UX-bit Modular Design Automation for UI Development Bottlenecks
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Solution Overview
Problem
Current UI/UX development systems face inefficiencies due to sequential operation and independent data observation, leading to increased task resources and time requirements in project progress.
Innovation Solution
The introduction of UX-bits, which are modular units that can be easily selected, combined, and modified to automate the design generation process, including function definition, information architecture, wireframe creation, and design verification, using an artificial neural network device to reduce development time and costs.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If sequential operations are performed in UI/UX development (function definition, information architecture, wireframe, design), then each operation can be completed with independent data observation, but task resources and time requirements are inevitably increased
Solution Approach 1:
The patent segments the UI/UX development process into modular UX-bits that can be independently defined, observed, and modified. Each UX-bit represents a discrete unit of design elements, components, or interactions that can be developed and verified independently, yet combined systematically to form the complete design. This segmentation enables parallel processing of multiple design aspects simultaneously.
Solution Approach 2:
The patent merges multiple sequential operations (function definition, information architecture, wireframe, design) into a unified UX-bit framework where all operations can be performed concurrently. By integrating these operations into a single cohesive system using UX-bits, the patent enables simultaneous execution of tasks that were previously performed sequentially, thereby reducing overall development time while maintaining independent data observation capabilities.
2Ease of operation
If sequential operations are performed in UI/UX development, then each operation can be completed independently, but task resources are inevitably increased
Solution Approach 1:
The patent divides the design system into reusable UX-bits that can be independently developed and then assembled. This segmentation allows team members to work on different UX-bits simultaneously without requiring all resources to be available at once for each complete operation, thereby reducing peak resource requirements while maintaining independent operation capabilities.
Solution Approach 2:
The patent creates universal UX-bits that can serve multiple functions across different operations and contexts. A single UX-bit can be used in function definition, information architecture, wireframe creation, and final design, eliminating the need to recreate the same elements in each sequential operation. This multi-functionality reduces overall task resources required while preserving independent operation completion.
3Reliability
If traditional UI/UX development process is used, then comprehensive design control is maintained, but development period is extended
Solution Approach 1:
The patent performs preliminary actions by defining UX-bits with all necessary design control parameters in advance. Each UX-bit is pre-configured with its properties, constraints, and relationships, allowing comprehensive design control to be established upfront rather than progressively during sequential operations. This preliminary establishment of control enables faster subsequent development while maintaining design integrity.
Solution Approach 2:
The patent implements feedback mechanisms within the UX-bit framework that provide real-time validation and control information as design elements are created and combined. This continuous feedback ensures comprehensive design control is maintained throughout the accelerated development process, allowing immediate detection and correction of issues without extending the development period.
Data Source
AI summary
The present disclosure relates to a development project collaboration method using a UX-bit of a program such as an application used by customers and service providers. Specifically, the present disclosure relates to a development project collaboration method capable of reducing a development period and costs using a UX-bit such that elements constituting a project are easily searched for and applied. The development project collaboration method includes receiving a project goal, receiving detailed tasks for achieving the project goal, arranging content agreed upon in the project goal and the detailed tasks into UX-bits in an integrated function definition, combining the UX-bits based on the function definition and arranging information architecture (IA) elements, constituting a wireframe based on the IA elements, designing a configuration page based on the wireframe, providing a verification page for verifying the configuration page formed by combining the UX-bits, and when a modification occurs in at least one of the project goal, the detailed task, the UX-bit, the IA element, the wireframe, and the design, simultaneously modifying the project goal, the detailed task, the UX-bit, the IA element, the wireframe, and the design to which the modification is reflected in the entire project.