Authors:
Andrea Margheri
1
;
Massimiliano Masi
2
;
Rosario Pugliese
1
and
Francesco Tiezzi
3
Affiliations:
1
Università di Firenze, Italy
;
2
Tiani “Spirit” GmbH, Austria
;
3
IMT Advanced Studies Lucca, Italy
Keyword(s):
Data Security, Electronic Health Records, Access Control.
Related
Ontology
Subjects/Areas/Topics:
Biomedical Engineering
;
Confidentiality and Data Security
;
Design and Development Methodologies for Healthcare IT
;
Electronic Health Records and Standards
;
Health Information Systems
Abstract:
The importance of the exchange of Electronic Health Records (EHRs) between hospitals has been recognized by governments and institutions. Due to the sensitivity of data exchanged, only mature standards and implementations can be chosen to operate. This exchange process is of course under the control of the patient, who decides who has the rights to access her personal healthcare data and who has not, by giving her personal privacy consent. Patients’ privacy consent is regulated by local legislations, which can vary frequently from region to region. The technology implementing such privacy aspects must be highly adaptable, often resulting in complex security scenarios that cannot be easily managed by patients and software designers. To overcome such security problems, we advocate the use of a linguistic approach that relies on languages for expressing policies with solid mathematical foundations. Our approach bases on FACPL, a policy language we have intentionally designed by taking i
nspiration from OASIS XACML, the de-facto standard used in all projects covering secure EHRs transmission protected by patients’ privacy consent. FACPL can express policies similar to those expressible by XACML but, differently from XACML, it has an intuitive syntax, a formal semantics and easy to use software tools supporting policy development and enforcement. In this paper, we present the potentialities of our approach and outline ongoing work.
(More)