Valinor Labs provides a patient-owned health record platform that unifies fragmented medical data from across providers into a single, FHIR-based longitudinal record. The platform gives clinicians a complete view of a patient's history before an appointment, reducing duplicate testing and improving diagnostic accuracy. It is designed to replace the manual work of piecing together records from multiple portals and systems.
Funding
Funding not disclosed
Founders
Product
Problem
Patient medical records are fragmented across numerous providers, labs, and health systems, forcing clinicians to manually piece together histories from PDFs, faxes, and scanned images. This lack of usable, unified data leads to redundant testing, diagnostic errors, and increased clinician burnout, costing the U.S. healthcare system an estimated $760–935 billion annually.
Solution
Valinor Labs provides a patient-owned health record platform that unifies all medical data into a single, longitudinal record using the FHIR R4 standard. The platform automatically aggregates records from across the healthcare ecosystem, organizing them into a coherent timeline that is accessible to both patients and clinicians. By delivering a complete, structured record before a visit, Valinor gives clinicians the context they need at the point of care, reducing guesswork and improving decision-making. The platform functions as an intelligence layer that sits between raw data access and clinical action, making fragmented data clinically useful.
Target Audience
Primary customers are healthcare providers, including hospitals, clinics, and independent practices, as well as patients who want a unified, portable record of their medical history.
Features
- FHIR R4-compliant data aggregation that unifies records from any provider or system into a single patient-owned record
- Longitudinal timeline that organizes all clinical events, labs, and prescriptions into a coherent, chronological history
- Pre-visit context delivery that pushes relevant patient history to clinicians before they enter the exam room
- Automated de-duplication and reconciliation of records to eliminate redundant tests and reduce waste
- Patient-controlled data access, ensuring individuals own and manage their complete health record
- Cloud-based architecture designed for real-time data synchronization across all connected systems