What is Agile: Understanding Agile Methodology and Its Types
What is agile?
Agile project
management is a methodology designed to work in an iterative structure,
adapting to changes, responding to constant feedback in an effort to provide
constant results. When connected to software, this methodology defines roles,
increases collaboration, ongoing review and adaptation, self-organization, and
cross-functionality of those groups. It is a software engineering best-practice
for quick delivery of high quality applications, tailored to customer
requirements and aligned with the company goals.
Types of Agile Methodology
Scrum methodology
Scrum is a lightweight, simple-to-implement way to manage
software development projects inside a tiny team-based setting. Testing is
completed for every sprint, for instant redressal of quality or installation
issues. The Agile frame for handling a method yields a high caliber of
applications, customized to the demands of the product owner.
Lean Software Development
Lean is a type of agile methodology focused on value stream mapping without the requirement of
subsequent iterative development inside a predetermined set of rules. The focus
is on optimizing and removal of waste, while delivering only valuable features,
in batches. Lean is a known fast and effective methodology because of the
underpinning principle of the most effective use of group resources for optimum
productivity.
Kanban Software
Development
The Kanban method is used to manage operate using a
pull-based system, to boost the speed of delivery. This method guarantees a
strong and collaborative environment of constant improvement by restricting the
amount of work-in-progress and driving down costs.
Crystal
The Crystal methodology is individuals and process-driven.
It is an agile software development approach that focuses on individuals and
their interactions to fulfill a product's specific requirements. The use of the
term Crystal originated from the diamond at which the faces signify in software
terms, the several views of the inherent core of values and principles.
The seven
properties are regular delivery, reflective improvement, close or osmotic
communication, personal safety, focus, simple access to expert users, automatic
evaluations, configuration management, and regular integration.
The Crystal method
leads to the delivery of working software before time, by removing the
bottlenecks.
The DSDM provides a comprehensive framework designed to
plan, manage, implement, and scale the application development process. The
focus is business-driven, without compromise on both quality or timely
delivery. This strategy is iterative, incremental, and centered mainly on the
Rapid Application Development (RAD) methodology. The framework comprises
practicability and business studies; model iteration/functional model; design
iteration and build iteration; and implementation.
Feature Driven
Development (FDD)
FDD is a client-centric and architecture-based software
procedure. As its name implies, software development is organized around making
progress on delivering"attributes'. We describe feature as a little,
client-valued function that requires the form.
The process is based on a version
using a short iteration procedure. It follows a five-step development process
built around discrete"feature" projects - developing the total model,
creating a features list, intending by attribute, designing by feature, and
construction by attribute. The objective is to deliver working software from
time to time, repeatedly, and scale . This helps to manage complex projects.
Extreme Programming
(XP)
XP is one of the well-organized, systematic approaches for
fast and continuous delivery of high-quality software, tailored to meet
changing customer requirements.
Here, proven and good practices are brought to
the extreme. It involves better customer involvement, the deep involvement of
staff members, quick feedback loops, test-driven development, and shorter iterations
of one to 3 weeks. The procedure results in high quality of software without
affecting the time .
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