What does WTBP mean in UNCLASSIFIED

A What to Build Pattern (WTBP) is an approach to developing software solutions that focuses on identifying user needs before designing the technical solution. WTBP involves analysing the user’s goals, needs and desired outcomes in order to develop an accurate picture of the required software design. The goal of this approach is to create a system which meets users’ goals in the most efficient way possible.

Adopting the What-to-Build Pattern can help companies to ensure that their software solutions meet users’ needs accurately and effectively. By focusing on understanding user requirements upfront, companies are better equipped to develop systems which maximise users’ satisfaction and provide a positive experience. This approach also helps organisations reduce development time and minimise costs associated with inefficient or inaccurate designs.

Unlike other software approaches which focus on code first, the What-to-Build Pattern focuses initially on understanding user requirements, followed by design and code implementation. This allows for more flexibility when it comes to adhering to deadlines as well as ensuring that the final product meets set expectations. Additionally, this approach enables teams to easily identify any potential issues early on in the development process, allowing them time for resolution before launch.

When implementing WTBP, it is important for teams to first analyse user goals and needs accurately so that they can design a suitable technical solution. It is also important for teams to consider their own resources such as budget and timeline availability when developing user stories or use cases in order to ensure successful execution of each project phase successfully. Upon completion of an initial analysis, designers will then map out the system architecture needed based upon user needs determined earlier in the process. Finally, testing should be conducted throughout each stage of development in order to ensure efficient performance upon launch date.

Generally speaking no additional training is needed when using WTBP; however, stakeholders should have a good knowledge of software engineering principles and methodologies so that they can better understand how user stories or use cases affect technical results during project phases. Additionally, individuals leading projects should have prior experience working hands-on with agile methods such as Scrum or Kanban and/or waterfall models.

Collaboration between team members plays an essential role when adopting WTCP as both design decisions as well as code implementation need buy in from all parties affected by the project outcome before progress can be made successfully. Furthermore, ongoing dialogue between developers and product owners will further enable teams tasked with building a system according to customer requests easier task when compared with traditional development approaches where most decisions are made centrally by one party only (usually developers).

The technology stack used alongside WTCP depends heavily upon individual project requirements; however generally speaking technologies such containers (Docker) or Kubernetes combined with microservices architecture are often seen as best fitting alongside this type of approach due their ability scale individually rather than making changes which affect entire monolithic systems like other architectures do too frequently.

Yes - dedication may be required upfront due the detailed understanding needed surrounding customer needs which may not always be available straightforwardly at first instance especially if stakeholders do not always agree upon customer direction plus allocating budgets towards longer upfront research periods may prove hard for those unwilling go beyond traditional ways working.

There are many online resources available offering insight into WTCP - popular websites include Udemy and Coursera which offer free courses instructed by experts regarding this topic plus books such "Effective Software Requirements" written by Karl E Wiegers provides highly thorough knowledge encompassing analysis , testing plus other related topics.