New services such as Aurora Serverless were introduced in 2019 by AWS. To complete the first test, the bulk of the products must be known well and questions concerning the review dumps are answered. To pass the AWS Solution Architect Associate test, two things are necessary: a lot of ratings and hard work. When I passed the exam with Cloud Guru, I was delighted about their wonderful educational material. An AWS credential shows that you know the tools of AWS and help you develop your job. In this article, you will get to know about aws solution architect practice exam.
The disposal process:
the disposal process follows a procedure to reduce the possible choices by 4 to 2, increase from 25 to 50% your chances of success.
Each question has four answers to choose from. Most of the questions always include two choices that are wrong and not in line with the question’s keywords.
What are the keywords that you mean?
Each question contains keywords and little information, which allows you to recognize the wrong choices.
Example: You work as a Systems Architect for a technology firm that is moving its software to AWS. One of their systems requires a global database that can handle schematic modifications.
What server approach is most effective to achieve this?
Available: Multi-AZ RDS, DyanmoDB, Redshift and Read Replica Amazon Aurora.
The keywords allow us to limit our options automatically. The pattern changes frequently. As the NoSQL solution for AWS is DynamoDB, we are very fortunate and can be sure that we have it right.
We can also consider the international keyword scale as a good DynamoDB measure. For the RDS and Aurora solution to scale, Auto Scaling is necessary and not regional.
Service association of keywords. For example, the answer is always AWS OpsWorks when you ask questions about the use of the Chef and Puppet.
Distributed software design:
Distributed applications mean a smaller program that connects to process those requests. The framework structure
This is the disconnection of AWS. Why does it matter so much?
You must understand how AWS Services interact and what their work is in the ecosystem to pass this test. This is only one of the various design environments but supports a decentralized network from a serverless viewpoint.
I would not like to go here very much, but invite you to find out how this system functions and how the systems work to cope with the query from consumers. What is the GET request like with the architecture? And a Text, what?
That service carries out a specific task, and each service speaks in a particular way.
VPC is everywhere:
VPC is a huge part of this experiment, so it is important to understand how this operates and all these are little glitches. VPC is everywhere.
It is necessary to understand why and what are the limitations of service in the public subnet versus the private subnet. VPC questions mainly concern the choice of the appropriate architecture type. How many subnetworks to register, what kind of case to use for a bastion host, how two VPCs can communicate, how one way to allow communication across the private subnet and the Internet. How many subnetwork settings can register?
Solutions Space. Which one?
AWS storage is a huge thing. There are so many choices to make, and they all have their purpose. The test LOVES to test your understanding, and what works best for the specific situation. The test won’t ask you any specific questions. You are not going to ask for a bucket policy or what the S3 URL looks like or for the difference in available availability between standard S3 storage versus a zone that is rare.
The strengths and faults of every storage solution are very straightforward.
S3 is the AWS service the most used because the storage solution is the easiest, most simple and cost-effective. It is modular, long-lasting, and accessible from the box. The constraint? It’s a storage object, so what it can store is limited.
EBS may be considered as an EC2-compliant virtual hard drive. This adds an extra complexity layer in comparison to S3 because EC2 needs to use an EBS volume. Like S3, EBS is the block-level storage that can be integrated into RAID structures and can contain operating systems and sophisticated web applications.