  The healthcare industry is currently experiencing an unprecedented wave of
cybersecurity attacks, impacting millions of individuals. With the discovery of
thousands of vulnerabilities each month, there is a pressing need to drive the
automation of vulnerability assessment processes for medical devices,
facilitating rapid mitigation efforts. Generative AI systems have
revolutionized various industries, offering unparalleled opportunities for
automation and increased efficiency. This paper presents a solution leveraging
Large Language Models (LLMs) to learn from historical evaluations of
vulnerabilities for the automatic assessment of vulnerabilities in the medical
devices industry. This approach is applied within the portfolio of a single
manufacturer, taking into account device characteristics, including existing
security posture and controls. The primary contributions of this paper are
threefold. Firstly, it provides a detailed examination of the best practices
for training a vulnerability Language Model (LM) in an industrial context.
Secondly, it presents a comprehensive comparison and insightful analysis of the
effectiveness of Language Models in vulnerability assessment. Finally, it
proposes a new human-in-the-loop framework to expedite vulnerability evaluation
processes.
