Persovision develops specialized software solutions for industrial image processing and machine vision applications. They provide tools for automated quality control, precise object recognition, and complex measurement tasks within manufacturing environments. The company enables higher throughput and reduced error rates through advanced computer vision technology integration.
Funding
Funding not disclosed
Founders
Product
Problem
Eye care providers often work with disparate imaging modalities and separate electronic health record (EHR) systems, leading to fragmented patient data, manual data entry, and time‑consuming workflow steps that can delay diagnosis and treatment planning.
Solution
Persovision delivers an integrated software platform that combines high‑resolution ophthalmic imaging with full EHR functionality. The solution ingests DICOM‑compliant scans from OCT, fundus cameras, and other diagnostic devices, then links the images directly to patient records through HL7/FHIR interfaces. Clinicians can view, annotate, and analyze images within the same interface used for charting, prescription entry, and follow‑up scheduling, reducing manual hand‑offs. Secure cloud storage and role‑based access ensure data privacy while enabling multi‑site collaboration. Built‑in analytics generate quantitative metrics that support accurate diagnosis, treatment planning, and longitudinal monitoring.
Target Audience
The primary customers are ophthalmologists, retinal specialists, and eye clinics that require integrated imaging and record‑keeping solutions to improve diagnostic efficiency and patient management.
Features
- DICOM‑compatible image ingestion pipeline supporting OCT, fundus photography, and angiography devices
- Real‑time image viewer with annotation tools, measurement overlays, and automated stitching for wide‑field composites
- HL7/FHIR‑based bidirectional integration with major ophthalmology EHRs for seamless patient record synchronization
- Cloud‑native data repository with AES‑256 encryption, audit logging, and granular user permissions
- Customizable reporting templates that embed imaging findings, quantitative metrics, and clinical notes for export to PDFs or EHR portals
- Automated quality‑control checks that flag motion artifacts or incomplete scans before data entry
- API endpoints for third‑party analytics and AI modules, enabling extensible decision‑support workflows