, the operations of your cloud infrastructure must fully support the needs of the business and customers, which is done through running the right cloud applications and constantly monitoring their performance.
To achieve operational excellence, these 6 design principles must be met:
Perform all operations as code
Automate annotated documentation
Make frequent, small, easy to reverse changes
Improve operations procedures constantly
Prepare for failure and errors
Learn from all operational failures
An AWS visualization helps organizations meet operational excellence by visualizing the relationships between every AWS asset. This allows businesses to spot potential errors or misconfigurations easily while allowing them to make quick changes on the spot with just a few clicks.
On average, a security breach costs companies $3.86 million which is a lot of money lost even for enterprises and large organizations.
Combined with the magnitude of important data on the cloud, it’s paramount for businesses to put a heavy emphasis on protecting their cloud systems and information.
This can be achieved through security measures like maintaining the confidentiality of data, implementing strict authorization controls on employees, as well as installing controls (e.g. an intrusion detection system) to detect security threats.
Maintaining security in AWS is a matter of:
Implementing strong authorization controls
Applying security at all layers
Automating security best practices
Protecting active and passive data
Preparing for security events
With a visual AWS management platform like Cloudivize, businesses can detect security gaps in their cloud infrastructure visually rather than going through endless lines of code.
They can also make changes directly through the visual view to secure their cloud workloads, which saves plenty of time.
A cloud infrastructure is inefficient if it cannot guarantee uptime and reliability to businesses and end users.
A good cloud ecosystem should be able to recover from infrastructure and service failure without a hitch as well as being able to meet usage demand accordingly.
To achieve reliability, these five design principles should be factored in:
Test all recovery procedures
Set up procedures to automatically recover from failure
Use multiple, small resources instead of one large resource
Do not estimate capacity
Automate all infrastructure changes
With Cloudivize, users can check the usage of their AWS assets across all regions and deployment areas. This allows organizations to make changes to maintain reliability by having a quick and easy visual overview of their assets.
Performance efficiency is defined as the ability for businesses to utilize their IT and cloud resources to meet system requirements even when facing fluctuating demand and changing technology.
This includes best practices like choosing the right workloads and resource sizes to meet business needs, and monitoring performance to make informed decisions in managing cloud ecosystems.
Like its counterparts, performance efficiency relies on five core principles:
Democratize advanced technologies
Make it quick and easy to deploy resources globally
Go serverless wherever possible
Experiment with resources more often
Practice mechanical sympathy
An AWS visualization platform achieves performance efficiency by allowing organizations to easily monitor the performance of their assets through the visual view, hence meeting the principles of this pillar.
Finally, keeping costs as low as possible without affecting performance is the most crucial aspect of the framework.
This is particularly important when you factor in that AWS customers fork out $6.4 billion in excess resource usage every year as a consequence of poorly designed cloud systems.
Cost optimization cuts down on wasteful practices when designing a cloud infrastructure. This is achieved by investing in the right resources and scaling it carefully to meet organizational needs, while keeping costs relatively low through best practices like:
Adopting a consumption model
Measuring overall efficiency to manage costs
Cutting down spending on data center operations
Analyzing expenditure and attribution costs
Leveraging managed services
Similar to performance efficiency, Cloudivize’s visual management platform gives organizations an accurate visual view of their asset costs. Companies can see how much they’re paying for each asset and for how long to help them manage their costs efficiently.
Visualization helps build a solid AWS framework
It’s clear that an AWS visual management platform is an excellent tool for organizations to implement the best practices of the AWS WA framework to achieve the five pillars required in building secure, high-performing cloud workloads.
Cloudivize helps enterprises to achieve the pillars of the AWS WA framework by visualizing relationships between every AWS resource.
With Cloudivize, enterprises can track each AWS asset to identify their usage and performance metrics to achieve performance and cost-efficiency. Businesses can also easily manage and make changes to their cloud infrastructure to improve security and maintain reliability.
Request a demo today to find out how Cloudivize can help your organization improve and achieve the five pillars of the AWS WA framework with our interactive visual management platform.
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