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Yogesh Raheja and Thinknyx Technologies

What’s in this course?

Cloud Native Buildpacks for the Absolute Beginners - Hands-On course is designed to provide you with a comprehensive understanding of Cloud Native Buildpacks, from foundational concepts to advanced implementations.

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What’s in this course?

Cloud Native Buildpacks for the Absolute Beginners - Hands-On course is designed to provide you with a comprehensive understanding of Cloud Native Buildpacks, from foundational concepts to advanced implementations.

Buildpacks simplify the process of transforming your application source code into container images, ensuring consistency, security, and efficiency in modern DevOps workflows. The course starts with foundational topics, perfect for beginners, covering the  Buildpacks Architecture, then dive into the necessity and features of Cloud Native Buildpacks. You will learn how to set up and manage container image creation with Dockerfiles using Pack and Kpack platforms.

The course will explore various Builders, Buildpacks, lifecycle, build and run images. You’ll also learn how to perform advanced tasks like developing your own Buildpacks and Builders.

As you progress, you’ll delve into more specialized areas such as creating Container Images in Kubernetes environments using kpack.

With a strong focus on hands-on learning, real-world scenarios, and Kubernetes integrations, this course will equip you with the skills to build, package, and manage applications seamlessly using Buildpacks.

Special Note:

This course is designed to showcase all practical concepts with live demonstrations. Every concept is presented in real-time, and any errors that arise are troubleshooted and addressed as they occur live in the demonstrations.

Legal Notice:

Buildpacks or Cloud Native Buildpacks is a registered trademarks of  The Cloud Native Computing Foundation (CNCF) and/or The Linux Foundation in the United States and other countries. This course is not certified, accredited, affiliated with, nor endorsed by The Cloud Native Computing Foundation (CNCF) and/or The Linux Foundation.

Course Structure:

  • Lectures

  • Demos

  • Quizzes

  • Assignments

Course Contents:

  • Course Introduction

  • Getting Started with Cloud Native Buildpacks

  • Cloud Native Buildpacks - Essential Concepts

  • Getting started with Pack CLI

  • Installing pack CLI on macOS, Linux and Windows

  • Building Container Images with Buildpacks

  • Python, nodejs, Java Image builds with Buildpacks

  • Undersdanding Build Lifecycle

  • Creating your own Buildpacks and Builders

  • What is a Procfile in Cloud Native Buildpacks

  • Getting Started with kpack

  • Environment Setup for kpack and kpack CLI

  • Building and Publishing OCI Images using kpack CLI

  • Building and Publishing OCI Images using kpack manifest files - YAML Approach

All sections of this course are demonstrated live, with the goal of encouraging enrolled users to set up their own environments, complete the exercises, and learn through hands-on experience.

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What's inside

Learning objectives

  • Introduction to cloud native buildpacks
  • Essential concepts and terminologies
  • Building application container images with buildpacks using pack cli
  • Understanding build lifecycle
  • How to build your own buildpacks and builders
  • Getting started with kpack for kubernetes environments
  • Building and publishing oci images using kpack cli and yaml based approach

Syllabus

Course Introduction
Introduction
GitHub Repository Link
Course Material - Cloud Native Buildpacks for the Absolute Beginners - Hands-On
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Practice Exam for Cloud Native Buildpacks

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Career center

Learners who complete Cloud Native Buildpacks for the Absolute Beginners - HandsOn will develop knowledge and skills that may be useful to these careers:
DevOps Engineer
A DevOps Engineer is instrumental in bridging development and operations, automating software delivery from code to production. This course on Cloud Native Buildpacks for the Absolute Beginners provides essential knowledge for streamlining critical aspects of the DevOps pipeline. Learners gain hands-on experience in transforming application source code into consistent, secure container images, a core tenet of modern DevOps workflows. You will learn to use Pack and Kpack platforms for efficient image creation, delve into Buildpacks Architecture, and even develop custom Buildpacks and Builders. For a DevOps Engineer focused on continuous integration and continuous delivery in cloud-native environments, understanding how to build, package, and manage applications seamlessly using Buildpacks is indispensable for ensuring reliability and speed.
Container Platform Engineer
A Container Platform Engineer specializes in designing, building, and maintaining the underlying platform for containerized applications. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," is a perfect fit, offering a deep dive into the core mechanisms for efficient container image creation. You will master the process of transforming application source code into consistent, secure, and efficient container images using Buildpacks. The curriculum covers Buildpacks Architecture, setting up and managing image creation with Pack and Kpack platforms, and developing custom Buildpacks and Builders. For a Container Platform Engineer, these hands-on skills are critical for establishing standardized, automated, and scalable containerization processes across an organization, greatly enhancing developer productivity and operational stability.
Platform Engineer
A Platform Engineer is crucial for building and maintaining the internal developer platforms that empower engineering teams. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," provides highly relevant and hands-on expertise for this role. Learners will gain a comprehensive understanding of how Cloud Native Buildpacks streamline the process of transforming application source code into consistent, secure container images, a core component of any modern developer platform. You will learn to work with Pack and Kpack platforms, delve into Kubernetes integrations, and even develop custom Buildpacks and Builders. For a Platform Engineer, mastering these skills is essential for creating robust, standardized, and efficient build and deployment experiences for developers across the organization.
Kubernetes Administrator
A Kubernetes Administrator is responsible for the deployment, management, and scaling of Kubernetes clusters and the applications running within them. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," is exceptionally relevant, providing deep insights into automating container image creation specifically for Kubernetes environments. You will gain hands-on expertise with Kpack, learning how to set up, manage, and troubleshoot container image builds directly on Kubernetes. Understanding how to build and publish OCI images using kpack CLI and YAML manifests, along with creating custom Buildpacks and Builders, is fundamental. For a Kubernetes Administrator, this course offers practical skills to ensure consistent, secure, and efficient application deployments, optimizing the utilization and performance of the cluster.
Build Engineer
A Build Engineer specializes in designing, implementing, and maintaining automated build systems and tools. The "Cloud Native Buildpacks for the Absolute Beginners - HandsOn" course is an ideal fit for a Build Engineer, offering a deep, hands-on understanding of a cutting-edge approach to application packaging. Learners will master how Cloud Native Buildpacks simplify the transformation of source code into consistent container images, directly addressing key challenges in build processes. You will gain practical experience with Pack and Kpack platforms, thoroughly understand the build lifecycle, and acquire the advanced skill of creating your own Buildpacks and Builders. This course empowers a Build Engineer to create highly efficient, standardized, and reproducible build pipelines for modern cloud-native applications.
Site Reliability Engineer
A Site Reliability Engineer is dedicated to ensuring applications and infrastructure run reliably, focusing on automation and efficiency. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," directly addresses critical areas of SRE practice by teaching how to create consistent and secure container images. The principles of efficient application packaging and deployment, using Pack and Kpack platforms, are vital for maintaining system uptime and operational excellence. By learning about Buildpacks Architecture, understanding the build lifecycle, and leveraging Kubernetes integrations with Kpack, a Site Reliability Engineer can significantly enhance system stability and reduce deployment-related incidents. This specialized knowledge helps in building robust, self-healing systems and automating operational tasks effectively.
Cloud Engineer
A Cloud Engineer designs, implements, and manages cloud infrastructure and applications. The "Cloud Native Buildpacks for the Absolute Beginners - HandsOn" course offers foundational and advanced skills crucial for this role in contemporary cloud environments. It provides a comprehensive understanding of how to transform application source code into container images, ensuring consistency and efficiency, which is paramount in scalable cloud deployments. You will learn to manage container image creation with Dockerfiles using Pack and Kpack platforms, delve into Kubernetes environments, and explore building and publishing OCI images. For a Cloud Engineer, mastering the ability to build, package, and deploy applications seamlessly using Buildpacks is directly applicable to creating robust, maintainable, and cost-effective cloud solutions.
Release Engineer
A Release Engineer manages the entire software release lifecycle, focusing on automation, consistency, and speed. The "Cloud Native Buildpacks for the Absolute Beginners - HandsOn" course is immensely beneficial for this role. It teaches how to leverage Cloud Native Buildpacks to automate the transformation of application source code into consistent, secure, and efficient container images, which is a cornerstone of modern release pipelines. Learners will gain hands-on experience with Pack and Kpack platforms, understanding the build lifecycle, and how to integrate these processes with Kubernetes. For a Release Engineer, mastering these techniques ensures repeatable and reliable deployments, accelerates delivery cycles, and minimizes manual errors throughout the software release process.
Technical Lead DevOps
A Technical Lead DevOps guides teams in implementing and optimizing DevOps practices, tooling, and strategies. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," is highly relevant for a Technical Lead DevOps as it provides a comprehensive understanding of a key technology for modern build and deployment workflows. You will gain hands-on expertise with Cloud Native Buildpacks, learning to leverage Pack and Kpack platforms to transform application source code into consistent, secure container images. The ability to understand and even develop custom Buildpacks and Builders, and to integrate these with Kubernetes, allows a Technical Lead DevOps to make informed decisions, drive standardization, and mentor teams in adopting efficient cloud-native development and operations practices.
Application Developer Cloud Native
An Application Developer Cloud Native builds applications specifically designed to run efficiently in cloud environments, often leveraging containers and Kubernetes. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," is highly valuable as it equips developers with a comprehensive understanding of how their source code is transformed into deployable container images. Learners gain practical experience with Pack and Kpack, understanding the build lifecycle, and even developing custom Buildpacks. For an Application Developer Cloud Native, knowing how Buildpacks ensure consistency, security, and efficiency in packaging is crucial for writing deployable code and troubleshooting build issues. This course helps them optimize applications for modern DevOps workflows and seamless deployment within Kubernetes.
Solutions Architect Cloud
A Solutions Architect Cloud designs scalable, resilient, and cost-effective cloud solutions for businesses. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," provides foundational and advanced insights into a critical component of cloud-native architecture: containerized application delivery. Understanding how Cloud Native Buildpacks simplify the process of transforming source code into consistent container images using Pack and Kpack, and how they integrate with Kubernetes, is essential for designing robust systems. For a Solutions Architect Cloud, this knowledge enables the architectural design of efficient and secure build and deployment pipelines, making informed decisions about application packaging, platform choices, and overall system scalability in complex cloud environments. This role typically requires an advanced degree.
Infrastructure Engineer
An Infrastructure Engineer focuses on building and maintaining the foundational systems and services that support an organization's applications. The "Cloud Native Buildpacks for the Absolute Beginners - HandsOn" course offers highly relevant skills for an Infrastructure Engineer operating in a cloud-native landscape. It provides a comprehensive understanding of how application source code is efficiently transformed into container images, a critical aspect of modern infrastructure. You will gain hands-on experience with Buildpacks Architecture, Pack, and Kpack platforms, and learn to integrate with Kubernetes for seamless application management. This course helps an Infrastructure Engineer implement robust, automated pipelines for application packaging and deployment, ensuring consistency, reliability, and security across the infrastructure.
Software Engineer - Backend
A Software Engineer Backend focuses on building the server-side logic, databases, and APIs that power applications. While not solely about infrastructure, a modern backend Software Engineer often operates within cloud-native environments. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," may be useful as it provides insights into how source code is transformed into deployable container images. Understanding the Buildpacks Architecture and the build lifecycle helps in writing applications that are well-suited for containerization and efficient deployment. Learning to create custom Buildpacks, for instance, can help backend developers streamline the packaging of their services. This knowledge aids in collaborating effectively with DevOps teams and designing backend services that align with cloud-native best practices for consistency and efficiency.
Security Engineer Cloud Native
A Security Engineer Cloud Native focuses on securing applications and infrastructure within cloud-native environments. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," may be useful by providing a detailed understanding of the container image creation process. While not a security-focused course, the emphasis on ensuring consistency and efficiency in transforming source code into container images is inherently valuable. Understanding Buildpacks Architecture, the build lifecycle, and how images are created with Pack and Kpack helps a Security Engineer Cloud Native identify potential vulnerabilities in the build chain, ensure compliance with security policies, and implement secure supply chain practices for containerized applications. This knowledge assists in auditing and hardening the build process itself.
Technical Project Manager Cloud Native
A Technical Project Manager Cloud Native oversees projects related to the development and deployment of cloud-native applications and infrastructure. This course, "Cloud Native Buildpacks for the Absolute Beginners - HandsOn," may be useful for such a manager. While it focuses on technical implementation, understanding how Cloud Native Buildpacks simplify the process of transforming source code into container images provides valuable context for managing cloud-native projects. Knowledge of Buildpacks Architecture, Pack, Kpack, and Kubernetes integrations helps a Technical Project Manager Cloud Native better understand project scope, estimate timelines, identify risks related to deployment, and communicate effectively with technical teams. This foundational insight can enhance project planning and execution in complex cloud-native environments. This role may benefit from an advanced degree in larger organizations.

Reading list

We've selected 49 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 Cloud Native Buildpacks for the Absolute Beginners - HandsOn.
Considered a foundational text in the field, this book provides a comprehensive overview of the principles and technical practices of continuous delivery. It is essential for gaining a broad understanding of how to automate the build, test, and deployment processes for rapid and reliable software releases. is highly valuable as a reference and is often cited as a key resource for anyone implementing CI/CD pipelines.
Authored by Kubernetes co-founders, this canonical text delivers the definitive mental model for container orchestration, pod scheduling, services, and declarative deployment lifecycles.
This handbook offers a practical guide to implementing DevOps principles, which are intrinsically linked to effective software deployment. It provides insights into the cultural and technical practices that enable organizations to achieve faster and more reliable releases. valuable resource for both a broad understanding and a deeper dive into the organizational aspects of deployment.
Systematizes reusable cloud-native design patterns, analyzing sidecar injection, adapter containers, leader election, and distributed configuration across production clusters.
Presents the results of a four-year study of high-performing technology organizations. It identifies the key factors that drive success, and it provides a roadmap for organizations that want to improve their performance.
Addresses high-stakes enterprise operational challenges, detailing multi-cluster networking, ingress controller architecture, cluster autoscaling, and disaster recovery strategies.
Explains core cluster architecture with remarkable pedagogical clarity, demystifying etcd consensus, API server mechanics, and runtime security for systems engineers.
A highly-regarded book for understanding Kubernetes from the ground up. It provides a deep dive into the concepts and architecture of Kubernetes, making it suitable for those who want to gain a solid understanding of container orchestration.
Guides systems developers through extending the Kubernetes control plane, focusing on client-go libraries, custom resource definitions (CRDs), and controller reconciliation loops.
Written by one of the co-authors of 'Continuous Delivery,' this book focuses specifically on the deployment pipeline, a core component of continuous delivery. It provides a step-by-step guide to building, using, and improving your pipeline for faster and more reliable software releases.
This handbook provides a step-by-step guide to implementing DevOps in your organization. It covers all aspects of DevOps, from planning to implementation to measurement, and it valuable resource for anyone looking to get started with DevOps.
Presents high-availability architectural blueprints for distributed cloud systems, covering cluster topology, horizontal autoscaling, load shedding, and resilience engineering.
This guide covers both Docker and Kubernetes, providing a comprehensive look at the container ecosystem. It delves into writing Dockerfiles and Kubernetes YAML manifests, networking, storage, and security. It's suitable for those looking for an in-depth understanding of both technologies and their interplay.
Tackles operational infrastructure for training and serving machine learning workloads, exploring GPU scheduling, orchestrator optimization, and distributed tensor pipelines.
As microservices architecture is increasingly prevalent, understanding how to deploy and manage these systems is vital. provides a comprehensive guide to designing and building microservices, including considerations for deployment, testing, and monitoring in a distributed environment. It's essential for those looking to deepen their understanding of deploying modern application architectures.
Given the prevalence of Kubernetes in modern deployments, this book is crucial for understanding how to deploy and manage containerized applications at scale using this orchestration platform. It covers the core concepts and practical aspects of using Kubernetes for deployment.
This practical book offers hands-on exercises and real-world examples to teach you how to create, deploy, and manage applications in Docker containers. It's suitable for those who want to move beyond the basics and gain practical skills in using Docker effectively.
Demystifies the Operator SDK framework, teaching site reliability engineers how to encapsulate human operational knowledge into automated, self-healing Go controllers.
Focusing specifically on Continuous Integration (CI), a core practice enabling continuous delivery and deployment, this book provides a detailed guide to implementing and benefiting from CI. It's a foundational read for anyone involved in the early stages of the deployment pipeline.
Offers a friendly and illustrated guide to understanding and implementing continuous delivery pipelines. It takes a tool-agnostic approach, focusing on the concepts and scenarios involved in setting up a CD system. It's a good resource for those looking for a more visual and practical introduction.
Details modern GitOps deployment pipelines, examining declarative configuration management, continuous cluster state synchronization, and automated blue-green rollouts.
Authored by Google engineers, this book provides deep insights into the practices and principles of Site Reliability Engineering (SRE), a discipline closely related to DevOps and focused on the reliability of production systems. It covers topics such as monitoring, incident response, and-crucially-release engineering, offering advanced perspectives on ensuring successful deployments at scale.
Focuses on cryptographic key protection and sensitive configuration management, detailing Vault integrations, external secrets operators, and envelope encryption workflows.
Chaos Engineering contemporary practice focused on experimenting on a system in production to build confidence in its capability to withstand turbulent conditions. dives into the principles and practices of Chaos Engineering, which is highly relevant for ensuring the reliability of deployed systems in complex environments.
A companion to the SRE book, this workbook offers practical exercises and examples for implementing SRE principles. It helps solidify the understanding of how to apply SRE practices, including those related to deployment and release management, in real-world scenarios. It's a valuable resource for those looking for hands-on learning after reading the foundational SRE book.
Provides a comprehensive guide to deployment automation, a key part of the DevOps process. It covers the tools, techniques, and best practices for automating deployments, and it valuable resource for anyone looking to improve their deployment process.
Presented in a problem/solution format, this book offers over 100 practical techniques for getting the most out of Docker. It's a useful reference for developers and operations professionals looking for solutions to common Docker challenges.
Examines cloud-native infrastructure engineering from first principles, dissecting immutable infrastructure patterns, declarative APIs, and control plane orchestration.
Provides a practical guide to implementing CI/CD pipelines using GitLab, a popular platform for managing the software development lifecycle. It's useful for those who want to learn about deployment automation with a specific tool.
Delves into the cultural and human aspects of DevOps, which are critical for successful implementation of continuous deployment practices. It emphasizes collaboration and communication between development and operations teams, providing valuable insights beyond just the technical tools.
Furnishes an encyclopedic technical reference covering cluster provisioning, service mesh deployment, storage class drivers, and enterprise observability stacks.
Provides a practical approach to implementing DevOps, covering various aspects including continuous delivery, infrastructure as code, and monitoring. It offers hands-on guidance for improving the software production and deployment process.
Focusing on Jenkins, a widely used automation server, this book guides readers through implementing Continuous Integration and Continuous Delivery pipelines. It's a practical resource for learning deployment automation with a specific, popular tool.
Demonstrates declarative infrastructure composition using Crossplane, allowing platform teams to manage cloud provider resources directly through standard Kubernetes manifests.
Focuses on integrating Kubernetes clusters into an enterprise environment, starting with Docker and Kubernetes fundamentals. It covers essential concepts and moves into more advanced topics like IAM, networking, security, and CI/CD within an enterprise context. It's valuable for professionals working with containers in larger organizations.
Investigates defense-in-depth container security, exploring kernel namespace isolation, seccomp profiles, admission controllers, and runtime vulnerability scanning.
Provides a guide to site reliability engineering (SRE), a set of practices that helps organizations build and operate reliable systems. SRE key part of DevOps, and this book provides a valuable introduction to the field.
While not solely about deployment, this book provides a deep understanding of the challenges in building and maintaining data-intensive systems, which often have complex deployment requirements. Understanding these underlying system complexities is crucial for designing effective deployment strategies.
Provides pragmatic troubleshooting recipes for cluster engineers, solving real-world networking outages, persistent volume binding failures, and OOMKilled worker nodes.
Offers a practical, task-focused approach to learning Docker in a month. It's designed for busy professionals who want to quickly get up to speed with Docker and its core functionalities through short, focused lessons.
Bridges network perimeter security and cluster ingress, demonstrating how reverse tunneling and outbound-only mTLS connections eliminate open inbound firewall attack surfaces.
Provides an introduction to containerization, covering Docker fundamentals and how Kubernetes works with containers. It includes hands-on experience with Docker and orchestrators like SwarmKit and Kubernetes, making it suitable for beginners.
Connects container orchestration with developer application stacks, guiding engineers through containerizing microservices, wiring Terraform provisioning, and staging clusters.
Provides a guide to lean software development, a set of practices that helps organizations deliver software more quickly and efficiently. Lean software development key part of DevOps, and this book provides a valuable introduction to the field.
While Docker is prevalent, Podman is another important container engine. provides a deep dive into Podman, covering its basics and differences from Docker. It's a good resource for those interested in exploring alternative containerization tools.
Explores Docker from a developer's perspective, covering project deployment, building images with Dockerfiles, and publishing images. It includes practical examples for using Docker commands.
Explores patterns for designing applications in a cloud-native environment, where containers are a fundamental building block. While not solely about container images, it provides essential architectural context for building applications that run effectively in containerized environments. It's more valuable as additional reading for understanding the broader context.

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