WoundPrint AI
Wound intelligence,
at signal speed.

Multimodal wound intelligence cockpit for smart-bandage risk mapping. Fuse wound imaging, simulated smart-bandage chemistry, symptom context, and public medical evidence into one explainable monitoring report.

Computer VisionSmart BandageRisk FusionWound TwinPublic Medical APIsNot a Diagnostic Device
CH-04 · 60Hz · LOCAL
VISUAL STREAM60%
BIOCHEMICAL STREAM95%
SYMPTOM STREAM96%
EVIDENCE STREAM99%
NORMALIZE
SEGMENT
FUSE
Safety notice. WoundPrint AI is a student prototype for risk awareness and documentation. It is not a diagnosis and does not replace medical care. Always consult a qualified clinician for wound assessment and treatment.

Capture. Fuse. Explain.

Upload a photo of a colorimetric strip or use the Smart Strip Lab below.

Synthesize a colorimetric bandage strip.

Generate a demo smart-bandage strip with controllable pads. Use presets for quick low/moderate/high scenarios.

pHnormal
heatnormal
exudatenormal
inflammationnormal
pH
20
HEAT
22
EXUDATE
20
INFLAM
25
WP-STRIP v0.4
pH severity
20
Heat
22
Exudate
20
Inflammation
25

The Wound Twin.

FUSED RISK
0
/100
Low
Formula finalRisk = 0.50·visual + 0.35·biomarker + 0.15·symptom
Visual
0
Biomarker
22
Symptom
0
VISUAL RISK SIGNAL: --/100
Awaiting wound signal — run a scan to populate visual feature matrix.
pH
20
HEAT
22
EXUDATE
20
INFLAM
25
WP-STRIP v0.4
Awaiting wound signal.
Simulated
Simulated monitoring forecast — not a clinical prediction.

Public medical context.

demo
  • Wound bed preparation in chronic wounds — review (2023)
  • CRP biomarkers for diabetic foot infection (2022)
  • Smart wearable wound sensors meta-analysis (2024)
demo
  • NCT0518xxxx — Smart bandage exudate monitoring
  • NCT0612xxxx — pH sensor for chronic ulcers
  • NCT0701xxxx — Telehealth wound triage RCT
demo
  • Cellulitis
  • Diabetic ulcer
  • Surgical site infection
  • Necrotizing fasciitis (red flag)
demo
  • Enter medication for label context
  • Adverse events: GI, rash
  • Indications: bacterial skin infections
Live evidence request unavailable in this environment. Demo evidence layer is showing structured placeholder results.

Clinician-ready handoff.

# WoundPrint AI — Clinician-Ready Monitoring Report Generated: 5/22/2026, 1:32:18 AM ⚠ DISCLAIMER WoundPrint AI is a student prototype for risk awareness and documentation. This is NOT a diagnosis and does not replace clinical evaluation. ──────────────────────────────────── RISK SUMMARY ──────────────────────────────────── Fused risk score : 0/100 Risk category : Low VISUAL WOUND FEATURES (no scan run yet) SMART STRIP BIOMARKER READINGS pH severity : 20/100 Heat : 22/100 Exudate : 20/100 Inflammation : 25/100 REPORTED SYMPTOMS (none selected) TOP RISK DRIVERS (run scan) IMAGE QUALITY NOTES (n/a) WOUND TWIN FORECAST (7d, simulated) D0: 0 (band 0–4) D1: 0 (band 0–5) D2: 0 (band 0–6) D3: 0 (band 0–8) D4: 0 (band 0–9) D5: 0 (band 0–10) D6: 0 (band 0–11) D7: 0 (band 0–12) EVIDENCE QUERY Query : diabetic foot ulcer infection Medication : (none) NOTES (none) RECOMMENDED NEXT STEPS Consider professional medical review if symptoms worsen or if high-risk signs are present (spreading redness, fever, red streaks, foul odor, worsening pain, drainage, or systemic symptoms). LIMITATIONS • Image lighting and skin-tone variability not calibrated. • Smart-strip chemistry is simulated for prototype use. • Forecast is a simulated monitoring trajectory, not a clinical prediction. • This system is not a medical device.

Why WoundPrint matters.

Most wound apps focus only on photos. WoundPrint is different because it combines visual wound analysis with smart-bandage biochemical signals, symptom context, and evidence retrieval. The result is not a black-box diagnosis but an explainable monitoring workflow.

  • Home wound monitoring
  • Diabetic foot ulcer awareness
  • Post-surgical follow-up
  • Nursing home documentation
  • Low-resource telehealth
  • Rural clinic support
  • Real smart-bandage sensor integration
  • Longitudinal wound tracking
  • Lighting / skin-tone calibration
  • Clinician dashboard
  • Secure patient history
  • PDF/EHR export
  • Federated learning
  • Clinical validation
  • Real calibration curves
  • Wound-size estimation
  • Not a diagnosis
  • Not a medical device
  • Does not replace clinicians
  • Image quality / lighting limitations
  • Simulated smart-strip chemistry
  • Validation required before real clinical use
Wound fluid contactLAYER 1Capillary routingLAYER 2Sensor arrayLAYER 3Optical referenceLAYER 4Phone scannerLAYER 5Risk map + scoreLAYER 6
Ajsel
Project concept · product design · risk model · UI direction · demo preparation.
Open seat
Clinical validation collaborator.
Open seat
Sensor / hardware partner.

Judge-ready in 7 cards.

WoundPrint AI
Multimodal wound intelligence cockpit for image + smart-bandage risk mapping.
Wounds worsen between visits and patients lack structured monitoring tools.
Fuse wound photo, colorimetric strip, symptoms, and evidence into an explainable report.
Interactive web app: upload, scan, charts, forecast, report export.
Web app, browser image analysis, strip simulation, transparent risk model, charts, public medical APIs.
Earlier awareness, better documentation, stronger telehealth handoff.
Home monitoring, diabetic foot ulcers, post-surgical follow-up, nursing home, telehealth triage.