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What to Know About Getting Into Architecting on AWS

Getting Into Architecting on AWS |

Successfully architecting on Amazon Web Services (AWS) requires a certified expert who possesses the technical skills needed for one of IT’s highest-paying jobs. That’s because AWS Certified Solutions Architects use their skills to develop cloud-based IT infrastructure and solutions to handle an organization’s cloud computing workload. An AWS Certified Solutions Architect is the de facto point person for all the planning, designing and scaling in any organization working on the AWS platform. They also work alongside an AWS network engineer in building the cloud infrastructure.

All AWS Certified Solutions Architects must complete vendor-authorized training before they can earn an AWS certification and pursue coveted positions designing the cloud infrastructure of the world’s leading enterprises. Architecting on AWS training courses teach IT professionals how to build efficient applications, handle a high volume of daily web traffic and understand the core concepts to build with scalability in mind. AWS architects are a tremendous asset to an organization because they exponentially improve their cloud’s performance while simultaneously reducing operational costs.

If you’re an IT beginner interested in learning more about the AWS Cloud and EC2 elastic cloud, it’s best to first take an AWS Technical Essentials course to learn the foundational skills and knowledge that is required to then complete the Architecting on AWS and AWS Certified Solutions Architect training.

 

Advanced Architecting on AWS

For IT professionals who already know the basics and want to take the next step in architecting on AWS training, the Advanced Architecting on AWS training course teaches intermediate IT professionals how to implement advanced security measures and use data to understand complex cloud solutions.

A critical difference between the advanced and associate-level Architecting on AWS courses is that Direct Connect and Storage Gateway are covered in more depth in the advanced course. The advanced course also teaches students how to build a hybrid architecture that is elastic, secure and scalable, and combines the basic concepts and accelerated AWS architecture courses for more comprehensive education to prepare students for the AWS Certified Solutions Architect exam. Overall, the advanced course is quite comprehensive and technical, which is why it’s intended for individuals who have prior experience designing scalable and elastic applications.

Alternatively, IT professionals who complete a three-day architecture course can take a different career path by enrolling in Security Engineering on AWS training.

 

The Five Pillars of AWS Architecture

The AWS Well-Architected Framework outlines the following five pillars for AWS architecture as playing a key role in all fundamental concepts and design principles for running workloads on the AWS Cloud:

1. Operational Excellence

An AWS architect must fully understand the nuances and complexities of an organization’s cloud platform needs, as their goal is to continuously provide business value. This is done by creating and using procedures designed to respond to and validate events. The architect must also define standards to manage daily operations.

2. Security

The best cloud workloads are designed by following best practices for responding to and deterring cybersecurity threats. Best practices for AWS cloud security consist of implementing access controls, protecting systems and securing all data analytics. Security is an essential component of any cloud infrastructure because an unsecured platform can lead to a data breach, which can lead to financial losses. Fortunately, the AWS Cloud has automated features to respond to security breaches.

3. Reliability

A reliable system must seamlessly accommodate an ever-changing workload. Reliability involves designing architecture that consists of planning for disaster recovery, managing automated processes, testing recovery procedures and scaling horizontally to increase workload capabilities. Therefore, it is essential to ensure the platform’s workload is always flexible to meet requirements and "self-heal" to prevent and mitigate unforeseen disruptions.

4. Performance Efficiency

AWS infrastructure requires the use of multiple solutions and features for maximum efficiency. This is especially true when solutions for a workload are numerous and complex, because each feature fills a gap for specific needs. The concept of performance efficiency is essential for effective AWS architecture because it requires architects to continuously explore and deploy new solutions on the continually improving AWS Cloud. AWS is also able to step in and automatically perform some of these duties. This is advantageous because many decisions are made through data analytics rather than solely by a human decision.

5. Cost Optimization

Cost optimization is a crucial best practice because it is at the heart of an AWS architect’s goal to optimize cloud performance in a cost-effective manner when running a large workload on the platform. Using services and amenities offered by the AWS Cloud, architects can deliver significant savings to their organization.


Advance Your Career in AWS Architecture

Take the next step in advancing your career in AWS architecture with top virtual IT training courses through ExitCertified. With over 9,500 IT training courses from 25 leading brands to maximize your earning potential, ExitCertified training courses are vendor-authorized and teach the latest standards in the industry to ensure the content you’re learning is relevant. Specifically, ExitCertified’s AWS training courses teach all the skills, concepts and knowledge you need to pass the AWS Certified Solutions Architect exam.

Get started by exploring ExitCertified’s Architecting on AWS course.

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