Architecting Highly Available Systems on AWS
Pluralsight
Course Summary
In this course, we see how to assemble many powerful AWS components into a resilient, highly available web application with no single point of failure.
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Course Description
This course describes the techniques and best practices for composing highly available distributed systems on the AWS platform. Throughout the course, we build up a web application that takes advantage of AWS storage, databases, compute, messaging, DNS, and more.
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Course Syllabus
Distributed Systems and AWS- 24m 1s
—Introduction 1m 12s
—What are distributed systems? 2m 9s
—Characteristics of distributed systems 3m 0s
—Distributed web systems in the cloud 3m 13s
—Making distributed cloud systems highly available 3m 49s
—AWS service portfolio 2m 6s
—Reference solution for this course 2m 7s
—Reference architecture for this course 1m 13s
—Goals for this course 1m 57s
—Resources 0m 43s
—Summary 2m 32sProvisioning Durable Storage with EBS and S3- 34m 49s
—Introduction 1m 9s
—Where we are in the reference architecture 0m 26s
—Types of VM storage 1m 32s
—What type to use in a distributed cloud system? 3m 13s
—About Amazon EBS 2m 18s
—Creating and configuring EBS volumes 2m 4s
—How is EBS failure handled? 2m 23s
—EBS best practices 2m 32s
—About Amazon S3 2m 54s
—Creating and loading S3 buckets 3m 3s
—DEMO: Creating and loading S3 buckets 7m 16s
—How is failure handled? 0m 37s
—S3 best practices 2m 40s
—Summary 2m 42sSetting Up Databases in RDS and DynamoDB- 47m 56sLeveraging SQS for Scalable Processing- 26m 35sAdding EC2 Virtual Machines- 49m 4sUsing ELB to Scale Applications- 18m 23sEnabling Auto Scale to Handle Spikes and Troughs- 22m 53sConfiguring DNS with Route 53- 17m 54s
This course is listed under
Cloud Computing
, Development & Implementations
, Data & Information Management
, Networks & IT Infrastructure
, IT Security & Architecture
, Project & Service Management
and Quality Assurance & Testing
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