Cyber Security of Digital Medical Devices

Establishing UK Capability for a New Design and Development Route

 

A digital lock

Project Summary

Digital medical devices include continuous glucose monitoring systems, foot pressure feedback systems and insulin pumps. These technologies are personal devices in the sense that they support individuals to better manage their own health and are instrumental in supporting a digitally enabled healthcare system.

Although digital medical devices represent a major step forward in supporting personal health management and represent the future of healthcare services, concerns remain about cyber security of these resource-constrained medical devices and connected systems.

This EPSRC Connectivity Award brings together colleagues from across Lancaster University working in medical devices, clinical research and cyber security, together with key industry and NHS partners to build UK capability and capacity for medical device cyber security research.

The project aims to:

  1. Understand cyber-clinical risk and the nature of cyber security vulnerabilities for digital medical devices,
  2. Develop novel technologies to prevent/mitigate cyber-attacks for digital medical devices,
  3. Inform national standards and certification processes for cyber security of digital medical devices.

Project Outputs and Connected Activities

Complementary Research Activity

The project is complemented by Lancaster University’s £19m strategic investment in ‘Security and Protection Science’, including new campus facilities with state-of-the-art ‘Data Cyber Quarter’, supporting new partnership opportunities with cyber industry.

To help this EPSRC project engage more widely with industrial partners and build UK capacity in the cyber security of medical devices, the project benefits from Lancaster University being the lead academic partner in business engagement and co-working incubators including the Digital Security Hub (DiSH) in Greater Manchester and the ‘North West Cyber Security Connect for Commercialisation’ (NW CyberCom).

This EPSRC Connectivity Award also complements the Lancaster-led EPSRC Place-based Impact Accelerator ‘Cyber Focus’ with a prominent health workstream that aims to galvanise the Northwest cyber ecosystem by forging trusted interconnections that instil confidence in research-led impact partnerships to propel national prosperity and protection/security.

Investigators Involved

Neil Reeves

Professor Neil Reeves

Professor of Secure Health Technologies

Experimental Medicine

Daniel Prince

Professor Daniel Prince

Professor of Cyber Security

Cyber Security Research Centre (Security Group), Cyber Threat Lab, i-DID , SCC (Security), Security Lancaster

+44 (0)1524 522368 B64, B - Floor, InfoLab21
Nigel Davies

Professor Nigel Davies

Head of Department, Pro-Vice-Chancellor (Academic Development), Distinguished Professor

CeMoRe - Centre for Mobilities Research, Centre for Global Eco-innovation , Cyber Security Research Centre (Pervasive Systems), DSI - Foundations, Energy Lancaster, SCC (Pervasive Systems)

Emma Wilson

Digital Health Group, DSI - Health, Lancaster Intelligent, Robotic and Autonomous Systems Centre, LIRA - Fundamentals, SCC (Data Science)

Steve Hodges

Professor Steve Hodges

Distinguished Professor in Computing and Digital Systems.

Digital Health Group, Education (SCC), SCC (Pervasive Systems)

Project Partners