Smart BurnAid

$14 Can Save A Life

Medical-grade burn monitoring for everyone, everywhere. The world's first affordable wearable that diagnoses, monitors, and heals burn injuries.

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The Challenge

Every burn deserves
intelligent care.

11 million people suffer burn injuries every year. Most lack access to proper diagnosis and treatment.

Traditional care is slow, expensive, and often unavailable in rural areas. We're changing that.

Limited access to burn care in rural areas
Delayed detection of infection complications
High cost of existing smart dressings

Our Solution

A single wearable device that combines diagnosis and treatment, providing:

  • Real-time wound monitoring via sensors
  • Natural healing through honey, collagen & curcumin
  • AI-powered burn severity classification
  • Affordable design for resource-limited areas

Technical Deep Dive

Precision meets
accessibility.

Medical-grade measurements for home healthcare

Burn Classification

Superficial (1st): Red, painful, heals in 3-7 days
Partial Thickness (2nd): Blisters, very painful, 2-6 weeks
Full Thickness (3rd): White/black, no pain, requires surgery
Device detects via multi-sensor analysis (temp, moisture)

Sensor Technical Specs

Temperature: ±0.5°C accuracy (25-50°C range)
Humidity: ±3% RH (20-95% typical range)
Sampling Rate: 2 samples/second (0.5Hz update to display)

Target Demographics

Developing countries: 95% of burn deaths in low/middle-income nations (WHO)
Children at risk: Highest rates in children under 5 years old
Home accidents: 60% from scalds, 25% from flames, 15% other causes

Home Medical Device

Like blood pressure monitors: Daily home monitoring
Like glucometers: Instant readings & alerts
Affordable: 680 EGP (~$14 USD) - Accessible for everyone
Simple: No medical training required

11M+ Annual burn injuries worldwide
95% Deaths in low/middle-income countries
180K Deaths annually from burns (WHO)
680 EGP total cost (~$14 USD)

Take a closer look

Beauty meets
intelligence.

Explore every layer of innovation

Loading 3D Model...

Architecture

Four layers.
One mission.

Each layer engineered with purpose

01

Natural Healing

Hydrogel infused with honey, collagen, and curcumin for antibacterial protection and tissue regeneration.

Honey Collagen Glycerin
02

Sensors Layer

Flexible sensor array for continuous monitoring of temperature and humidity levels on the burn area.

Temperature Humidity
03

Control Module

ESP32 microcontroller with OLED display, battery, and wireless connectivity for real-time data.

ESP32 OLED WiFi
04

Protective Cover

Transparent, breathable medical-grade film for sterility and secure skin attachment.

Medical Film Breathable

Components

Premium quality.
Accessible price.

Built for impact, not for profit

Arduino Uno

Main Processor

350 EGP

DHT11 Sensor

Temp & Humidity

50 EGP

LCD Display

Shows Burn Data

110 EGP

Medical Honey

Antibacterial • 6.5ml

5 EGP

Collagen

Skin Repair • 200mg

5 EGP

Turmeric

Anti-Inflammatory • 200mg

5 EGP

Glycerin

Moisture Base • 10ml

20 EGP

Medical Gauze

Protection • 10×10 cm

15 EGP

Elastic Strap

Wearable Fix • 12 pcs

120 EGP
Total Cost 680 EGP
≈ USD $14

How it's made

Crafted with
precision.

Two layers, infinite possibilities

Natural Layer Preparation

Select Materials

Honey, Collagen,
Turmeric, Glycerin

→

Mix Components

Glycerin 58.4%
Honey 37.9%

→

Immerse Gauze

Full immersion
even absorption

→

Wait 48 Hours

Complete
absorption

→

Store 4-8°C

Preserve
properties

Mix Ratios: Glycerin 58.4% Honey 37.9% Turmeric 2.1% Collagen 1.6%

Sensors Layer Preparation

Program MCU

Collect temp
& humidity

→

Prepare Enclosure

Adjust elastic
strap fit

→

Position Sensor

Fixed distance
non-contact

→

Calibrate

10-20s baseline
reading

→

Transmit Data

Display &
mobile app

Proven Results

Results that
speak.

Science meets nature, outcomes follow

Natural Layer Effects

20-40 min

Reduced Inflammation

Reduced redness and early inflammation within minutes

Cooling Effect

Immediate cooling and improved patient comfort

Honey + Glycerin

Epidermal thickness (Day 10)
≈295 µm vs ≈62 µm control

Curcumin Power

Faster wound closure, reaching near-complete healing by day 14 vs standard care

Collagen Acceleration

Wound Closure (Day 14) ≈72%
Control Group ≈62.5%

Sensor Data & AI

Smart
monitoring.

Real-time analysis for better outcomes

Sensor Readings

After Removing Natural Layer

Temperature

Burn depth indicator

↑↑ Deep
↑ Partial
→ Superficial

Humidity

Moisture retention level

Superficial
Partial
Deep

AI Classification

Powered by Machine Learning
Superficial
Partial-Thickness
Deep Burn
More accurate than visual inspection
Track burn progression over time
Predict infection or worsening

Test Validation

Human arm testing with controlled conditions

Method

Sensor tested on human arm exposed to hot water to verify temperature & humidity accuracy

Data

Readings transmitted to display and mobile app in real-time

Result

Sensors reliably detected changes in skin conditions

Scientific Foundation

Backed by
research.

Our work is built on peer-reviewed scientific literature

PHARMACEUTICALS

Harnessing Manuka honey: A natural remedy for accelerated burn wound healing

Demonstrates honey's effectiveness in porcine burn wound model.

Privrodski, B., et al. (2025)
BIOMEDICAL MATERIALS ENGINEERING

Amnion and collagen-based blended hydrogel improves burn healing efficacy

Collagen-based hydrogel improves healing on rat skin wound model.

Rana, M. M., et al. (2020)
INTERNATIONAL SURGERY JOURNAL

Collagen dressing versus conventional dressings in burns treatment

Clinical study comparing collagen effectiveness at tertiary health care centre.

Thakur, P. B., et al. (2020)
BURNS JOURNAL

Recombinant human collagen hydrogel for partial-thickness burns treatment

Prospective, self-controlled clinical study on partial-thickness burns.

Woodley, D. T., et al. (2021)
OPEN LIFE SCIENCES

Honey in wound healing: An updated review

Comprehensive review of honey's wound healing properties.

Tashkandi, H. (2021)
WORLD HEALTH ORGANIZATION

Burns - Global Burden and Prevention Strategies

Official statistics: 11M injuries, 180K deaths annually, 95% in developing countries.

World Health Organization (2023)
🔬
Evidence-Based Design
Every component and feature of Smart BurnAid is validated by peer-reviewed research and clinical studies.

Global Impact

Contributing to the
Sustainable Development Goals

Aligned with the United Nations 2030 Agenda for global progress

SDG 1
SDG 2
SDG 3
SDG 4
SDG 5
SDG 6
SDG 7
SDG 8
SDG 9
SDG 10
SDG 11
SDG 12
SDG 13
SDG 14
SDG 15
SDG 16
SDG 17

The Future

This is just
the beginning.

Smart BurnAid proves that advanced healthcare doesn't have to be expensive. We're bringing intelligent healing to everyone, everywhere.

Global Impact

Accessible burn care for resource-limited areas

Cost-Effective

Only 680 EGP (~$14 USD) per device

Natural Healing

100% natural therapeutic layer

Future Roadmap

01

Enhanced Mobile App

Improve the app's interface and usability, and enhance its connection with the AI for smoother control and clearer alerts

02

Advanced AI Model

Develop a more advanced AI model to provide more accurate burn diagnosis and better treatment suggestions

03

Additional Sensors

Integrate additional sensors, such as pressure, resistance, or oxygen sensors, to provide more detailed data for a more accurate burn assessment

04

Integrated Treatment Layer

Combine the natural treatment layer directly with the sensor unit, ensuring it does not interfere with sensor accuracy

05

Miniaturization

Reduce the device's size and make it wearable for continuous monitoring, anytime, anywhere

06

Fully Wearable System

Develop the device into a fully wearable system that can be comfortably applied to any body area

info@smartburnaid.site