1. Health Care Information Systems Research in CERCS Doug Blough

2. MedVault: Security and Privacy for Electronic Medical Records Credential, role, context, data request Authentication Secure Credential Health Care Organization’s IT Perimeter Distributed Data Store (EMR Storage) Role Activ a- tion Auth- oriza- tion Role-based Data Filtering for Privacy Control Meta-policy Database Dynamic Role Manager Role- dependent data view Request/ Response Logging Endpoint Device (User) 1 2 3 4 5 6 Secure storage techniques for shared data Endpoint device security Dynamic role-based privacy control Health systems needs and usability issues Research Thrusts Participants: CERCS, GTISC, HSI, Children’s Healthcare

3. Computing to the Edge and Back: Seamlessly Integrating End Devices into Privacy-Aware Data-Centric Systems NSF Computing Research Infrastructure proposal targeting health care information systems and other applications with similar requirements Participants: most CERCS faculty, some computational sciences and engineering faculty Acquire powerful end devices, compute servers, and storage components to model a typical large health care organization Emulate some components such as patient database, medical instruments producing continuous real-time data flows Research thrusts: –Powerful end systems: personalized services, access/manipulation of rich data sets, new functionalities –Security and privacy: extending privacy to the edges, usable privacy, data cleansing –Dynamic information integration: combining data movement and data manipulation, managed services, real-time data mining

4. Identity Management Partnership with a number of other universities and research organizations Supported by the Institute for Information Infrastructure Protection (I3P), a DHS- funded institute Focused on secure management of personal information via credentials, specifically targeted at the financial and health care sectors Health care context: moving from closed systems optimized for certain users and with limited patient control, to systems where patients have more access and control but health care quality is not negatively impacted Overall Research Thrust: Credential Lifecycle Management One of our contributions - distributed credential services with: – user control over what personal information to disclose on a given transaction – distribution of personal information across multiple semi-trusted claims verifiers – one-time passwords for multi-factor authentication without special hardware