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ESC SV-401- Network Node Security - An Architecture for Security and Trust
Geoffrey Waters Senior Systems Engineer, Freescale Semiconductor
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DESCRIPTION
To many, the term "network security" brings to mind VPN and crypto acceleration for IPSec. A broader view of security would include not just cryptographic protection of data in motion (which is not standing still) but also stronger authentication of users and systems, and hardening the network infrastructure against direct attacks. This class examines future embedded communication processor features which can allow system developers to scale system performance and harden systems while considering a broad spectrum of network security threats. This class covers Network Node Security Requirements. An architecture for acceleration and trust, Trust Mechanisms in Action, the Trusted Boot Process, Hypervisor and Platform MMU, SEC 4.0 Scalable performance Improved abstraction.

PREREQUISITES
Course Price $19.95
Knowledge of microprocessor and network system security technology and protection schemes.

ESTIMATED TIME
94 minutes

AUTHOR

Geoffrey Waters Senior Systems Engineer, Freescale Semiconductor
Geoff Waters joined Freescale Semiconductor (formerly Motorola's Semiconductor Product Sector) in 1997 to work in the company's Networking and Computing Systems Group in Austin, Texas. Initially focused on security acceleration technologies, Geoff has served as a senior systems engineer for Freescale's Digital Systems Division for the last 5 years. Prior to working at Freescale, Geoff was a contractor to the US Defense Threat Reduction Agency [formerly known as the Defense Nuclear Agency (DNA)]. He is a graduate of the University of Houston Honors Program.
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Embedded Systems Conference (ESC)