What you'll learn:
Web application deployment at AWS ECS Fargate using terraform
Auto scaling AWS Fargate policies: predefined auto scaling , step auto scaling, auto scaling based on custom CloudWatch metrics
Terrafom as tool for creating and managing auto scaling
AWS Fargate usage cases and cost optimizations
Requirements:
Active AWS account
Some active web domain
AWS basic conceptions, e.g VPC, EC2, subnets, security groups...
AWS ECS basics
Terraform basics
Basic knowledge at using docker and web programming
Description:
What you'll learn:How to deploy Web API application and SQS worker at AWS Cloud using AWS Fargate and TerraformAWS ECS base components and how to deploy them using TerrafomWhat is autoscaling and how it works at AWS FargateHow to create autoscaling policies using target metric values + TerraformHow to create autoscaling policies using predefined step increments + CloudWatch alarms + TerrafomHow to create autoscaling policy based on a custom CloudWatch metric for scaling workersHow to use AWS Fargate wisely - CPU architectures, savings plans, and hybrid Fargate Spot systems as strategies for for cost reductionRequirements:Active AWS accountSome active web domainBasic knowledge at using docker and web programmingBasic knowledge at TerraformAWS basic conceptions, e.g VPC, EC2, subnets, security groups...AWS ECS basics.Short description:This course is designed to guide you through the practical implementation of autoscaling using Terraform and AWS Fargate. It discovers how to optimize resource use effectively and ensure seamless application performance, all while managing costs wisely.COURSE STRUCTURE:The course consists of 5 sections:In the 1st section we will create a test web application and test worker, forming the lab environment for hands-on auto scaling practice. No prior knowledge of those technologies are required.In the 2d section we will create a base AWS infrastructure - all stuff related to the network, and additional services required for our lab environment - ALB, SNS, SQS, CW. Finally we will configure the real domain for our application using Route 53 and CM. Almost all that would be done rather fast, as we will be using ready terrafom modules.The 3d section focuses on AWS Fargate. Here, we'll explore the core components of AWS Fargate and deploy our test API application, working towards achieving our desired final architecture.The 4th section is the heart of our course, where we'll dive deep into autoscaling. We'll explore various autoscaling strategies, including target metric values and predefined step increments using CloudWatch alarms. You'll learn to work with CPU and memory utilization metrics and even create an autoscaling policy based on a custom CloudWatch metric for scaling workers.In the final, 5th section, we'll discuss the costs involved with AWS Fargate, compare it with EC2 pricing and discuss how to navigate via Fargate limitations. You'll learn strategies to use this technology wisely, ensuring your expenses stay low while maximizing its benefits. We'll cover topics such as CPU architectures, savings plans, and hybrid Fargate Spot systems. Who this course is for:Anyone who is interested at autoscaling or who is responsible for Web resources:Software engineerDevOpsAdminCTOCEO
Who this course is for:
Anyone who is interested at AWS Cloud, AWS Fargate and autoscaling

https://rapidgator.net/file/b09516f56bfcebcf13dd5d6af77cbdd7/AWS_Fargate_DevOps_Autoscaling_with_Terraform_at_practice.part2.rar.html
https://rapidgator.net/file/19fb992cb99dfcd7c813cf6c55927337/AWS_Fargate_DevOps_Autoscaling_with_Terraform_at_practice.part1.rar.html