Innovative Precision Health utilizes data mining and machine learning to provide real-time, multi-dimensional insights into patient health by integrating with Electronic Health Records. This approach enables clinicians to monitor patient risk and enhance decision-making, ultimately improving patient care outcomes.
Funding
Funding not disclosed
Founders
Product
Problem
Clinicians often lack a comprehensive, real-time view of patient health due to fragmented data collection and siloed Electronic Health Records (EHR) systems. This incomplete picture hinders effective risk monitoring, clinical decision-making, and therapy optimization, ultimately impacting patient care outcomes.
Solution
Innovative Precision Health (IPH) offers a platform that integrates with existing EHRs and uses data mining and machine learning to provide clinicians with real-time, multi-dimensional insights into patient health. The platform aggregates digital tests and patient-reported outcomes, offering a comprehensive snapshot of a patient's physical, social, and psychological well-being. By removing data silos and creating predictive models, IPH aims to optimize patient care, enable preemptive interventions, and mitigate patient risk. The system delivers objective assessments to enhance clinical decision-making and therapy selection.
Target Audience
The primary target audience includes clinicians seeking to monitor patient risk and enhance clinical decision-making, pharmaceutical companies conducting decentralized clinical trials, payors aiming to inform disease trajectories and mitigate patient risk, and device companies looking to access new patient populations.
Features
- Seamless EHR integration for real-time data access within a single interface.
- Clinical Advisor: A centralized dashboard providing a holistic view of patient data.
- Proton: An in-house Patient Reported Outcomes (PRO) application for capturing patient-centric data.
- IPH Engine: The core AI-powered engine that drives data analysis and insights generation.
- Digital tests offering a comprehensive snapshot of patient health.
- AI-powered models that optimize patient care by identifying disease trajectories and opportunities for preemptive interventions.