The internet of medical devices (IoMD) within a health care facility comprises a broad array of technologies, ranging from simple physiological instruments such as thermometers and pulse monitors, to sophisticated imagery and therapeutic systems with extensive computing resources and high-bandwidth networking. The bedside systems found in patient rooms, including pumps, sensors, and the nurses’ cart-on-wheels are not only networked, but are often directly connected to patient databases and billing centers. Unlike other computing platforms on the network, networked medical devices are designed primarily for their medical function, with less consideration given to the authentication technologies and cyberdefenses typical of other IT. This white paper addresses best practices for ensuring cybersecure and cybersafe medical device design to mitigate the risk of compromise or misuse.
Cybersecure and cybersafe from design to launch.
Beginning your design journey with security in mind can avoid costly challenges later. Learn about our recommendations for connected medical devices.
Harbor Labs Director of Firmware Security Dr. Paul Martin describes the strategies, tools, and methodologies used at Harbor Labs when performing source code comparisons in support of litigation consulting and investigation engagements.
Dr. Paul Martin describes the strategies and computer science disciplines involved in performing a code quality assessment, and how these processes can be used to produced a defensible, evidence-based conclusion on the coding quality of a target codebase.
Harbor Labs Chief Scientist Dr. Avi Rubin identifies some of the most common reasons why the FDA rejects the cybersecurity content of regulatory submissions.