What is a client and a server?

Agile ceremonies are just meetings with defined lengths, frequencies, and goals. Each ceremony is different, but they work together towards achieving the same overall purpose: to help project teams plan, track, and engage stakeholders with their work. Put most simply, Agile ceremonies are the meetings or events that take place during a  Scrum Sprint. Why are Agile ceremonies important? Each Agile ceremony is there to help you adapt to change. When using Sprints, and planning and executing work in smaller portions over shorter timeframes, the ceremonies help you and your teams to shift direction when needed.  Ceremonies are essential to successfully adopting and practicing Agile. They help to accelerate product development, increase productivity, and often help to improve the communication and alignment between development teams, IT, and the wider business.  What are Agile ceremonies? 1.       Sprint planning The Sprint planning ceremony establishes the desired outcome for t

The Agile methodology is an alternative to traditional project management. Following this method, teams break down projects into short segments, or sprints, that they can work on at pace. When done well, this approach fosters adaptability and flexibility.  To know how to apply this method with your team, let’s explore the Agile team roles. This article seeks to clarify what Agile team roles are needed and why, the responsibilities of those key Agile roles, and how to incorporate these roles into your organization. How Agile teams work An Agile team is made up of individuals from across different functions, brought together to work collaboratively. The idea of such teams is that they can work faster and be more adaptable than traditional project groups. Agile teams are designed to work iteratively, completing one part of the project at a time, which increases productivity and reduces risk. For this to work, Agile teams need to operate around the principles of self-organization,

  What is the Waterfall Method? The Waterfall Model is a linear or sequential approach to project management and works based on fixed dates, requirements, and outcomes. Teams do not require consistent communication and, unless specific integrations are required, can be self-contained. Team members can also work independently and are often required to provide status reports somewhat less frequently (when compared to an agile approach). A typical Waterfall project is chronological and is made up of the following phases: Requirements Design Implementation Verification Maintenance Disadvantages of the Waterfall Model 1 . The waterfall model doesn’t support making changes. 2. It can invalidate the work you’ve previously accomplished. 3. This method excludes end-users and clients. 4. It delays testing until after the completion of the project. 5. The waterfall model can promote longer delivery times. 6. It typically works better for small projects. 7. Working model

GitHub is an online software development platform. It's used for storing, tracking, and collaborating on software projects. It makes it easy for developers to share code files and collaborate with fellow developers on open-source projects. GitHub also serves as a social networking site where developers can openly network, collaborate, and pitch their work. Since its founding in 2008, GitHub has acquired millions of users and established itself as a go-to platform for collaborative software projects. This free service comes with several helpful features for sharing code and working with others in real time. On top of its code-related functions, GitHub encourages users to build a personal profile and brand for themselves. You can visit anyone’s profile and see what projects they own and contribute to. This makes GitHub a type of social network for programmers and fosters a collaborative approach to software and website development.   How does GitHub work? GitHub users cre

DevOps is an approach to software development that combines two major software trends. Agile infrastructure, the first trend, applies Agile and Learn approaches to operations. The second trend acknowledges the value of collaboration between operations and development team members. Software development teams use the DevOps approach, hoping to develop, deploy, and continuously improve their products in a dynamic way. Ultimately, DevOps attempts to bring to Agile that software isn’t complete unless it meets the expectations of the end-user. A successful DevOps pipeline requires team members to have specific goals while also executing job functions within a larger effort. Because of the delineation of roles in DevOps, team leaders need to understand the roles and responsibilities of each team member. This way, leaders can assign core employees or independent talent to fulfil critical job functions. This guide is an overview of the key roles that are typically included in DevOps teams

  A  release  is a construct that holds a versioned set of artifacts specified in a CI/CD pipeline. It includes a snapshot of all the information required to carry out all the tasks and actions in the release pipeline, such as stages, tasks, policies such as triggers and approvers, and deployment options. There can be multiple releases from one release pipeline, and information about each one is stored and displayed in Azure Pipelines for the specified  retention period. Reference: https://learn.microsoft.com/en-us/azure/devops/pipelines/release/releases?view=azure-devops  

  What is CI, CD and CT?   Benefits of CI/CT/CD pipelines A CI/CT/CD pipeline provides guardrails against rogue or error-prone changes to the codebase, and early detection of code defects. The pipeline also automates the entire deployment. Manual software deployment is prone to human error. When an organization automates the steps leading up to a release, it can ensure that both the code and deployment process work correctly. When developers, QA engineers, tech support or other team members find a defect, they can rely on the pipeline to automate a rollback to the previous code version. CI/CT/CD pipelines also enable another safeguard against problems in production: feature flags. Feature flags are part of the codebase that controls the release of new application features to a subset of clients. With feature flags, you can hide functions within the application’s source code until the feature is ready for selective or broad use. Feature flags can deploy features in a small subse

  What is user acceptance testing? While developing any application, the project team carries out different tests. Some of the tests include functional, integration, and system. The team carries out the tests at different intervals of the project and with varying purposes. For example, functional testing only tests a specific function of the application. In system testing, the developers aim to test the entire app. Now, you might be wondering about User Acceptance Testing. Well, once the project team carries out all the tests, the final test is the UAT. In simple words, UAT is making sure that the app/software/solution meets the end user’s requirements.   Who Should Be Performing UAT? UAT means “User Acceptance Testing”. So it’s really important to note that it’s end-users who should be performing UAT. The professional testers are just responsible for testing the technical part of the software product. Therefore, they must never be a part of the final testing team. For the UA