Aspects of Agile MVP

In the past ten years, software development has gone through many stages. From making processes agile and efficient to using DevOps to simplify IT services, there have been many breakthroughs. MVP is one of the advancements that have had a fundamental impact on the software development process. This article will discuss in depth how MVP plays a role in software development, and how to play a role.

What is MVP

MVP, Minimum Viable Product is the minimum viable product, which is a software development method proposed by Eric Ries in "Lean Entrepreneurship". Simply put, it means that the development team obtains user feedback by providing a minimized viable product, and continues to iterate rapidly on this minimized viable product until the product reaches a relatively stable stage. It involves the basic framework of the pre-development project, and uses the least functions and use cases to reduce costs in advance, identify defects in the design, and reduce time to market.

Why use MVP development?

Software development in its original form is a flawed process. Developers once spent a lot of time and money, only to find errors and problems in the end. Therefore, MVP development helps to determine the main target user needs in advance, finally determine the technology stack and functions, and determine the value proposition. Especially for those organizations with strict budget guidelines, the focus should be to develop a meaningful feature list using the simplest technology stack.

The following steps are essential to determine the function and determine its priority.

Measure market demand

Check whether there is a supply gap in the functions provided by your software in the market. The demand for the product can be based on consumer feedback that meets the exact expectations of the consumer. In order to determine demand, we need to analyze competitors and their existing products in the market.

Identify the limitations of the product

Through development, product limitations help stakeholders prepare for future problems and implement appropriate plans and alternatives. All these restrictions have brought market opportunities, which will bring about effective agile development and differentiation to differentiate existing products in the market.

Think outside the box

The following steps will bring you closer to your ultimate goal:
Set up and use ideas for advanced features
Determine the scope of the project
List the functional and non-functional features of the application
Perform wireframes and then prototype ideas

Complete the technology stack

The technology stack consists of a bunch of tools and technologies that can be deployed to create and release products. These stacks contain third parties, libraries, modules, packages and engineering tools, compatible with the selected programming language. The stack must also meet the need to deliver the business value expected by the interested parties.

Design prototype

A front-end technology stack and framework provide developers with the ability to use completed components, which is faster than the deployment of custom solutions for applications. These elements can be linked to the main back-end algorithm of the idea, resulting in a measurable MVP. This can be further matched with needs, correct customers and customer feedback.

Therefore, it is necessary to develop an initial roadmap and create a risk register with the appropriate enterprise application development service provider.

In fact, the essence of MVP is to experiment, each MVP can help answer a question for a certain hypothesis. The reason why MVP should be designed at the lowest possible cost is because the essence of MVP is to experiment, it is trial and error, not to make the final product, so it is necessary to replace product development with existing products or manual services as much as possible. , To reduce the cost of trial and error as much as possible. This is also in line with the "small steps and fast iteration" of agile development, and the relationship between the two can be clarified in one sentence: agile development is to know the "direction" to verify the "method", and the smallest feasible product is to know the "method" to verify the "direction" .