Institutional Trust, Secure and Scalable Sharing of Clinical Data in Healthcare Systems
Lead Participant:
LONDON METROPOLITAN UNIVERSITY
Abstract
Vision
To develop a model and implement a prototype of a distributed ledger for trustworthy, secure and scalable sharing of medical data using blokchain technology as a preparation for commercialization and spinning-out of a new start-up company.
Key Objectives
• Identify participating institutions and establish contacts with potential partners
• Analyse the need for shared data and formulate requirements
• Specify a typical scenario for communication in generation, sharing and using clinical data
• Formulate a value proposition for addressing the needs of the organisations involved
• Perform an initial market research of the proposed solution
• Validate the proposed solution against the market segments identified
Main areas of focus
• Organisations, needs for external collaborations and role within the healthcare system
• Clinical data, operations and trust with respect to collaborative medical information processing
• Information, models and data access rights with respect to security and privacy of the information
• Costs, prices and potential market for collaborative solutions based on blockchain technologies
Innovation
• Based on trustworthy sharing of the information rather than data exchange
• Uses homomorphic encryption rather than data anonymization
• Utilizes open Catalyst framework for extendibility and scalability without IPR restrictions
• Relies on the expert support from UK/Ireland Blockchain Group and the vendor of Catalyst Framework
To develop a model and implement a prototype of a distributed ledger for trustworthy, secure and scalable sharing of medical data using blokchain technology as a preparation for commercialization and spinning-out of a new start-up company.
Key Objectives
• Identify participating institutions and establish contacts with potential partners
• Analyse the need for shared data and formulate requirements
• Specify a typical scenario for communication in generation, sharing and using clinical data
• Formulate a value proposition for addressing the needs of the organisations involved
• Perform an initial market research of the proposed solution
• Validate the proposed solution against the market segments identified
Main areas of focus
• Organisations, needs for external collaborations and role within the healthcare system
• Clinical data, operations and trust with respect to collaborative medical information processing
• Information, models and data access rights with respect to security and privacy of the information
• Costs, prices and potential market for collaborative solutions based on blockchain technologies
Innovation
• Based on trustworthy sharing of the information rather than data exchange
• Uses homomorphic encryption rather than data anonymization
• Utilizes open Catalyst framework for extendibility and scalability without IPR restrictions
• Relies on the expert support from UK/Ireland Blockchain Group and the vendor of Catalyst Framework
Lead Participant | Project Cost | Grant Offer |
---|---|---|
LONDON METROPOLITAN UNIVERSITY | £29,500 | £ 29,500 |
  | ||
Participant |
||
LONDON METROPOLITAN UNIVERSITY | ||
INNOVATE UK |
People |
ORCID iD |
Vassil Vassilev (Project Manager) |