Medikeep turns scattered lab PDFs, scans, and prescriptions into a local-first medical archive. It preserves the original source file, extracts structured results for fast reading, and lets you correct mistakes directly instead of editing a wall of OCR text.
| Measurement | Value | Unit | Range |
|---|---|---|---|
| HbA1c | 5.7 | % | 4.0 – 5.6 |
| Estimated Average Glucose | 117 | mg/dL | — |
| HDL Cholesterol | 37.6 | mg/dL | > 40 |
Families accumulate prescriptions, test reports, and scans across years. Most files are visually readable but structurally useless, especially when they come from different labs and different layouts. Medikeep keeps the file, extracts what matters, and still lets the user check the source.
Bring in machine-generated PDFs, scanned reports, prescription images, or plain text and keep the original file archived inside the app.
Medikeep stores sections and result rows so different labs and different panels do not break the model every time a document layout changes.
Fix OCR and parsing mistakes at the row level instead of scrolling through a massive block of extracted text that no one wants to edit.
The workflow is designed around inconsistent lab layouts, mixed-quality scans, and the fact that health data should remain reviewable and user-controlled.
The source file is copied into the app’s private archive so the document is still available for verification later.
PDF text extraction is preferred when available; OCR is used for scans and images when the document lacks a reliable text layer.
Medical terms are grouped into consumer-readable areas like Blood sugar, Cholesterol, Thyroid, and Blood count.
The user can compare the structured output against the original file and fix specific rows, dates, units, or ranges directly.
Medikeep is being built as a real personal records layer: original document preview, structured rows, editability, and an offline-first default for sensitive data.
Medikeep is currently being developed as an Android-first medical archive with structured parsing, editable results, and source-preserving imports.