Augmented-Genomics: Protecting privacy for clinical genomics with inferential interfaces

Recent advances in genetic technology enable large-scale genome sequencing, creating new avenues for research and clinical care. At the same time, these advances raise growing concerns about data protection and privacy. In this demonstration, we present Augmented-Genomics, a system that puts the individuals in control over their genetic information. To envision user-controllable privacy in the hospital, and in other complex clinical situations, we demonstrate several techniques accessible through a mobile application. The system infers the risk of exposing certain parts of the genome and provide a simple interface for users to set their desired level of exposure. Patients and caregivers (such as doctors) exchange visual keys that are used to decrypt genomic data while indirectly fostering discussion and negotiation over the patient’s privacy. After the patient provides the permission, the caregiver can access information about essential genes and mutations through a mobile interface or through an augmented reality glasses.