What does ADLC mean in DEVELOPMENT

ADLC stands for Application Development Lifecycle. It is a process of developing and managing an application throughout its entire lifecycle, from planning and design to testing and deployment.

The ADLC is a structured approach to application development that includes six distinct stages: Planning, Design, Coding, Testing, Deployment, and Maintenance. Each stage requires different skills and teams to complete the application development process.

The primary objective of the Application Development Lifecycle is to ensure that applications are developed effectively and efficiently by providing structure and guidance during each phase of development. This helps reduce costs associated with development while also ensuring a high-quality product is delivered on time.

All stakeholders involved in developing an application should be part of the Application Development Lifecycle. This includes members of the project team such as developers, testers, designers, architects, managers, analysts etc., as well as stakeholders external to the project like business users who will be using the final product.

There are many tools available for each stage of the Application Development Lifecycle. Some examples include Agile methodology frameworks for project planning; UML modeling software for system design; Source Code repositories like GIT or SVN for coding; Automated testing tools like Selenium or Katalon Studio for testing; Configuration management platforms like Ansible or Puppet for deployment; And performance monitoring tools like AppDynamics or Datadog for maintenance.

The Application Development Lifecycle applies equally well to web applications, mobile applications, desktop applications or any other type of software that needs to be developed from start to finish. No matter what type of platform you’re developing an application for you can benefit from using methods defined in this lifecycle process.

Yes! One way to measure success when using this approach is through customer feedback which is obtained after each phase completes successfully; this helps validate that all requirements have been properly tested at each stage before advancing further into development. Additionally, tracking performance metrics such as time taken per phase over multiple projects can help determine how effective your current process is or if changes need to be made in order to become more efficient over time.

As with any software development method there is always a risk that something may not go according to plan - this could cause unexpected delays in completing tasks on time if not managed effectively throughout each phase by all stakeholders involved in building an application. In order to mitigate such risks it’s important that good communication practices are followed between all project team members so that any potential issues can be addressed quickly and prevent them from becoming larger problems down the road later in development.

Yes! When following procedures based on this method it's important to document each step taken along with what was expected at each point prior starting another phase - these records will serve as valuable references in future projects allowing more efficiency when beginning from where you left off last time compared with starting from scratch again without recorded history.