Lifecycle UX Network for Cross-Stage Product Development

The patent merges the user experiences of different users across different lifecycle stages into a single integrated UX model. The system combines UX models from multiple stages (e.g., concept, design, evaluation) into a unified structure that captures cross-stage user interactions and requirements, enabling comprehensive integration while managing complexity through structured consolidation.

The patent creates a universal UX model that serves multiple functions across different lifecycle stages. This multi-functional UX model can be applied to concept generation, design validation, and evaluation processes, allowing a single integrated framework to handle diverse requirements from different users and stages without requiring separate specialized models for each.

The patent implements feedback mechanisms that link activities across different building blocks. The system captures feedback from evaluation activities and feeds it back to concept and design activities, enabling iterative improvements that enhance product quality and reliability. This feedback loop ensures that user experience insights from later stages inform earlier stage decisions.

The patent applies preliminary action by conducting UX research and analysis in early lifecycle stages to identify and resolve issues before they manifest in later stages. By performing preliminary UX evaluation and incorporating findings into concept and design activities, the system prevents quality issues from arising in the first place, thereby improving reliability without requiring extensive corrective actions later.

The patent uses virtual prototyping and digital twins to create virtual copies of physical prototypes. These virtual models can be iterated and evaluated without the need for expensive physical prototyping, allowing multiple design iterations to be performed computationally. The system creates digital representations of product concepts that can be simulated and evaluated, replacing costly physical prototyping while maintaining design exploration capabilities.

The patent performs preliminary UX validation and concept testing in early stages using virtual models and digital simulations. By conducting preliminary evaluations before physical prototyping, the system identifies and resolves design issues early, reducing the number of physical prototypes needed and thereby lowering overall prototyping costs while maintaining product quality.

The patent merges previously separate workflows into an integrated lifecycle process. The system combines concept generation, design development, and evaluation activities into a unified workflow that operates continuously across all stages. This integration eliminates silos between stages, allowing seamless transition of requirements and insights, thereby accelerating time-to-market without requiring complex reconfiguration of existing processes.

The patent implements dynamic workflow integration that adapts to different project needs and stages. The system provides flexible, configurable workflows that can dynamically adjust based on project requirements, allowing organizations to optimize their processes without implementing rigid complex structures. The dynamic nature of the integrated workflow enables efficient resource allocation and rapid response to changing requirements.