The semiconductor and chip manufacturing industry is the backbone of the global digital economy, powering everything from smartphones and cloud infrastructure to AI-driven applications and advanced industrial systems. With supply chains spanning multiple countries and highly valuable intellectual property at stake, robust cybersecurity leadership is critical. The following CISOs are setting the standard for security excellence, integrating advanced cyber defenses, risk management, and operational resilience into the semiconductor ecosystem.
David Reber — Chief Security Officer and Head of Product Security, NVIDIA
David Reber Jr. serves as NVIDIA’s Chief Security Officer, overseeing enterprise and product security initiatives. Previously, he held senior cybersecurity roles at Nutanix and Frame and spent over a decade providing IT and security leadership for the U.S. government. David has extensive experience in building resilient security frameworks and leading high-performing teams, positioning NVIDIA at the forefront of secure innovation in AI and computing hardware.
Kevin Shin — Director of Security | Cybersecurity, IT Security, and Physical Security | CISO, Samsung Semiconductor
Kevin Shin brings over 20 years of experience across IT and security leadership, spanning military service, telecommunications, healthcare, insurance, and government sectors. At Samsung Semiconductor, he leads the integration of cybersecurity, IT security, and physical security, driving strategic initiatives that safeguard critical manufacturing processes. Kevin’s approach emphasizes security as an enabler of innovation, allowing rapid, secure development across global operations.
Tony Saint — Enterprise Information Security Director, Intel Corporation
Tony Saint is a global executive cybersecurity leader with 25+ years of experience across IT and cybersecurity domains. At Intel, he oversees enterprise-wide security strategies and transformation initiatives with multimillion-dollar budgets. Tony is recognized for aligning security policy, technology, and risk management with business objectives, helping Intel protect its intellectual property, manufacturing facilities, and global operations against evolving threats.
Derek Hardy — Senior Vice President & Chief Security Officer, Marvell Technology
Derek Hardy leads Marvell Technology’s global security organization, encompassing enterprise security, crisis management, physical security, corporate real estate, and workplace services. Derek has transformed security into a strategic enabler, aligning security operations with corporate objectives to protect people, data, and infrastructure. His leadership ensures Marvell’s high-performance semiconductor solutions are delivered securely to customers worldwide.
Julie Fitton — Chief Information Security Officer, Analog Devices
Julie Fitton drives cybersecurity strategy and operational excellence at Analog Devices. She is recognized for her ability to quickly assess organizational culture, implement targeted solutions, and lead teams to deliver measurable results. Julie’s initiatives focus on growth, process improvement, and enhanced collaboration, safeguarding Analog Devices’ semiconductor manufacturing and intellectual property from emerging cyber threats.
Laurie Saims — Vice President & Chief Information Security Officer, KLA
Laurie Saims is a seasoned cybersecurity executive with 18+ years of experience managing enterprise cyber security, regulatory and contractual compliance, and technology risk reduction. At KLA, she leads large, multi-disciplinary global teams to reduce residual cyber risk while enabling strategic business objectives. Laurie’s hands-on leadership and international experience make her a key figure in securing semiconductor operations at scale.
The Strategic Importance of Semiconductor Security Leadership
As the semiconductor industry faces increasing threats from state-sponsored actors, cybercriminals, and supply chain vulnerabilities, these CISOs play a critical role in protecting both intellectual property and operational continuity. Their leadership ensures that innovation in chip design, manufacturing, and deployment is matched by world-class security practices, safeguarding the technologies that underpin the global digital economy.