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As much as we would like these security issues to go away, it’s really trending in the opposite direction—more systems are getting hacked, and the cost of a hack is skyrocketing. But that needn’t be the case if designers would implement the necessary steps to keep their systems safe (or at least, safer). At the Seventh Annual IoT Device Security Conference, we will dive into maintaining safety and security at each level of an IoT-connected device, from the sensor/MCU, all the way up to the Cloud and everything in between.
As much as we would like these security issues to go away, it’s really trending in the opposite direction—more systems are getting hacked, and the cost of a hack is skyrocketing. But that needn’t be the case if designers would implement the necessary steps to keep their systems safe (or at least, safer). At the Seventh Annual IoT Device Security Conference, we will dive into maintaining safety and security at each level of an IoT-connected device, from the sensor/MCU, all the way up to the Cloud and everything in between.
Thu, Nov. 07, 2024 · 8:00 am (PST)
November 7, 2024 - 8am PT / 11am ET
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NIST
Dr. Lily (Lidong) Chen is a mathematician and NIST fellow. She served as the manager of Cryptographic Technology Group for more than a decade before she was selected as a NIST fellow in 2023. She has led the effort in developing cryptographic standards published in Federal Information Processing Standards (FIPS) and NIST Special Publications (SP). She is a pioneer in developing post-quantum cryptography standards and has been actively explored many advanced cryptography areas for standardization. Her research interests include cryptography, network security, and security in communications. Dr. Chen has actively contributed to cryptographic and security standards development by IEEE-SA, ISO, and other standards organizations. The book “Communication System Security” she co-authored has been used as textbook by many universities.
