ESC SV-441- Designing Secure Embedded Ethernet Products

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ESC SV-441- Designing Secure Embedded Ethernet Products
Jordon Woods Co-Founder, Innovasic Semiconductor

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DESCRIPTION Products designed with embedded Ethernet can be vulnerable to the same types of security problems as PCs that are connected to the Internet. Denial of service attacks can prevent embedded systems from carrying out their intended function, thereby causing inconvenience, erratic behavior, or much worse. Hackers gaining access to embedded software can alter the desired function and operation of an embedded device. Two recent examples illustrate these problems. A nuclear power generation station had to be shut down in the USA when a denial of service problem occurred preventing the controller from accessing the recirculation pumps. Similarly a hacker was able to access the embedded software in the Apple iPhone and reprogram its operation. This presentation will discuss methods for protecting critical embedded communications functions through robust separation of tasks in both firmware and silicon. PREREQUISITES Course Price $19.95 ESTIMATED TIME 51 minutes AUTHOR

Jordon Woods Co-Founder, Innovasic Semiconductor

Jordon Woods is co-founder and leads the R&D activities at Innovasic Semiconductor. Jordon has 20 years of experience in the industry, most of which has been in the semiconductor design business. His engineering experience includes employment at Honeywell where he developed semiconductor solutions for various markets including optical disk, digital mapping and graphics. He holds a BSEE from the University of New Mexico.

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