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We're here to help you find itThe AZ-400T03-A: Implementing Continuous Delivery course is designed to equip learners with the knowledge and skills necessary to implement Continuous delivery practices as part of their DevOps strategies. This continuous delivery course is a deep dive into the creation of a cohesive Release strategy, the establishment of a Release management workflow, and the implementation of various Deployment patterns.
Throughout the course, participants will engage in practical exercises and labs, which will reinforce the lessons on Release strategy recommendations, building a high-quality Release pipeline, choosing Deployment patterns, and selecting the right Release management tool. In addition, the training covers setting up Release pipelines, Configuring environments, Managing secrets, and Automating testing and Health inspections.
By completing this continuous delivery training, learners will be well-prepared to streamline their software delivery processes, reduce deployment risks, and improve the overall quality and reliability of their software releases. This course is essential for professionals aiming to master continuous delivery and enhance their DevOps capabilities.
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♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
To successfully undertake the AZ-400T03-A: Implementing Continuous Delivery course, students should have the following minimum required knowledge:
Please note that the above prerequisites are designed to ensure that students can fully engage with the course content and participate actively in labs and exercises. Students who do not meet these requirements may find the course challenging. However, individuals with a strong willingness to learn and a commitment to self-study may also succeed in this course.
The AZ-400T03-A course equips IT professionals with skills in implementing continuous delivery strategies and pipelines.
Target audience for the course:
The AZ-400T03-A: Implementing Continuous Delivery course equips students with the skills to design robust release strategies, manage release workflows, and implement advanced deployment patterns for high-quality software delivery.
These objectives are designed to provide students with a comprehensive understanding and hands-on experience in implementing Continuous Delivery to accelerate and enhance the software release process.
Continuous delivery is a software development practice where code changes are automatically prepared for a release to production. It ensures that software can be reliably released at any time and speeds up the feedback loop between developers and users. The process involves building, testing, and releasing software in short cycles, which helps reduce the cost, time, and risk of delivering changes by allowing for more incremental updates to applications in production. A continuous delivery course or training can equip teams with the necessary skills to implement these practices, improving deployment frequency and creating more stable release processes.
Release strategy in software development refers to the process of planning, scheduling, and controlling the movement of releases to test and live environments. The main goal is to ensure that the integrity of the live environment is protected and that the correct components are released. This strategy involves determining the sequence and timing for the rollout of software releases, managing dependencies, and enforcing quality assurance standards to mitigate risks and ensure smooth deployment. Effective release strategy facilitates continuous improvement and supports quicker delivery of features to users, aligning with practices taught in continuous delivery training and courses.
Release management workflow is a process used in software development where updates and changes are planned, built, tested, and deployed in a controlled and systematic manner. The goal is to ensure that software releases are reliable and delivered efficiently, minimizing disruptions while maximizing productivity. This workflow involves coordination between multiple teams to handle aspects such as development, testing, deployment, and support. Effective release management helps organizations improve the quality of their software products and speed up the time to market, adapting quickly to changes and user feedback while maintaining a stable production environment.
Deployment patterns are strategies used in software engineering to manage the process of releasing and updating software applications systematically. These patterns help in efficiently rolling out new features, fixes, and updates with minimal disruption to the end users. Common deployment patterns include blue-green deployments, where two identical environments alternate to ensure one active environment at all times, and canary releases, where new versions are gradually rolled out to a small subset of users before full deployment. Understanding and implementing these patterns can enhance your continuous delivery training, making your release processes more reliable and responsive.
Release strategy recommendations involve planning and implementing the steps through which software updates are prepared and deployed to production. This includes defining how changes are managed, tested, approved, and released in a controlled manner to ensure stability and minimize risks. It’s essential for organizations to develop a clear release strategy to coordinate development efforts, meet compliance standards, and achieve efficient continuous delivery of software enhancements. This process is pivotal for businesses seeking to innovate and improve their applications without disrupting user experience or system integrity.
A release pipeline in technology is a set of automated processes used to move software from source code to production. It involves building the code, running tests, and deploying it to various environments. This helps in ensuring that the software is robust and stable before being released to the public. The ultimate goal of a release pipeline is to enable continuous delivery, allowing developers to release updates more frequently and predictably with reduced risk of errors. This system improves the efficiency of development teams and aligns with agile practices, helping organizations respond faster to market changes.
Deployment patterns in technology describe the methods used to release and update software applications efficiently and reliably. These patterns, such as blue-green deployments or canary releases, allow developers to test and introduce new versions of software with minimal disruption to users. Essentially, these methods ensure that software delivery is systematic and that any potential risks are managed with rollback strategies if something goes wrong. Deployment patterns are essential for maintaining continuous operation and improving software products seamlessly, making them vital for software development and operations teams focused on optimal performance and user satisfaction.
Release management tools are software applications that help coordinate and streamline the process of deploying software updates from development to production environments. They focus on planning, scheduling, and controlling the development and deployment of software releases to ensure that new features are delivered efficiently and reliably. These tools manage multiple aspects of the release process, including integration, testing, and deployment activities, enabling teams to implement continuous delivery practices effectively. By automating various steps of the release process, these tools reduce errors, save time, and enhance collaboration among team members, leading to better overall project management and faster, more consistent deliveries.
Release pipelines are a sequence of stages involved in delivering a new version of software from development to production. This process typically involves building the software, running tests, deploying to different environments, and finally releasing it to users. Essentially, a release pipeline automates the steps your code takes from the time a developer makes a change to when it is usable by end-users, ensuring reliable and repeated delivery of application updates. This automation supports efficient workflow in continuous delivery, making sure that software can be released at any time with high quality and fewer risks.
Configuring environments is the process of setting up software and hardware systems to create a specific operating setting for development, testing, or production purposes. It involves configuring servers, installing software, setting environment variables, and adjusting network settings to ensure that the system behaves as expected. This setup allows teams to work efficiently, replicate conditions across various stages of software deployment, and maintain consistent performance. Proper environment configuration is crucial in supporting continuous delivery by allowing smooth transitions of code through development, testing, and into production, minimizing disruptions and errors.
Managing secrets in technology refers to the secure handling and storage of sensitive data such as passwords, API keys, and credentials essential for system operations. The aim is to prevent unauthorized access and breaches, thereby maintaining the integrity and security of systems. Effective management often involves encryption, controlled access, and rotation policies, ensuring that only authenticated users and applications have access to the necessary secrets. This is crucial in environments that emphasize automation and security, like those utilizing continuous delivery methods where secrets need to be dynamically managed and securely deployed across systems automatically.
Automated testing is a process in software development where special programs, known as test automation tools, execute tests on the software automatically rather than having a person manually conduct them. This method increases efficiency, ensures accuracy through repeated consistent testing steps, and speeds up the process of validating the software's functions and performance. It is a key component in achieving continuous delivery, allowing teams to frequently and reliably push out software enhancements and fixes to users swiftly and with confidence. This approach is vital for maintaining high-quality standards while meeting the demands of rapid development cycles.
Health inspections are evaluations conducted on businesses, typically food service establishments, to ensure compliance with local health regulations and safety standards. Inspectors examine various aspects like cleanliness, proper food handling, pest control, and correct usage of facilities to prevent any health hazards. These inspections are critical for protecting public health and maintaining consumer trust. Regular assessments help in identifying potential issues and providing guidance on how to resolve them, ensuring that the businesses can continue to operate safely and successfully.
The AZ-400T03-A course equips IT professionals with skills in implementing continuous delivery strategies and pipelines.
Target audience for the course:
The AZ-400T03-A: Implementing Continuous Delivery course equips students with the skills to design robust release strategies, manage release workflows, and implement advanced deployment patterns for high-quality software delivery.
These objectives are designed to provide students with a comprehensive understanding and hands-on experience in implementing Continuous Delivery to accelerate and enhance the software release process.
