A NEW PERSPECTIVE
Bring visible and thermal images together.
Make every comparison clearer.
YOUR WORKSPACE
A clearer view starts with a comparison.
Your images stay on your device.
Explore visible and thermal differences, side by side.
JPG, PNG or WebP
JPG, PNG or WebP
Redness: average 100 × R / (R + G + B) in the selected visible pixels. Change is shown in percentage points (pp). This is an uncalibrated color measurement affected by lighting and camera settings.
Temperature: mean of supplied Celsius grid cells whose centers fall inside the green comparison region. Photo and grid must already share the same field of view and orientation. Manual baseline/current alignment maps the region between images; it does not align a photo to its thermal grid. The color palette is for display; temperatures come from the grid.
Area: each independently drawn amber outline is measured in the baseline image frame using the confirmed position, rotation and scale. Relative change is shown only when both outlines and confirmed alignment are present. This is manually outlined image area, not automatic segmentation or cm². Use stable surrounding features for alignment; substantial perspective or shape changes require a new capture.
Illustrative index: 45% color change, 40% temperature change and 15% outlined-area change. Each absolute change is capped at 10 pp, 2°C and 50%, respectively. Missing temperature or outline metrics are omitted and the available weights are renormalized. The formula is a replaceable workflow demonstration, not an Ectoscan-trained model or a clinical assessment.
FLIR ONE Edge Pro: native radiometric JPEG temperature extraction is not implemented in this first build. A JPEG can be viewed as an image, but its embedded thermal measurements are not read. Use a corresponding numerical grid for temperature analysis. Use ordinary visible-light photographs for redness.
A complete local comparison workflow. No installation, server or account is required.
Import a baseline and current visible-light photo. Add the corresponding, already aligned temperature grids. CSV uses plain numeric rows in Celsius with no header. JSON accepts the format below. Without grids, the app reports color and selected-area differences only.
{"unit":"C","values":[
[32.1,32.3,32.5],
[32.2,33.1,32.6]
]}Flat JSON grids are also supported: {"unit":"C","width":3,"height":2,"data":[32.1,32.3,32.5,32.2,33.1,32.6]}.
Two original FLIR ONE Edge Pro radiometric JPEG stills (baseline and follow-up) and corresponding phone photos. Preserve the originals when transferring them. The next integration step is extracting their actual temperature grids; this version does not decode FLIR's embedded radiometric data.
Open Ectoscan in Safari or Chrome. Processing is local and imported files stay in your browser. Your current session is autosaved on this device. Use Save session for a downloadable backup; clearing website data or removing the app can remove local work. Imported images are reduced to a maximum 1,200-pixel edge for this prototype's analysis; keep the original files separately.
Baseline · Celsius values only. Numeric CSV rows or a JSON grid.
This clears the current photos, selections, temperature grids and local autosave. Download a session backup first if you want to keep them.