SOAR
SOAR Health Centre
Objective Wound Analytics

SOAR Wound LabWhere every session generates data,
not just a dressing change.

A structured, 10-minute diagnostic intake replaces subjective nursing notes with session-by-session Wound Scorecards — integrating tissue perfusion imaging, biochemical microenvironment tracking, and AI-driven surface analytics into a single, actionable report for clinicians and surgeons.

The Paradigm Shift

From qualitative notes to objective tissue data

Traditional wound clinics generate subjective, clinician-dependent assessments that vary session to session. The SOAR Wound Lab replaces that variability with a reproducible, data-driven protocol — producing the same objective outputs regardless of which clinician performs the assessment, every single visit. Predictive diagnostics, metabolic tracking, and whole-person healing optimization — not just changing bandages.

Standard Wound Clinic
SOAR Wound Lab
"Wound looks better today"
Surface area reduced 12% · pH 6.8 → 6.2
Subjective colour description
Thermographic perfusion delta mapped per zone
Manual ruler measurement (if done)
AI planimetry: area, perimeter, tissue composition %
No early infection signal until clinical presentation
Occult perfusion drop detected via spatial thermography
Wound managed in isolation
Integrated with systemic nutrition & functional data

The 10-Minute Intake Workflow

Three diagnostic touchpoints. Every session.

A structured, reproducible protocol that converts a wound assessment into an objective data event — taking under 10 minutes from start to scorecard.

1

Multi-Spectral Imaging

HD photography combined with spatial thermography captures real-time tissue perfusion maps. Temperature differentials flag zones of occult infection or ischaemia before they become clinically apparent — enabling early, targeted intervention rather than reactive management. Each session's thermal map is overlaid against prior sessions to quantify perfusion trajectory.

 Thermal delta & perfusion mapping
2

Biochemical Microenvironment

Real-time wound fluid pH measurement provides a direct biochemical window into the wound microenvironment. Persistent alkalinity signals elevated protease activity and tissue chronicity. Our protocol tracks the pH trajectory session-by-session to determine whether a wound is genuinely progressing or stalling — a critical distinction that changes management decisions.

 pH trajectory & protease activity
3

AI-Driven Planimetry

Automated image analysis calculates wound surface area, perimeter, and tissue composition — distinguishing granulation, slough, and eschar percentages with sub-millimetre reproducibility. Removes clinician-to-clinician measurement variability entirely and generates a quantitative healing velocity metric that can be trended across the full episode of care.

 Area · perimeter · tissue %

The SOAR Wound Scorecard

Every session closes with an objective Wound Scorecard — a structured output consolidating all three diagnostic touchpoints alongside a predictive healing trajectory graph. It replaces the nursing handover note with a shareable, surgeon-ready document transmitted directly after each visit.

Localised Tissue Analytics

Surface area delta, perfusion score, pH value and tissue composition — all plotted session over session to reveal true healing velocity.

Predictive Healing Trajectory

A regression-based projection of expected closure date, automatically updated with each new session's data point.

Direct Surgeon Feedback Loop

The scorecard is transmitted to the referring surgeon after every visit — standardised, objective, and requiring no phone calls.

Wound Scorecard · Session 4 of 6 Auto-generated
Surface Area
3.2 cm²
↓ 18% vs Session 1
Wound pH
6.1 pH
↓ Improving (was 7.4)
Perfusion Delta
+2.1 °C
▲ Monitor edge zone
Healing Velocity
0.9 cm²/wk
On trajectory
Granulation tissue74%
Slough26%
Predictive Healing Trajectory
S1 S2 S3 S4 Proj.

The Systemic Layer

Beyond the wound edge

Local wound metrics are continuously integrated with systemic data — because a wound that stalls is rarely just a wound problem.

Nutritional Status Integration

Pre-albumin, protein intake, and micronutrient sufficiency are tracked alongside wound metrics. A stalling wound with low albumin triggers immediate dietitian involvement — not a 3-week waiting list referral.

 Auto-triggers dietitian consult

Functional Metrics

Mobility status, limb oedema, and lymphatic drainage are assessed each visit. Impaired perfusion linked to deconditioning or lymphoedema triggers a structured biokinetics referral within the same MDT pathway.

 Auto-triggers biokinetics review

Systemic Disease Flags

Glycaemic trajectory, vascular status, and medication history are factored into the Healing Readiness Score. Abnormal patterns escalate immediately to the GP layer without requiring the patient to arrange a separate appointment.

A unified metric. An automatic MDT trigger.

Local wound analytics are combined with systemic data — nutritional readiness, functional capacity, and disease management — to generate a single Healing Readiness Score updated every session. When that score drops below threshold, internal MDT support is triggered automatically, without the patient or referrer needing to initiate anything.

This is what separates the SOAR Wound Lab from a wound clinic: the wound is the signal, but the whole person is the target.

Healing Readiness Score — Current Session

Composite of local tissue analytics + nutritional markers + functional status

Readiness Index 68 / 100

▲ Dietitian flagged — nutritional support initiated this session

Refer a wound patient to the Wound Lab

Our referral process takes under 60 seconds. Patients receive booking instructions immediately, and you receive structured Wound Scorecards after every session.

Refer a Patient Now