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This book demonstrates how robust cybersecurity measures are essential for protecting intellectual property. By intertwining these two critical areas, the authors aim to provide a unified framework that enhances the security and value of medical technology innovations. With those points in mind, the authors of this book explore the topics of cybersecurity and intellectual property (IP) within the scope of the Internet of Things (IoT) lifecycle, emphasizing medical technology, and providing readers with the knowledge to recognize vulnerabilities at each stage of the IoT and IP development lifecycle. This book thus enables organizations to proactively incorporate robust security measures into their design, development, and protection processes.
The topics discussed in this book are (1) protecting sensitive data as it is created, transformed, and aggregated, (2) mitigating potential attacks, (3) the impacts of third-party acquisitions on security, (4) case studies that emphasize potential risks, (5) identification and management of vulnerabilities, and finally (6) examining emerging trends and opportunities associated with integrating new technologies, with an eye toward the future of cybersecurity.
This is an essential resource for medical technology R&D leaders, medical technology manufacturing operations leaders, healthcare informaticists, and healthcare industry IP legal teams.
William Harding, Ph.D.
William has 44 years of industry experience, 25+ years at Medtronic in medical technology, a Bachelor's in Computer Science emphasizing Electrical Engineering, a Master of Information Systems, and a Ph.D. emphasizing Technology Integration. William holds dozens of patents and trade secrets and is the Vice Chair of the recently published standard IEEE/UL 2933-2024 - Clinical IoT Data and Device Interoperability with TIPPSS. William has authored one book, has been the key technical leader of numerous books, and has been the lead author on 9 chapters for 3 Taylor & Francis books as well as 2 Springer books. Lastly, in his role as a full-time Professor at Trine University, William provides both advising and instruction for the College of Graduate and Professional Studies and the Information Technology Doctoral program, emphasizing Systems Engineering, Cybersecurity, and AI/ML.
Andreas Hartmann
Andreas' areas of expertise are Computer Science, Medical Device Science, AI, and Digital Transformation Management. With 30+ years of experience from his work as a lecturer and in industries, both Business Software/Software Systems Architecture and Medical Devices Development he is focusing on providing technical strategy, leadership, and execution capabilities for Digital Transformation, Extended Reality, IoT, Smart Factory & Manufacturing. Andreas also contributes his knowledge as a trustee, director, and board member of a specialized blood cancer charity in Ireland.
Shayla O'Brien
Shayla is a trained Chemist leading a team of scientists and engineers with expertise in failure analysis of implantable grade electronics covering the product lifecycle - design, development, manufacturing, and field performance. Shayla is the Chair of the Medtronic Council of Labs encompassing 800 members representing over 70 labs enterprise wide. She drives initiatives associated with Business Focus, Quality Focus, Empowered Culture, Enterprise Solutions, IT solutions and AI/ML adoption. Additionally, Shayla is a senior member of the trade secret review as well as recipient of several IP awards (trade secret and patent publications).
Viktor Sinzig
Viktor is a technology executive and customer success leader with expertise in global digital transformation, organizational change management (OCM), solution implementation, and business process optimization. He has partnered with Fortune 500 companies and government organizations worldwide across industries such as healthcare and life sciences, automotive, manufacturing, and defense to accelerate adoption of advanced technologies including artificial intelligence, SaaS platforms, and enterprise digital transformation programs. Viktor has held leadership roles in customer success, enterprise software, and management consulting at firms including KPMG and PwC, where he guided organizations through large-scale change programs and technology deployments. He is a frequent speaker and contributor on topics related to OCM, AI, and digital adoption, and co-authored Advanced Health Technology: Managing Risk While Tackling Barriers to Rapid Acceleration (Taylor & Francis, 2022). Viktor is passionate about bridging strategy and execution in digital transformation and leads global teams to scale enterprise technology adoption across complex environments.
Gabi Break
Gabi is a creative and innovative Mechanical Practical Engineer excelling in complex problem-solving. He is a constant learner and a team player with exceptional analytical capabilities. He brings experience from the medical device, semiconductor, and defense industries. He also performs the role of Project Manager in the implementation of new products while providing cross-functional collaboration across global teams.
Natalie Sinzig, Esq.
Natalie is an intellectual property litigation attorney. She has represented Fortune 500 companies in state and federal courts throughout the country, with a focus on patent infringement and trade secret misappropriation-related litigation. Natalie has experience taking and defending both fact and expert witness depositions, arguing motions in court, as well as preparing witnesses for trial. She has worked on cases involving a wide range of technologies, including medical devices, machine learning and neural networks, solar panels, wireless networks, RFID systems, semiconductors, and digital mobile radios. Natalie received her law degree from the University of California, Berkeley School of Law, with a certificate in Law and Technology.
1. Understanding the IoT Lifecycle and Associated Cybersecurity Risks.- 2. Cybersecurity Related to IP and Protection of Enterprise Value.- 3. Best Practices for Protecting IP & Ensuring the Security of Medical Devices.- 4. Device Security & Standards.- 5. Digitally Transforming Manufacturing Operations.- 6. Third-Party Acquisitions: Cybersecurity Risks and Mitigation.- 7. AI Risks to IP, IoT, and Product Management.- 8. Security Trends & The Evolving Digital Landscape.- 9. The Future of Cybersecurity in Medical Devices.
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