The first true smart textile 2 Footfalls provides smart sensor - - PowerPoint PPT Presentation
The first true smart textile 2 Footfalls provides smart sensor - - PowerPoint PPT Presentation
t the text he textile is t ile is the sensor he sensor The first true smart textile 2 Footfalls provides smart sensor textiles for consumer, healthcare, and military markets that demand cost effective body monitoring and
The first true smart textile
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Footfalls provides smart sensor textiles for consumer, healthcare, and military markets that demand cost effective body monitoring and improved health
- utcomes.
Independently proven to measure compressive and tensile force and temperature.
Smart textile Market
Smart textiles and nanotechnologies are now moving from intensive global R&D into fully-realised product serving the exploding global interest in wearable technology. Smart fabrics can help manufacturers and designers with the increased demand for wearability lifestyle, aesthetic appeal and form.
“the textile is the sensor”
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Market Opportunities
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Init Initial Markets ial Markets Futur Future Markets e Markets $1B $1B
(2011)
Athletic & Performance Garment
$10B $10B
(2010) Quantified Self/Mobile Health
$7.9B $7.9B (2011) $50-60m $50-60m
Cardiovascular Disease Monitoring
$10B $10B (by 2015)
Remote Health Monitoring Over 14 d Over 14 dif iffer ferent potent ent potential markets ial markets ident identified for Foot ified for Footfal falls & ls & Heart Heartbeats plat beats platform technologies. form technologies.
$2B $2B
(2011 ) Medical Compression
$8b $8b by 2014
Home Foetal Heart Rate Monitoring
$2.2b $2.2b
(2011) Infant Respiratory Monitor Sleep Apnoea Diagnostics and Therapies
$3B $3B
(2010) Diabetic Foot Ulcers
The Smart Sock
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u A multi-layer, skin friendly,
compression sock that can measure compression applied to it and convey critical medical information.
u The smart sock has the
potential to significantly improve the long term treatment outcomes for people with venous ulcers.
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Wearing electronics
Not the same as wearable electronics Our technology avoids the need for any adhesives, new gizmos, attached wires or embedded electronics.
Wearables and Smart Patches Footfalls & Heartbeats Vest
Technology Overview
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- Current technology – resistive sensor (PROVEN)
- Compressive force – pressure sensing for venous leg ulcer bandage systems
- Tensile force – measuring respiration rate, force applied in the strap of a CPAP mask
- Temperature – ambient & skin temperature for at risk workers and athletes
- Technology A2 (6 months) – optical fibre sensor (PROVEN)
- Capillary refill – measurement of tissue health for risk of diabetic foot ulcers
- Peripheral blood gas – measurement of blood oxygen e.g. medical and athletic
- Technology A3 (6 months) – capacitive sensor (PROOF OF CONCEPT)
- Strain – respiration volume measurement for respiratory disease e.g. CF
, COPD
Resistive Sensor Medical Compression Athletic Compression Infant Respiratory Monitoring Hospital Beds/ Wheelchair Bioelectric Sensors Aged-Care Cardiac Monitoring Mobile Wellness Fibre Functionalisation Through Plasma Deposition and Functional Group Specificity Detection of Airborne Pathogens 24+ months
Future Product Development
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Capacitive Sensor
Obstructive Sleep Disorder Diagnosis COPD & CF Ambulatory Monitoring Geotextiles
Optical Fibre integration Diabetic Ulcer Diagnosis Injury/Stroke Rehabilitation Workers in High Risk Environments
Current 6 months 9-12 months 6 months
Revenues
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Product Customization to Customer Requirements Consulting Licensing: Upfront Payments for Geographic, Market or Time Exclusivity Sales Royalties
Revenue Stream
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Electronics Design Clinical Textile
Research Partners
Key People
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Dr Glenn Richards Chairman Scientific Advisory Board
CMO of Resmed NYSE: RMD
David Henry Chairman
Former CFO and Director of F&P (incl. NZ’s largest medical device company)
Brent Ogilvie Commercial Founder Managing Director
Investor Director of high growth companies; International business development expertise
Simon McMaster Scientific Founder, COO and Director
Decade developing technology through chemistry, nanotech and textile technology; and global academic network