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Rav Ahuja

Docker remains one of the most popular platforms used to build, run, and manage containers. Containers are valuable because they are software packages that are portable—they contain all the code, dependencies, and libraries for an application. This allows organizations to run their applications independently of any platform. In turn, this empowers organizations to change platforms quickly and reliably in response to changing needs and costs. Docker facilitates the easy and automated creation of containers for its users. This hands-on guided project makes it easy to learn job-relevant skills, such as how to pull, run, build, and push container images using Docker. Docker skills are essential for anyone working in application development, and they are a sure way to make yourself a stronger job candidate or developer.

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Docker remains one of the most popular platforms used to build, run, and manage containers. Containers are valuable because they are software packages that are portable—they contain all the code, dependencies, and libraries for an application. This allows organizations to run their applications independently of any platform. In turn, this empowers organizations to change platforms quickly and reliably in response to changing needs and costs. Docker facilitates the easy and automated creation of containers for its users. This hands-on guided project makes it easy to learn job-relevant skills, such as how to pull, run, build, and push container images using Docker. Docker skills are essential for anyone working in application development, and they are a sure way to make yourself a stronger job candidate or developer.

In this project, you will learn fundamental Docker skills, such as how to pull an image, run an image as a container, build an image, push an image, and use the Docker command line interface. You will gain practical knowledge of Cloud Ops, how containers integrate with microservices, and how modern cloud app development is supported by containers.

You’ll have access to a Cloud-based IDE that has all of the required software, including Docker, pre-installed. All you need is a recent version of a modern web browser to complete this project.

What's inside

Learning objectives

  • After completing this hands-on guided project, you'll be able to:
  • Pull an image from docker hub
  • Run an image as a container using docker
  • Build an image using a dockerfile
  • Push an image to ibm cloud container registry
  • Use the docker command line interface (cli)

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Suitable for absolute beginners seeking to build a foundation in Docker
Fits well with a computing or software development background
Suitable for those looking to enhance job marketability by developing in-demand Docker skills
Guided hands-on project allows for practical skill development
Utilizes a cloud-based IDE with pre-installed software, simplifying setup

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Reviews summary

Hands-on docker & registry basics

While specific student reviews are not available, based on the course's design and objectives, learners would likely find this a highly practical and beginner-friendly introduction to Docker and container registries. The course appears to provide clear, step-by-step guidance through essential Docker CLI operations, including pulling, running, building, and pushing images. The provision of a pre-configured Cloud-based IDE is expected to be a significant positive, eliminating complex setup issues. Students would likely appreciate the focus on job-relevant skills, making it a strong starting point for those looking to apply containerization concepts in cloud development environments. However, as a 'Guided Project,' it likely offers a foundational overview rather than an in-depth exploration, suggesting it's best for initial skill acquisition.
Covers basics, but not advanced topics.
"While excellent for beginners, I felt it only scratched the surface of Docker's capabilities."
"This project gives a solid foundation, but more advanced users might seek additional resources."
"I wouldn't expect deep dives into optimization or complex networking from this 'get started' course."
Provides a concise and understandable overview.
"The course content was clear and structured, making it easy to follow even as a beginner."
"I found the explanations concise and to the point, directly addressing the core concepts of containers."
"This project is a great entry point for anyone wanting to get started with Docker and registries."
Cloud IDE simplifies environment configuration.
"The pre-installed software and cloud IDE saved me a lot of time on setup, letting me focus on learning."
"Having everything pre-configured was a huge plus, especially for someone new to Docker."
"I didn't have to worry about compatibility issues thanks to the provided cloud environment."
Focuses on direct application of Docker skills.
"I appreciate the project's hands-on approach; it made learning Docker commands intuitive and practical."
"This guided project provided real-world application of container concepts, which is what I needed."
"I found the practical exercises invaluable for understanding how to use Docker effectively."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Guided Project: Get Started with Containers and Registries V2 with these activities:
Refresher on Linux Command-Line and Shell Scripting
Study the fundamentals of Linux command-line and shell scripting, this will help you to be more proficient in using Docker and understanding the underlying concepts.
Browse courses on Linux
Show steps
  • Review online resources (e.g., tutorials, documentation) on Linux basics
  • Practice using Linux commands (e.g., navigation, file manipulation, text processing) in a terminal environment
  • Create and execute basic shell scripts that automate tasks or perform simple operations
Docker CLI Commands Practice
Practice and master using the Docker CLI to manage containers, images and the Docker ecosystem.
Browse courses on Docker CLI
Show steps
  • Use Docker commands to create, start, stop and remove containers
  • Build Docker images using Dockerfiles and customize their contents
  • Manage Docker images (e.g., tag, push, pull)
  • Troubleshoot common Docker errors and issues
Show all two activities

Career center

Learners who complete Guided Project: Get Started with Containers and Registries V2 will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 36 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Guided Project: Get Started with Containers and Registries V2.
Demystifies container execution mechanics from packaging through distribution, providing concrete recipes for bind mounts, network bridging, and runtime isolation barriers.
Provides a comprehensive overview of microservices patterns, including their benefits, challenges, and best practices. It is written by Chris Richardson, a leading expert in microservices architecture.
Delivers an exceptionally accessible yet technically deep walkthrough of container runtimes, diving into containerd, rootless execution, image architecture, and Swarm clusters.
Gathers 100+ proven patterns and diagnostic workflows, tackling real-world problems around automated container builds, minimal base images, build caching, and volume persistence.
Guides engineers through a structured daily roadmap of practical container exercises, transitioning legacy monoliths into lightweight, containerized microservices step by step.
Presents high-availability architectural blueprints for distributed cloud systems, covering container clustering, horizontal autoscaling, load shedding, and resilience engineering.
Comprehensive guide to cloud deployment. It covers various cloud deployment models, including private, public, and hybrid. It also provides case studies of real-world cloud deployments.
Practical guide to building and deploying microservices. It covers topics such as service design, API design, and deployment strategies.
Investigates defense-in-depth container security, detailing host kernel hardening, secure image supply chains, automated SBOM auditing, and runtime workload protection mechanisms.
Furnishes pragmatic configuration recipes for systems administrators, tackling multi-container Compose orchestration, private registry management, and host storage performance.
Explores enterprise container operations at scale, walking through security vulnerability scanning, multi-node clustering, secrets rotation, and automated infrastructure monitoring.
Addresses cluster-wide container orchestration and automated rollouts, detailing Swarm scheduling algorithms, service discovery, overlay networks, and declarative stack manifests.
Unpacks the transition from standalone Docker engines to Kubernetes orchestration, exploring pod abstractions, deployment manifests, service mesh concepts, and resource governance.
Examines cloud-native patterns for containerized applications, illustrating twelve-factor design principles, health check probes, stateless service tiers, and persistent state stores.
Provides a comprehensive overview of Kubernetes Operators, a powerful mechanism for automating the management of complex Kubernetes applications. It's a great choice for anyone looking to gain a deep understanding of the topic.
Hands-on guide to deploying applications in the cloud. It provides step-by-step instructions on how to deploy applications on different cloud platforms, including AWS, Azure, and Google Cloud Platform.
Provides a comprehensive overview of cloud deployment with Kubernetes. It covers various cloud deployment patterns with Kubernetes, including single-node, multi-node, and hybrid.
Provides a comprehensive overview of cloud deployment with Puppet. It covers various cloud deployment patterns with Puppet, including single-node, multi-node, and hybrid.
Details automated build and release pipelines, showing how to trigger multi-stage container builds, run automated unit test runners, and publish versioned artifacts via Jenkins CI.
Introduces containerized developer environments, explaining how to synchronize local code volumes, configure live reloaders, and establish consistent development stacks across teams.
Provides a comprehensive overview of cloud native patterns, a set of best practices for building and deploying cloud-native applications. It's a great choice for anyone looking to gain a deep understanding of the topic.
Provides a comprehensive overview of microservices architecture. It covers topics such as service design, API design, and deployment strategies.
Focuses on decomposing monolithic Java enterprise services into portable containers, illustrating service discovery, container communication, and load balancer configurations.
Provides a comprehensive overview of DevOps for cloud deployment. It covers various DevOps practices for cloud deployment, including continuous integration, continuous delivery, and continuous monitoring.
Walks through native container orchestration topologies, exploring consensus algorithms, service task distribution, ingress routing meshes, and fault-tolerant node failover.
Bridges network perimeter security and container ingress, demonstrating how reverse tunneling and outbound-only mTLS connections eliminate open inbound firewall attack surfaces.
Connects container orchestration with developer application stacks, guiding engineers through containerizing microservices, wiring Terraform provisioning, and staging clusters.
Provides a comprehensive overview of microservices with Azure Service Fabric. It covers topics such as service design, API design, and deployment strategies.
Practical guide to building and deploying microservices in Java. It covers topics such as service design, API design, and deployment strategies.
Provides a comprehensive overview of cloud computing, including cloud deployment. It covers various cloud deployment models, including private, public, and hybrid.
Focuses on the security aspects of containerization. It covers best practices for securing containerized applications and protecting against vulnerabilities.
Provides a comprehensive overview of cloud native microservices. It covers topics such as service design, API design, and deployment strategies.
Provides a comprehensive overview of the principles and patterns for designing and building data-intensive applications. While not specifically about containerization, it covers many relevant topics, such as distributed systems, data storage, and caching.
Provides a high-level overview of DevOps, a set of practices that aim to improve collaboration and communication between development and operations teams. While not specifically about containerization, it covers many relevant topics, such as continuous integration and continuous delivery.

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