Dynamic Health Proactivity Score System
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Solution Overview
Problem
Current healthcare systems lack a dynamic, HIPAA-compliant metric to assess and reward individuals' proactive health management, leading to inefficient resource allocation and ineffective obesity prevention, as existing metrics are static and cannot be shared across platforms.
Innovation Solution
A method to generate a dynamic proactivity score based on periodic health assessments, using multiple physical characteristics such as BMI, BFP, and other health metrics, which can be shared securely across entities, encouraging lifestyle management and weight management decisions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a static health score is used to indicate an individual's health status, then the measurement is simple and compliant with HIPAA, but the metric cannot dynamically reflect changes in health proactivity or be shared across different platforms
Solution Approach 1:
The health metric is segmented into two distinct components: a static health score component that maintains HIPAA compliance and simplicity, and a dynamic proactivity score component that enables sharing and tracking of health improvements. This segmentation allows each component to serve its specific function without compromising the other.
Solution Approach 2:
The patent introduces an intermediary aggregation layer that combines the static health score with dynamic proactivity measurements. This intermediary component processes and integrates data from multiple sources while maintaining compliance requirements, enabling the system to share health proactivity information across platforms without exposing sensitive personal health information.
2Reliability
If healthcare providers treat individuals on a reactive basis subsequent to diagnosis, then treatment is provided when health conditions are identified, but it is too late to reverse damage and healthcare resources are over-utilized
Solution Approach 1:
The proactivity score enables preliminary action by identifying individuals who are at risk of developing health conditions before actual diagnosis occurs. By tracking lifestyle factors, physical activity, and other proactivity indicators, the system allows interventions to be implemented in advance, preventing health deterioration rather than treating it after damage has occurred.
Solution Approach 2:
The patent implements continuous feedback mechanisms through periodic proactivity score assessments that provide individuals and providers with real-time information about health trends. This feedback loop enables timely adjustments to lifestyle interventions and treatment plans, ensuring that actions are taken while there is still opportunity to prevent or reverse health conditions.
3Loss of information
If conventional health metrics are used that cannot be shared due to HIPAA, then patient privacy is protected, but the metrics lack the ability to generate a dynamic HIPAA compliant metric that can be shared across the marketplace
Solution Approach 1:
The patent extracts and separates the proactivity score from sensitive personal health information, creating a standalone metric that reflects health behaviors and trends without containing protected health information. This extracted proactivity score can be shared across platforms and with marketplace participants while maintaining HIPAA compliance, as it represents aggregated behavioral data rather than individual health records.
4Ease of operation
If employers implement programs to reward employees for health improvement, then employee motivation is increased, but the programs are expensive and fail to meaningfully engage across different jobs and platforms
Solution Approach 1:
The proactivity score serves as a universal metric that can be applied across different jobs, platforms, and employer programs. This multi-functional score system allows diverse health initiatives to be measured and compared on a common scale, enabling employers to create cost-effective reward programs that meaningfully engage employees regardless of their specific roles or the platforms they use to track health behaviors.
Data Source
AI summary
A method for measuring a health proactivity status of a human is disclosed. The method includes obtaining multiple physical characteristics associated with the human, generating a health-related metric based upon the characteristics, periodically obtaining the multiple characteristics associated with the human, periodically generating the health-related metric based upon the periodically obtained characteristics, comparing the periodically generated health-related evaluations to determine change over the course of a defined time, and dynamically determining an overall proactivity score for health of the human based upon the comparisons.