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I am truly honored Udemy CEO highlighted my SAA-C03 courses in the earnings call [Aug-2022] for providing up-to-date and relevant content
Welcome to the Part 2 of AWS Solutions Architect Associate Course.
If you are interested in becoming a cloud architect, you have come to the right place.
An architect is responsible for translating the business requirements into a solution blueprint
And also provide implementation guidance to the development team
To effectively play this role, you need a breadth of understanding of AWS services and how to integrate them into a complete solution
I am truly honored Udemy CEO highlighted my SAA-C03 courses in the earnings call [Aug-2022] for providing up-to-date and relevant content
Welcome to the Part 2 of AWS Solutions Architect Associate Course.
If you are interested in becoming a cloud architect, you have come to the right place.
An architect is responsible for translating the business requirements into a solution blueprint
And also provide implementation guidance to the development team
To effectively play this role, you need a breadth of understanding of AWS services and how to integrate them into a complete solution
In this course, we walk through several business scenarios and how to apply cloud architectural principles
Such as avoiding a single point of failure, properly securing and protecting your workload, designing for high availability, and so forth
I am Chandra Lingam, and I am your instructor.
I have structured the curriculum into two courses
The first course covers infrastructure services such as network, server, monitoring, storage, load balancers, auto-scaling, cloud security, S3, managing your application traffic flow with services such as Route 53, CloudFront, Global Accelerator, and we wrap up with migrate your application to the cloud
The second course (this one) covers messaging services, lambda, API Gateway, databases, containers, cloudformation, and disaster recovery concepts
Here is the approximate time you need to plan to spend on preparation.
The first course is around 15 hours long and the second course is around 9 hours long
I recommend adjusting the video playback speed to 1.25x
So, you can watch all the videos in around 20 hours
And for the hands-on labs and quizzes, add another 20 hours
So, plan to spend at least 40 hours on preparation
The time will vary based on your experience – but you can use this as a ballpark
I also provide PDFs to review specific concepts quickly
Something unique I offer my students is the weekly study group sessions where you can meet fellow learners and discuss specific topics
With the knowledge you gain in this course, you will become a really good architect and easily clear the certification exam.
I am looking forward to meeting you.
Please download all the resources attached to this lecture.
In this lab, you will learn how to
1. Create table and load items
2. Read
Get Item (most efficient)
Query (efficient)
Scan (least efficient and most expensive)
3. Interact using
Management Console
Code
PartiQL (SQL)
4. Configure Point in Time Recovery for Protection from accidental changes
5. Configure Backup for long-term retention and compliance
In this lab, you will learn how to configure and use a DynamoDB Global Table
In this lab, you will learn how to
Deploy Multi-AZ Database (Highly Available)
Configure Continuous Backup and Snapshot
Create Table - Load and Query Data
Perform Failover
Configure Read Replica
In this lab, you will learn how to
Launch Aurora Multi-AZ Configuration (Primary, Reader)
Create Table, Load and Query Data in Aurora
Perform same-region Failover
Convert to Global Database
Managed fail over to a Disaster Recovery region
Unplanned fail over to a Disaster Recovery region
** Disaster Recovery | Everything Fails, All the Time | AWS | Pilot Light | Warm Standby | Multi-Site **
Disaster recovery is a very interesting topic, and in this video, we look at implementation options for various Recovery Time and Recovery Point Objectives in the AWS Cloud
Topics:
1. Introduction and Common Terminologies
2. What does Resiliency Mean
3. Common Events versus One-time Events
4. How to Measure Availability - Request-based or Time-based
5. Fault Tolerance versus High-Availability
6. High-Availability is not Disaster Recovery!
7. Disaster Recovery Metrics (RTO/RPO)
8. Fail-over and Fail-back
9. Backup and Restore (Option 1)
10. Pilot Light (Option 2)
11. Warm Standby (Option 3)
12. Multi-region Active-Active (Option 4)
13. Cloud-based DR
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