Internet of Things for healthcare: data integration and security/privacy issues
1. Internet of Things for healthcare: data
integration and security/privacy issues
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Payam Barnaghi
Institute for Communication Systems (ICS)/
5G Innovation Centre
University of Surrey
PETRAS IoT Research Hub Workshop - Securing Health IoT
5. The Health Challenge: Dementia
16,801 people with dementia in Surrey – set to rise to 19,000
by 2020 (estimated) - nationally 850,000 - estimated 1m by
2025 (Alzheimer’s Society)
Estimated to cost £26bn p/a in the UK (Alzheimer’s Society):
health and social care (NHS and private) + unpaid care
Devices in the IoT will provide actionable data on agitation,
mood, sleep, appetite, weight loss, anxiety and wandering – all
have a big impact on quality of life and wellbeing
7. The Health Challenge: Falls
Surrey spends £10m a year on fracture care – with 95% of hip
fractures caused by falls
People with dementia suffer significantly higher fall rates that
cause injury – with falls the most common cause of injury-
related deaths in the over-75s
Devices in the IoT will monitor location, activity and incident,
supporting health/care staff and carers, enabling early
intervention
8. The Health Challenge: Carers
5.4m carers supporting ill, older or disabled family members,
friends and partners in England - expected to rise by 40%
over the next 20 years.
Value of such informal care estimated at £120bn a year – but
carer ‘burnout’ a key reason why loved ones require
admission to a care/nursing home.
Devices in the IoT will support carers in their caring asks –
and support their own health and wellbeing.
9. TIHM: Technology Integrated Healthcare Management
− To evaluate the effectiveness of a domiciliary IoT intervention
for people with dementia and their carers
− Randomised controlled study design
− Standard care versus standard care plus IoT
− 700 people with dementia and 700 carers (350 control and
350 intervention)
− Primary outcome – whole system health and social costs
− Secondary outcomes – quality of life, independence,
symptoms, carer distress, patient and professional experiences
14. Gateway
Gatewa
y
Data Analytics
Engine
IoT Test Bed Cloud
External NHS, GP IT systems
Possible links to
Other Test Beds
HyperCat
Gateway
HyperCat
HyperCat
HyperCat
Data-driven and patient
centered Healthcare
Applications
TIHM Architecture
28. Extend into homes – year 1 via
twoCCG areas, rolling out across
four more CCGs in year 2
Reach 350 homes – with a control
group of 350 – via dementia
register
Focus on most effective product
combinations – with potential for
more via an open call
Scaling up
NE Hants & Farnham
Living Lab
Guildford &
Waverley
Rest of Surrey
29. Key technical issues
Security
Privacy
Trust, resilience and
reliability
Noise and
incomplete data
Cloud and
distributed computing
Connectivity and
quality of services
Interoperability
Applications and scalability,
flexibility
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30. Acknowledgments
• My colleagues at the University of Surrey (Shirin Enshaeifar, Severin
Skillman, Andreas Markides, Tarek Elsaleh, Thomas Acton, Kieren Egan,
Catherine Parsons, Roma Maguire, Theti Chrysanthaki).
− Our collaborators from NHS Surrey and Borders (Dr Ramin Nilforooshan,
Dr Helen Rostill, Irfan Hassan, Mark Kenny, Stuart Klein), KSS Academic
Health Science Network, Alzheimer's Society, and Royal Holloway
University of London.
− Innovation partners (Arqiva, Docobo, Haliday James, Intelesant, Safe
Patient Systems, Sense.ly, Vision360, Yecco).
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