April 29, 2024
3 minute read
Cloud Native Developer, also referred to as DevOps Engineer in some contexts, is an IT profession involving the management of servers, databases, and other IT infrastructure, with a concentration on containerization. Containerization allows for the partitioning of a particular application into individual, more easily managed components. Cloud Native Developers must be familiar with cloud computing and must have strong software development skills. Proficiency in operations management, knowledge of the Linux operating system, and a grounding in networking are also required.
Cloud Native Development: An Overview
Cloud Native Developers are employed in all sectors of the economy. They may be employed by companies ranging from large, well-known corporations such as Google to small business startups and freelance. They are responsible for a range of tasks, including:
- The creation of new cloud-based applications and services
- The maintenance and updates of existing apps and services
- The management of cloud infrastructure, including servers, storage, and networking
Skills
Cloud Native Developers employ a wide range of cutting-edge technologies and tools. These include:
- Cloud-native technologies like Docker and Kubernetes
- Programming languages such as Python, Java, and Go
- Infrastructure as code (IaC) tools like Terraform and Ansible
- Cloud computing platforms such as AWS, Azure, and GCP
Education and Training
There are many different paths to a career as a Cloud Native Developer. Some people come to the field with a background in computer science or software engineering, while others come from a non-technical background and learn the necessary skills through online courses or bootcamps.
If you are interested in becoming a Cloud Native Developer, there are many resources available to help you get started. There are online courses, bootcamps, and even degree programs that can teach you the necessary skills.
Job Description
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Find a path to becoming a Cloud Native Developer. Learn more at:
OpenCourser.com/career/jfjdt3/cloud
Reading list
We haven't picked any books for this reading list yet.
Authored by industry experts, this book must-read for anyone getting started with Kubernetes, a fundamental technology in cloud-native development. It provides a comprehensive and practical guide with step-by-step instructions and real-world examples. It is commonly used as a reference for deploying and managing containerized applications.
Provides a practical guide to building and scaling cloud-native applications using Kubernetes and DevOps principles. It's particularly useful for those looking to understand how Kubernetes fits into a DevOps workflow and is often recommended for developers and DevOps engineers.
Considered one of the best Kubernetes books, it offers a comprehensive guide to developing and running applications on Kubernetes. It covers container technologies before diving into Kubernetes, making it accessible even for those new to containers.
Bridges the gap between cloud-native practices and DevOps methodologies using Kubernetes. It's an essential guide for developers and DevOps engineers looking to build and scale modern applications in the cloud, covering topics like IaC, CI/CD, monitoring, and security.
Focuses specifically on the patterns and practices for designing applications that are inherently suited for cloud platforms. It provides a mental model for cloud-native applications and valuable resource for architects and developers.
Observability critical aspect of operating cloud-native systems. provides a hands-on guide to implementing observability using open-source tools, covering logs, metrics, and traces.
A comprehensive guide to Kubernetes, taking a hands-on approach from basic concepts to advanced deployment strategies. It includes practical examples and real-world use cases, making it valuable for gaining a deep understanding of Kubernetes.
A popular and highly-regarded book for getting started with Kubernetes. It covers the fundamentals and helps readers understand how Kubernetes can improve velocity, agility, reliability, and efficiency in cloud-native environments. This solid introductory text.
Microservices are a key architectural style in cloud-native development. is considered a classic guide to understanding the principles and practices of designing and building microservices. It's highly recommended for gaining a broad understanding of this fundamental concept.
Provides a comprehensive overview of cloud-native development with Kubernetes, covering topics such as containerization, microservices, and DevOps practices.
Focuses on design patterns specific to Kubernetes, offering reusable solutions for common cloud-native challenges. It's an excellent resource for developers and architects looking to build robust and well-architected applications on Kubernetes.
Provides a strong mental model for understanding cloud-native applications and the patterns that distinguish them. It's particularly useful for gaining a broad understanding of the architectural principles behind cloud-native development. It serves as a valuable reference for anyone designing or building cloud-native systems.
Considered a foundational text for understanding microservices, a key component of cloud-native development. provides a broad overview of the concepts, benefits, and challenges of adopting a microservice architecture. It's highly recommended for those new to microservices or seeking a comprehensive picture.
A practical guide to developing and deploying cloud native applications using Kubernetes, focusing on best practices, architecture, and implementation.
A focused book on cloud-native observability using OpenTelemetry, a key open standard. It teaches how to produce telemetry data for gaining visibility into application performance in cloud-native environments.
A highly-regarded book for gaining a deeper understanding of Kubernetes. It goes beyond the basics and explores the internal workings and advanced features of Kubernetes, making it suitable for those who want to solidify their knowledge and become more proficient with the platform.
Focuses on design patterns specifically for Kubernetes, offering practical, example-driven guidance for building cloud-native applications. It's a valuable resource for deepening understanding of how to leverage Kubernetes effectively in cloud-native architectures.
Dives into recommended practices for building and operating applications on Kubernetes. It's aimed at those with some foundational Kubernetes knowledge who want to learn how to apply best practices for successful deployments.
Applies the concept of design patterns to microservices architecture, providing opinionated advice and practical examples. It's a comprehensive guide for designing and implementing microservices, a core component of many cloud-native applications. The examples are in Java, but the principles are broadly applicable.
Is geared towards those operating Kubernetes in production environments. It provides guidance on building successful application platforms, covering topics essential for real-world cloud-native deployments.
Microservices are a key architectural style in cloud-native development. widely recommended resource for understanding the design principles and challenges of building microservices, providing essential background knowledge for cloud-native architectures.
DevOps principles are integral to successful cloud-native development. This influential book provides a practical guide to implementing DevOps practices, covering culture, automation, lean, measurement, and recovery. It's a valuable resource for understanding the operational aspects of cloud native.
A deep dive into microservice design patterns, offering practical examples primarily in Java. is excellent for deepening understanding of how to design and implement microservices effectively within a cloud-native context. It covers crucial aspects like communication and data management.
This handbook provides in-depth details on patterns, tools, techniques, and processes for building enterprise-grade cloud-native systems. It covers various architectural styles like microservices, event-driven, and serverless in a cloud-native context.
For more information about how these books relate to this course, visit:
OpenCourser.com/career/jfjdt3/cloud
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