Despite the enormous amount of attention that has been directed to software security in recent years, relatively little attention has been given to hardware security.  More than ever, the devices that are critical to everyday life and to the broader infrastructure are dependent on increasingly sophisticated integrated circuits ("chips").  As the complexity of chips and the supply chains involved in procuring them continue to grow, so does the risk that malicious circuity could be hidden within a chip during the design and manufacturing process. The circuitry could be triggered to launch an attack months or years later, with very significant consequences if carried out on a large scale.

This presentation will explain the increasingly global nature of the semiconductor industry and identify technology and policy steps that can be taken to minimize the likelihood of successful, large-scale, hardware-based cyberattack.

This event is by invitation only.  All RSVPs should be sent to Russell Wald.  There is a reception at 6:30PM, and the conversation begins promptly at 7:15.

Upcoming Events

Wednesday, August 26, 2026 4:30 PM Pacific Time
Lisa Blaydes and Samuel Helfont
Book Talk: "Ba‘thist Iraq Through Archives Reflections, Explorations, and Opportunities" by Lisa Blaydes and Samuel Helfont
The Hoover History Lab and Hoover Institution Library & Archives are co-hosting a hybrid event with Lisa Blaydes and Samuel Helfont to discuss… Shultz Auditorium, George P. Shultz Building
Tuesday, September 15, 2026 6:30 PM ET
Markus Wolf
Book Talk: "The Troika: The Troika: A Story of Three Families, Friendship, and the Cold War"
The Hoover Institution Library & Archives is partnering with the International Spy Museum to co-host a hybrid event on "The Troika", Markus Wolf'… International Spy Museum (700 L'Enfant Plaza, SW Washington DC 20024)
Wednesday, September 23, 2026
Kay Udea leading a discussion during the Second international workshop on Japanese diaspora 2022
第4 回ジャパニーズ・ディアスポラ国際ワークショップ
Hoover Institution Library & Archives, Stanford University
overlay image