ARM TechCon 2015 Schedule

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  • New Intrusion Detection Methodology for IoT Cybersecurity using Programmable SoCs

    Dan Isaacs  |  Director, Xilinx
    Dr. Carlos Aguayo Gonzalez  |  CTO and Co-founder, PFP CyberSecurity
    Location:  Ballroom F
    Format: 50-minute Technical Session
    Track: IoT
    Pass Type: Conference Pass - Get your pass now!
    Vault Recording: TBD
    Audience Level: All

    Critical to the Internet of Things is the security of systems and data collected, assimilated & transmitted in terms of Information trust and assurance. This paper describes a new non-invasive methodology utilizing embedded ARM-based multi-processing programmable SoC technology to address the growing problem of Cybersecurity for Internet of Things.

    Fundamental to this technology is functional partitioning of processors/programmable logic to generate unique digital signature during operation. Design approach and methodology, including networked programmable SoC-based monitors operating in realtime for analyzing power "signatures to characterize operational baseline thresholds, will be presented along with a live demonstration.



    Attendees will learn:

    - Implementation concerns / coverage areas for IoT security designs
    - Methodology for implementing cybersecurity in IoT
    - Functional partitioning for system optimization using ARM-based heterogeneous multi-core programmable SoCs
    - System Design methodology for algorithmic implementation of functions in programmable logic w/o RTL design

    Intended Audience