
Explore how cloud computing enables on-demand resources and how Docker containers integrate with AWS ECS, EC2, and ECR to package, deploy, and scale applications.
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Explore the AWS ecosystem and cloud computing basics for scalable, containerized applications with AWS ECS. Learn Docker, deploy container instances, and implement continuous integration and delivery with Jenkins.
Discover how AWS ECS simplifies container management with scalable clusters, built-in scheduling, and efficient resource use across multiple availability zones.
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Explore the AWS ECS ecosystem and master containerization concepts by examining real-world scenarios, selecting suitable AWS services, and learning to build, configure, manage, and scale containerized apps in the cloud.
Explore how to manage docker containers in the cloud using aws ecs, with an introduction to amazon ecs and its core concepts.
Learn how AWS ECS provides a flexible, scalable platform to deploy and manage Docker containers across clusters, with task definitions, images, IAM integration, auto scaling, and load balancing.
Explore how ecs uses container instances, clusters, and task definitions. See how identity and access management, auto scaling, elastic load balancer, and elastic container registry work with ecs.
Learn how to create an IAM user, enable management console access, and attach an Amazon ECS policy to grant full access to ECS resources within your AWS account.
Explore docker within aws ecs to deploy and run containerized applications. Learn what docker is and how it enables deployment and management of containers on aws ecs.
Explore containerization with Docker on AWS ECS, install Docker on a Linux instance, build a Docker image from a Dockerfile, and use the elastic container registry to run your app.
Connect to an AWS EC2 Linux instance, update packages, install Docker, add ec2-user to the docker group, start Docker, and verify the installation with docker info.
Explore Amazon elastic container registry for storing and managing docker images and deploying containers with ecs. Learn to set up a registry, log in, build, tag, and push sample image.
Build a docker image from a Dockerfile, run it with port 80 mapped to the host, and push the tagged image to the easy to container registry.
Learn to work with AWS ECS by launching container instances and tasks, understanding core components, registering instances to a cluster, and running Docker containers on the instances.
Explore the core components of the elastic container service, including container instances and container agents, and learn to deploy a cluster, create task definitions, and place tasks on the cluster.
Learn to launch and configure an AWS container instance by selecting a region and AMI, installing the container agent, and wiring in VPC, subnet, and security groups.
Learn how to configure and launch an EC2 instance, create and download a key pair, and securely connect via SSH using the ubuntu user and the instance's public IP.
Install the Amazon ECS container agent on an Ubuntu instance, configure IP forwarding and iptables, and verify and update the agent to keep your cluster connected.
Deploy an AWS ECS cluster to launch containers, configure instance types and 22 gigabytes of storage, and manage VPC and public subnets for region-specific deployments.
Attach the security group and IAM role to your ECS cluster, deploy the cluster, monitor container instance registration, and scale from two to three instances as needed.
Learn to run an application container on your AWS ECS cluster by creating a task definition, launching on container instances, and applying placement constraints, networking modes, and IAM roles.
Create an AWS ECS task definition by adding container definitions, specifying image, memory, port mappings, environment variables, and advanced settings to deploy containers on your cluster.
Launch containers in an AWS ECS cluster by creating a task definition with optional volumes, then run tasks across container instances to expose a web app on port 80.
Explore integrating other AWS services with AWS ECS, including EBS and Auto Scaling, to load balance traffic and run Docker containers via a custom task definition.
Learn to configure AWS elastic load balancer with ECS, deploy classic or application load balancers, and route traffic to containers with health checks and public DNS.
Deploy a classic load balancer for your AWS ECS deployment, configuring port 80, internet-facing subnets, security groups, and health checks to route requests to container instances.
Configure a multi-AZ elastic load balancer with cross-zone load balancing and connection draining. Tag resources, review settings, and verify health checks as the ELB distributes traffic to healthy container instances.
Deploy and configure an application load balancer for an ECS cluster, enabling path-based routing to container targets, health checks, and port 80 listeners in an internet-facing setup.
Deploy an AWS ECS service by using a task definition, configure an application load balancer, and enable auto scaling with CloudWatch alarms to maintain the desired task count.
Learn how to update an AWS ECS service to adjust task counts, reconfigure task definitions and target clusters, and verify deployment health with an application load balancer through HTTP requests.
Learn to build a CI/CD pipeline with AWS ECS and Jenkins by integrating ECS into your DevOps infrastructure and configuring load balancing for Docker containers.
Automate software delivery by integrating code with Jenkins to create CI/CD pipelines that build, test, and deploy containers to AWS ECS, reducing manual steps and enabling frequent releases.
Deploy a Jenkins server on AWS EC2 to interact with other AWS resources. Install Jenkins on Ubuntu, add the Jenkins apt key and repository, and update packages.
Install Jenkins with apt-get, ensure the service runs, and access it on port 80 using the initial admin password to set up plugins and CI/CD pipelines.
Implement a Jenkins-driven CI/CD pipeline to fetch code, build and push a docker image, deploy to an ECS cluster, and update the task definition using build.sh and deploy.sh scripts.
Automate AWS ECS deployments with a Jenkins-driven CI/CD pipeline that builds, registers, and updates task definitions and services for a docker image, using region, cluster, and deployment configurations.
Implement a ci/cd pipeline that builds and tags docker images, pushes them to a registry, updates versioned task definitions, and redeploys an ecs service with the latest code.
Automate your CI/CD pipeline by integrating GitHub with Jenkins via webhooks, triggering automatic builds and deployments of Docker containers to an ECS cluster on code changes.
Install and configure the GitHub integration plugin in Jenkins and enable webhook triggers. Embrace a fully automated CI/CD pipeline that builds on code changes.
Concludes the module by reviewing Jenkins CI/CD integration with GitHub and AWS, and demonstrates an automated CI/CD pipeline in an AWS ECS cluster.
Explore the AWS ecosystem, cloud computing concepts, and how AWS enables scalable, sophisticated applications, and understand why it is a trusted cloud platform for many companies.
Learn what cloud computing is and why companies switch to it. Explore benefits like on-demand resources, rapid deployment, and scalable infrastructure across public, private, and hybrid clouds with AWS.
Explore how AWS enables rapid deployment and scalable on-demand resources through IaaS, PaaS, and SaaS. Learn benefits like strong security, compliance, cost savings, pay-as-you-go pricing, and global availability across regions.
AWS powers startups and enterprises with fast development, testing, and analytics while providing database, queuing, and workflow services; hybrid cloud and migration options speed time to market and reduce costs.
Explore the AWOS ecosystem’s enterprise services, from virtual desktops and collaboration tools to analytics, real-time streaming, data warehouse, and data pipelines, plus app services and workflows.
Explore AWOS cloud services from compute and storage to databases and networking, with auto scaling, load balancing, security by default, and a free tier for hands-on practice.
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In the past decade cloud computing has been gaining popularity at a tremendous rate. Some cloud providers are experiencing a growth rate of 50% year over year – which is just astounding. And the reasons for this growth is obvious – cloud computing enables ubiquitous, convenient, on-demand access to a shared pool of configurable computing resources which can be rapidly provisioned and released with minimal effort.
Amazon Web Services is a cloud computing platform which offers a broad set of global compute, storage, database, analytics, application, and deployment services that help organizations move faster at lower IT costs, and scale their applications.
Along with the popularity of cloud platforms - another phenomenon which has been taking over the modern software and IT landscape is containerization. The use of container technology like Docker has grown dramatically within organizations of all sizes.
But do you know what happens when you marry these two amazing technologies? The result is a massively scalable, robust and flexible infrastructure solution.
These are some of the fundamental problems cloud architects struggle with on a daily basis.
This course teaches you, how you can use Docker to package your code, deploy your applications in these portable containers and scale them using AWS ECS service in the AWS cloud.
In this course:
if you are serious about architecting, deploying and operating containers and clusters in the AWS cloud – then this course is for you.
These cloud and DevOps skills are in great demand, but there’s no easy way to acquire this knowledge. Rather than rely on hit and trial method, this course will provide you with all the information you need to get started with your interoperability requirements.
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