This learning track explores the change in mindset requires to adopt a collaborative approach that brings everyone involved in delivery together, not just Development and Operations. Geared towards technical and non-technical professionals, this track covers areas such as the business case for DevOps, Continuous Integration, Continuous Delivery, accompanying cultural changes, operational considerations and configuration management. You will get exposure to a hands-on approach to planning, building, monitoring, and maturing a DevOps pipeline. Due to the technology-agnostic nature of this track, you will be able to apply the principles regardless of the chosen technology stack.
Target Audience
Primary Audience: Individuals with a curiosity about the case for and potential of DevOps, and professionals involved in hands-on DevOps implementation.
Relevant Roles: Developers, Testers, Operations leads and team members, Managers, Agile Coaches, Technical Leads, Technical Coaches, Security leads and team members or anyone aspiring to these roles.
Continuous Integration and Delivery
Related Resources
Show Summaries
Discover why staging environments may no longer be necessary in software delivery.
In this compelling discussion, the relevance of staging environments in the software delivery process is questioned. The piece argues that staging environments are costly, inefficient, and often lead to discrepancies between testing and production. With the rise of feature flags and direct testing in production, the article suggests that developers can achieve better results without staging. This thought-provoking content invites readers to reassess their current practices and consider more efficient alternatives.
Explore the evolving role of DevOps engineers in a collaborative IT landscape.
The role of a DevOps engineer is evolving beyond technical skills to include collaboration and systems thinking. This article explores the importance of soft skills, such as communication and problem-solving, in driving DevOps culture and efficiency. It stresses the need for engineers to be adaptable and understand both software development and infrastructure. Key changes in the DevOps role include increased focus on security, automation, and cloud integration. Discover how DevOps professionals can lead organizational change and maintain relevance in a dynamic environment.
Embark on your DevOps journey: Start with key practices and strategies for success.
Explore the foundational concepts of DevOps and learn how to begin your journey in this collaborative approach to software development. Understand the origins of DevOps, its key practices, and the importance of cross-functional teams. Discover practical strategies like value stream mapping and automation, and focus on cultural and organizational changes necessary for successful implementation. This resource offers insights into the benefits of DevOps and provides guidance on how to integrate these practices into your organization.
Master the art of crafting a standout DevOps resume to secure your dream job.
Discover how to effectively tailor your DevOps resume to match the demands of the current job market. With the industry's high demand for skilled professionals, it's crucial to make your resume stand out. Learn the key principles of focus, trust, and phrasing to enhance your resume's impact. Uncover strategies to balance storytelling with ATS alignment, ensuring your achievements and skills are highlighted. This guide offers actionable insights to boost your confidence and differentiate yourself in a competitive field.
Explore the evolving landscape of DevOps and prepare your team for future challenges.
DevOps is at the cusp of significant evolution, with automation and AI/ML integration becoming crucial. Teams must embrace a collaborative mindset, and management should focus on reskilling and retooling. This article outlines the future of DevOps, emphasizing the need for automation, AI/ML, and a shift from monolithic architectures. It also highlights the importance of culture change and cross-team collaboration, advocating for early planning to harness the full potential of DevOps. Dive in to discover actionable steps for a successful DevOps transformation.
Discover the essence of Agile and DevOps for effective software development.
Explore the critical components of Agile and DevOps methodologies in software development. This resource delves into the importance of flexibility, continuous improvement, and the need for tailored processes to fit organizational needs. Gain insights into creating a culture that supports innovation and collaboration, avoiding the pitfalls of rigid frameworks. Learn practical strategies for implementing Agile principles effectively. Engage with this content to enhance your understanding and application of Agile and DevOps in your projects.
Transform your release process with platform teams and self-service DevOps culture.
Explore the transformative potential of platform teams in enhancing your software release processes. This resource delves into the benefits of automation, containerization, and monitoring, providing actionable insights for integrating DevOps culture into cross-functional teams. Learn how to empower developers with self-service mantras, fostering a culture of self-reliance, confidence, and responsibility. Discover strategies to improve operational success and customer satisfaction. Engage now to revolutionize your deployment processes.
Discover the pitfalls of microservices and learn how to avoid them for successful implementation.
This article explores the common pitfalls organizations face when adopting microservices architecture and provides strategies for avoiding these mistakes. It emphasizes the importance of prerequisites, cultural changes, and strategic planning in successful microservices implementation. By understanding the challenges and best practices, companies can enhance agility, security, and competitiveness. Engage with this resource to learn how to effectively transition to microservices and optimize your software development processes.
Master open source strategies for a seamless DevOps pipeline and enhanced automation.
Explore how open source software (OSS) can transform DevOps practices by offering flexibility, cost savings, and integration ease. This resource delves into building horizontal and vertical strategies to enhance automation and control across the software delivery lifecycle. Learn about key tools and approaches that can streamline your DevOps operations and address bottlenecks. Join us on a journey to optimize your CI/CD pipeline with open source solutions. Discover actionable insights to drive innovation and efficiency in your DevOps team.
Release Management
Release Management focuses on planning, scheduling, and controlling the movement of releases through different environments. This cluster covers the strategies and tools needed to ensure that software is released smoothly, on time, and with minimal risk.
Cloud Computing
Cloud Computing involves delivering computing resources over the internet, including servers, storage, databases, networking, and software. This cluster focuses on cloud architecture, service models, and deployment strategies.
Configuration Management
Configuration Management is about controlling and maintaining the consistency of software and system configurations. This cluster covers the tools and processes used to track and manage changes, ensuring that systems remain stable and reliable.
Infrastructure as Code
Infrastructure as Code (IaC) involves managing and provisioning computing infrastructure using machine-readable configuration files, enabling automation and consistency. This cluster covers IaC tools, practices, and benefits.
System Observability
Monitoring involves continuously tracking the performance and availability of systems and services. This cluster covers the tools, strategies, and best practices for maintaining visibility and ensuring optimal performance in IT environments.
Platform Engineering
DevOps Practices focus on bridging the gap between development and operations to streamline the software delivery process. This cluster covers continuous integration, continuous delivery, automation, and collaboration techniques.
Operational Resilience
Logging involves collecting and storing log data to monitor and troubleshoot systems. This cluster covers the tools and techniques for effective logging, ensuring that you have the data needed to diagnose issues and optimize system performance.
Site Reliability Engineering (SRE)
Network Design
Network Design involves planning and creating a network infrastructure that supports communication, data transfer, and system operations. This cluster covers principles of network architecture, security, scalability, and performance.