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The training that leads to the AWS Cloud Architect certification will teach you the fundamental skills that are necessary to design and deploy applications that are dynamically scalable, highly available, fault-tolerant, and reliable on Amazon Web Services, which is one of the leading providers of cloud platform services (AWS). You will become an expert in understanding the terminologies, concepts, benefits, and deployment options offered by Amazon Web Services (AWS) to meet the demands of your company after gaining knowledge of the fundamentals of the Amazon Web Services (AWS) cloud platform. You will also learn how to build, implement, and manage scalable and fault-tolerant systems on AWS, as well as how to select the appropriate AWS service based on data, compute, database, and security requirements.
The holder of an AWS Cloud Architect certification from Amazon Web Services is able to demonstrate that in addition to specific knowledge, they also possess a specific set of skills. Cloud Architects frequently have the opportunity to begin their careers with positions that are classified as entry-level, and as they gain experience, they can advance their certifications and move up the ranks of available jobs. It is anticipated that by the year 2023, cloud architects will hold the position of being the second most in-demand technology job. It is the responsibility of this role to design and develop advanced cloud-based solutions for companies that are moving their existing workloads and infrastructure to the AWS cloud. These solutions must be tailored to meet the specific requirements of the company. Cloud architects who work with Amazon Web Services (AWS) have access to an infinite number of virtual resources, each of which can be provisioned or disposed of in a relatively short amount of time. It is possible to feel overwhelmed because there are many services that you need to become familiar with. On top of that, having infrastructure and data stored in the cloud can become a security nightmare if it is not handled correctly. This can be particularly problematic for businesses that deal with sensitive information.
A person with the skills to become an AWS Cloud Architect has excellent employment opportunities available to them. After demonstrating that you are a knowledgeable and experienced professional in the field, you will most likely become a sought-after professional and have options to move up the career ladder or switch to a different organization. This will be the case if you demonstrate that you are a knowledgeable and experienced professional in the field. This comes on top of the numerous job opportunities that are currently available to you. Let us look at some of the basics that are covered in training.
1. Java, Python, or C# programming
The majority of architects have worked in the software industry before. Java, Python, C#, or any other programming language for which Amazon Web Services offers an official Software Development Kit (SDK) must be able to write code in order to be a successful AWS architect. To create workable, logical solutions that will work as intended, it is imperative to have a general understanding of programming. Additionally, a skilled architect can use programming to quickly develop a proof of concept or demo to make a point or research how to use the newest and most cutting-edge technologies.
2. Networking
It is challenging to create a cloud-based solution that is both secure and scalable without knowledge of networking. You should become familiar with concepts like DNS, TCP/IP, HTTP, CDN, and VPN. These are just a few of the words you need to know. However, that does not imply that you must be aware of the port number that needs to be opened in order to enable SSH access (although it helps). By utilizing services like Route 53 (DNS), CloudFront (CDN), and Virtual Private Cloud, you are expected to be able to design cloud networking that uses public and private subnets, internet access, and VPC peering (VPC).
3. Basics of data storage
Every single software architect needs to be knowledgeable about databases and know when and how to use them. You must be able to judge when each option should be used because there are so many options for storing data in AWS. To choose the best method for storing some or all of your company’s data, you will need to compare various capabilities, performance, and price. These techniques range from Relational Database Service (RDS), which is simple but effective, to fully operational Hadoop clusters, all the way up to the straightforward but effective bucket storage offered by S3.
4. The foundations of security and defense
AWS offers several services and policies that were created especially to help you make sure that only authorized code and people are allowed to perform particular tasks. These services include safeguarding access to both your data and your AWS account. You should also familiarize yourself with Identity and Access Management (IAM), a service that will help you specify which services and users have access to which resources. Learn the skills required to use Access Control Lists and Security Groups to secure your networks.
5. Choosing an AWS service
A combination of “front-end” and “back-end” technologies supported by parts provided by a cloud vendor, most frequently Amazon, is referred to as “cloud architecture.” Good cloud architects should be knowledgeable about the services that are relevant to the company they work for and be aware of the services that are available to them. This is not an easy task because Amazon frequently introduces new services at various times of the year. Understanding what you should focus on is crucial. AWS architects should be familiar with some of the fundamental services, such as SQS (simple queuing), SNS (notifications), and RDS (Relational Database Service). Knowledge of more specialized ones, such as one of the AWS services related to the internet of things, is very beneficial.
6. Cloud-specific innovations and design trends
Certain rules are open to change when software is moved to the cloud. Scalability, availability, and recovery will all be much easier if you properly design your workloads and utilize AWS’s infrastructure.
Using messages, storing state in the right place, and handling failures correctly are all crucial components of developing scalable, cost-efficient applications. With the aid of design patterns like pub/sub, queuing, and eventual consistency, you can build scalable applications. You can make more instances of the same service using these patterns.
