FLP, an acronym for "Functional Level Prototype," refers to a type of prototype used in software development to test the functionality and performance of a system. It is an early working version of a software product that focuses mainly on simulating the system's core functionalities rather than its visual design or user interface.
A Functional Level Prototype embodies the key features and behaviors of the final product, allowing developers to assess its technical feasibility and identify any potential issues. It serves as a tangible representation of the software's functionality, providing a platform for stakeholders to explore and evaluate the system's intended behavior, logic, and interactions.
FLPs often lack the polished appearance and refined user experience of the final product, as the primary goal is to verify that the underlying functionality works correctly. Despite its simplified nature, a Functional Level Prototype showcases the essential aspects of the software, enabling early identification of flaws, bugs, or missing features.
The FLP approach is particularly useful in an iterative development process, as it allows developers to gather feedback early on, make necessary adjustments, and refine the software's functionalities progressively. This iterative development approach minimizes the risk of encountering significant issues and improves the chances of delivering a successful final product that meets the stakeholders' requirements and expectations.
