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We're here to help you find itThe AZ-400T07-A: Designing a DevOps Strategy course is an integral part of the Microsoft Azure DevOps Solutions Expert Certification. This course helps learners to understand how to plan and implement strategies that are essential for the successful transformation of a traditional development and operations team into an efficient Azure DevOps team.
Module 1 focuses on Transformation Planning, Project Selection, Team Structures, and Agile Planning, utilizing Azure Boards for portfolio management. Module 2 covers the Planning for Quality and Security, including strategies for Secure development and implementing Feature flags with LaunchDarkly and Azure DevOps. Module 3 dives into Migrating and Consolidating Artifacts and Tools, teaching how to integrate Source control and Repositories with Azure Pipelines and Eclipse effectively.
Learners will gain insights into creating an Azure DevOps strategy that aligns with organizational goals, ensuring quality, security, and efficient use of Azure DevOps services. This knowledge is crucial for professionals aiming to streamline development processes and foster a culture of continuous improvement within their teams.
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♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
Certainly! For the AZ-400T07-A: Designing a DevOps Strategy course, here are the minimum required prerequisites that will help you to successfully undertake and gain the most from your training:
Basic Understanding of Agile Practices: Familiarity with agile project management principles and practices will be beneficial, as Agile planning and portfolio management are covered in the course.
Familiarity with Azure: Basic knowledge of Azure services is recommended as the course involves using Azure Boards, Azure Repos, and Azure Pipelines.
Experience with Version Control Systems: Understanding the concepts of version control, such as commits, branches, merges, and pull requests, particularly with Git, as source control management is a key component of the course.
Basic Knowledge of CI/CD: Awareness of Continuous Integration (CI) and Continuous Deployment (CD) principles and practices will help in understanding the integration of various tools and pipelines within a DevOps strategy.
Understanding of Software Development: Knowledge of the software development lifecycle (SDLC) and its stages is important, as DevOps is heavily integrated with software development processes.
Awareness of Security Best Practices: Although not mandatory, having an awareness of security best practices in software development can be beneficial for the sections related to planning for security.
Problem-Solving Skills: Ability to think critically and solve problems will be useful, as DevOps involves dealing with complex challenges and finding efficient solutions.
These prerequisites are designed to ensure that you have a foundational understanding that will enable you to effectively engage with the course content and apply the principles taught in the AZ-400T07-A course. If you feel you need to strengthen any of these areas, Koenig Solutions offers foundational courses that can prepare you for this advanced training.
The AZ-400T07-A course equips IT professionals with DevOps strategy skills, focusing on planning, quality, security, and tool migration.
In the AZ-400T07-A: Designing a DevOps Strategy course, students will learn to plan for DevOps transformation, prioritize projects, establish team structures, manage quality and security, and consolidate development tools and artifacts.
Project selection involves choosing the most suitable project from a pool of potential options, guided by an organization's strategic goals and resources. The process requires evaluating and prioritizing various project ideas based on their potential benefits, alignment with business objectives, feasibility, and risks. Effective project selection ensures that the organization dedicates resources to initiatives that are most likely to drive success and provide significant returns on investment. This critical step helps avoid wasted effort on less impactful projects and sets the stage for successful project execution and realization of strategic goals.
Team structures in a workplace delineate the organization of groups within a company to enhance collaboration, efficiency, and effective execution of projects. Traditional structures divide teams by function, such as marketing or engineering. Cross-functional teams, on the other hand, gather individuals from various departments to work towards common objectives, reducing silos and fostering innovation. Agile teams, often used in software development, are small, self-managing groups emphasizing flexibility and rapid response to change, ideal for environments using methodologies like Azure DevOps strategy and release strategy for continuous integration and delivery.
Agile planning involves iterative and incremental development, where requirements and solutions evolve through collaboration between self-organizing cross-functional teams. This method promotes flexible responses to change and includes regular intervals known as sprints, where teams aim to deliver product increments. Planning in agile environments follows a hierarchy of planning from release planning, which establishes a longer-term vision, to iteration planning, which focuses on detailed tasks for upcoming sprints. This approach helps teams adapt to changes in user needs or market conditions efficiently, ensuring the end product remains relevant and valuable.
Azure Boards is a feature within Azure DevOps, offering tools for project management and issue tracking for software development projects. It supports planning, discussing, and tracking work across teams using fully configurable Kanban boards, backlogs, and dashboards. This integration enhances teams’ abilities to follow agile principles, streamline Azure DevOps release strategy, and continuously improve product delivery. Azure Boards enables seamless collaboration and provides comprehensive reporting features to help monitor progress, ensuring a coherent and effective Azure DevOps strategy. This helps teams efficiently prioritize tasks and deliver high-quality software.
Secure development is the practice of incorporating security into software development to prevent vulnerabilities and mitigate potential attacks. It involves proactive strategies and methodologies that ensure software is built securely from the start, minimizing risks. This includes code reviews, standardized security testing, and maintaining compliance with security regulations. Adopting a secure development lifecycle helps in detecting flaws early, thus saving costs and enhancing software reliability. By prioritizing security in every phase of development, organizations protect their applications from threats while maintaining trust with users.
Planning for Quality and Security involves systematic approaches to ensure a product meets predefined standards and safeguards against threats. Quality planning focuses on defining quality criteria and integrating steps into development processes to meet those criteria consistently, often using methods such as assessments and audits. Security planning involves developing strategies to protect resources, data, and operations from unauthorized access and threats. This ensures that vulnerabilities are identified and mitigated before they can be exploited, minimizing potential damages and maintaining trustworthiness and compliance in systems. These planning stages are crucial for sustainable and reliable project outcomes.
Feature flags are a method in software development that allows teams to turn certain functionalities on or off during runtime, without needing to deploy new code. This technique is especially useful in managing various aspects of an application's release and ensuring stable operations while implementing new features. By using feature flags, developers can perform gradual rollouts, test new features in live environments with specific user segments, and quickly revert changes if issues arise. This approach offers a strategic way to update and improve software continuously while minimizing risks associated with new deployments.
LaunchDarkly is a feature management tool that enables software development teams to deploy features to their applications and control their availability without redeploying code. It uses feature flags to toggle features on or off for specific segments of users, allowing for safe testing and gradual rollouts. This process optimizes both the Azure DevOps strategy and Azure DevOps release strategy by providing a robust framework for continuous integration and delivery (CI/CD), ensuring teams can introduce new features with minimal risk and quick adaptation based on user feedback or performance data.
Azure DevOps is a service provided by Microsoft that helps developers manage the lifecycle of their software projects. It integrates tools for planning work, collaborating on code development, and building and deploying applications. Azure DevOps supports a continuous delivery pipeline, which enables teams to release updates to their apps quickly and safely. An effective Azure DevOps strategy involves setting up detailed project planning, code management, and automated build and release processes to streamline and optimize the development workflow. This strategic approach helps improve software quality and speed up the delivery of new features and fixes.
Source control, also known as version control, is a system that manages changes to a set of files or a project. It allows multiple developers to work on the same project without interfering with each other's work. Through source control systems, the entire history of changes and revisions can be tracked, compared, and rolled back if necessary. This ensures that accidental overwrites or deletions can be quickly corrected. Additionally, it facilitates collaborative teamwork by enabling features like branching and merging, where developers can create separate branches of a project and later merge changes into the main project seamlessly.
Migrating and consolidating artifacts and tools involves combining various development resources and processes into a streamlined system, often within platforms like Azure DevOps. This strategy enhances project efficiency by reducing redundancy and improving accessibility. The migration part includes transferring databases, software libraries, and development tools from different environments to a single, cohesive platform. Meanwhile, consolidation focuses on unifying operational procedures and resource management to optimize performance and maintenance. Employing this approach within a strategy like an Azure DevOps release strategy can significantly streamline release cycles and boost overall software delivery, ensuring that all tools and artifacts are managed from a central point.
Repositories are centralized places where data, often related to software development, is stored and managed. They facilitate version control, which allows for tracking changes, reverting to previous versions, and collaborative work. In the context of Azure DevOps strategy, repositories are crucial for managing source code as part of the broader project development. An effective Azure DevOps release strategy leverages these repositories to ensure consistent, measurable, and efficient deployment cycles, enabling continuous integration and continuous delivery (CI/CD) processes that streamline releasing new features and updates.
Azure Pipelines is a part of Azure DevOps, providing a platform for automating the build and release of software. It supports continuous integration and continuous deployment (CI/CD) strategies, allowing teams to consistently and reliably ship updates to their applications. With this tool, you can define how software is tested, built, and deployed across different environments. It helps in implementing a robust Azure DevOps strategy by automating the process from code commitment to production, thereby enhancing the speed and quality of software development and aligning closely with an effective azure devops release strategy.
Eclipse is an integrated development environment (IDE) primarily used for Java development, but it supports various other programming languages through plug-ins. It provides tools for coding, debugging, and testing, making it versatile for software development. Eclipse facilitates project management by organizing code, resources, and dependencies in an effective manner. It includes a wide array of tools and plugins that enhance productivity and offer rich development experiences, aiding developers in creating robust applications efficiently. This platform is open source, which means it is continuously improved by a community of developers around the world.
Transformation Planning in technology refers to strategizing how to shift processes, tools, or systems to better support the organization's goals. It involves mapping out the desired outcomes, identifying necessary changes, and deciding on the tools and methods to be used. In the context of software development, using Azure DevOps strategy and Azure DevOps release strategy can be vital. These strategies help in managing the software development lifecycle more efficiently, ensuring seamless integration and continuous delivery of software updates, aligning with the overall business transformation goals.
The AZ-400T07-A course equips IT professionals with DevOps strategy skills, focusing on planning, quality, security, and tool migration.
In the AZ-400T07-A: Designing a DevOps Strategy course, students will learn to plan for DevOps transformation, prioritize projects, establish team structures, manage quality and security, and consolidate development tools and artifacts.
