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Clinical Trials (Blockchain (Addresses unreliability in clinical trials,…
Clinical Trials
Blockchain
Addresses unreliability in clinical trials
Data integrity
Data ownership (patients can authorize sharing of records between providers)
secure (cryptographic algorithms)
efficient
scalable (facilitate different sources)
accountability, transparency
audit trail
access control?
Blockchain can be used for devices in IOT
Mobile
Secure App
Patient questionnaires
Visualisation for the patient
Build engagement and satisfaction
'In the moment' insights
reduce recall bias
user-friendly interface
convenient
facilitate remote trials
retention
Sensors Integration Capability
Well-being
Sensecare?
Exercise
FitBit?
Diet
Ulster project?
Location
geo-location?
Health
Smart Glucometers?
medical device testing trials themselves (e.g. epilepsy wearables)
Cryptographic hashes of device firmware are stored on a private blockchain to minimize verification time and obtain real-time tamper resistance and tamper detection.
Through a mobile app, user biometric information can be added to the blockchain hashes in order to tie in user identity and prevent compromised mobile devices from taking over the network. This way, the blockchain will be able to verify both the identity of IoT devices and the identity of the people interacting with those devices.
Challenges with Remote Mobile trials
Research institutions lack the technical infrastructure and workforce to support the intake
Lack of actionable insights from the data due to volume
High abandonment rate
Data integrity
User authentication risks
Lack of interoperability . Measurements and data elements across devices may vary significantly. Structures may not be compatible
Privacy and security challenges
Behavioural
How does patient feel?
Monitor well-being in real time
Sensecare?
Analytics
data standardisation
visualisation
presentation
Cloud
security for sensitive data