- Jun 9, 2013
- 6,720
Security researchers from WhiteScope have uncovered over 8,600 vulnerabilities in pacemaker systems and the third-party libraries used to power various of their components.
These issues are broad in nature and range from simple code bugs to terrible design choices that risk the life of their patients.
Researchers discovered these flaws in seven different products from four different manufacturers. These issues are detailed in depth in a report the team released earlier this week.
Most vulnerabilities are in third-party libraries
The focus on their research was on radio-controlled implantable devices such as pacemakers, Implantable Cardioverter Defibrillators (ICD), Pulse Generators, and Cardiac Rhythm Management (CRM) — collectively referred to as "pacemaker systems" in this article.
What researchers found is that most of these pacemaker systems worked on a similar architecture that included the actual implanted medical device, a home monitoring device, a cloud-based infrastructure that relayed data to a physician, and a pacemaker programmer, which the physician used to tweak the implant's settings.
Read More. Over 8,600 Security Flaws Found in Pacemaker Systems
These issues are broad in nature and range from simple code bugs to terrible design choices that risk the life of their patients.
Researchers discovered these flaws in seven different products from four different manufacturers. These issues are detailed in depth in a report the team released earlier this week.
Most vulnerabilities are in third-party libraries
The focus on their research was on radio-controlled implantable devices such as pacemakers, Implantable Cardioverter Defibrillators (ICD), Pulse Generators, and Cardiac Rhythm Management (CRM) — collectively referred to as "pacemaker systems" in this article.
What researchers found is that most of these pacemaker systems worked on a similar architecture that included the actual implanted medical device, a home monitoring device, a cloud-based infrastructure that relayed data to a physician, and a pacemaker programmer, which the physician used to tweak the implant's settings.
Read More. Over 8,600 Security Flaws Found in Pacemaker Systems