IoT Panel, Part II: Security for Silicon, Software, and Sensors
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This document summarizes an IoT panel discussion on security for hardware, software, and sensors. The panelists discussed distinguishing characteristics and security concerns for industrial versus consumer IoT applications. They addressed important components of an IoT security architecture like authentication, corruption prevention, and spoofing protection. Panelists also discussed security considerations for sensors, software, hardware, and cloud services - including verifying sensor access, preventing hacking or software corruption, and protecting data in the cloud. The audience then asked questions of the panelists from Flexera Software, Red Hat, RTI, and ThingWorx.
IoT Panel, Part II: Security for Silicon, Software, and Sensors
- 1. IoT Panel Discussion, Part II: Security for Silicon, Software, and Sensors Moderator: Curt Schwaderer Technology Trends Specialist OpenSystems Media Speakers: Tu Le, Sr. Product Manager, Flexera Software James Kirkland, Chief Architect, IoT & Intelligent Systems, Red Hat Stan Schneider, Ph.D., CEO, RTI Dave Hart, Chief Technology Officer, ThingWorx
- 2. Agenda Housekeeping Panel Discussion Questions and Answers Wrap-up
- 3. Tu Le, Senior Product Manager, Flexera Software Tu Le is a senior product manager for Flexera software. Tu is responsible for the FlexNet Licensing technology (FlexNet Publisher and FlexNet Embedded). Tu has over 14 years of security experience in Cryptography, Anti-piracy and Software Licensing and Entitlement Management.
- 4. James Kirkland, Chief Architect, IoT & Intelligent Systems, Red Hat James Kirkland is Chief Architect for the Internet of Things and Intelligent Systems at Red Hat. He has been working with Unix and Linux variants for 20 years. He has been working with on IoT solutions in the transportation and energy sectors for the last five years. He is a frequent public speaker and writer on a wide range of technical topics. He is the co-author of Linux(R) Troubleshooting for System Administrators and Power Users (ISBN: 0131855158) published by PrenticeHall PTR.) Picture goes here
- 5. Stan Schneider, Ph.D., CEO, RTI Stan Schneider is CEO at Real-Time Innovations (RTI), the Industrial Internet of Things connectivity platform company. RTI is the largest embedded middleware vendor and has an extensive footprint in all areas of the Industrial Internet, including Energy, Medical, Automotive, Transportation, Defense, and Industrial Control. Stan is also a member of the Industrial Internet Consortium Steering Committee. Stan completed his PhD in Electrical Engineering and Computer Science at Stanford University, and holds a BS and MS from the University of Michigan. He is a graduate of Stanford's Advanced Management College.
- 6. Dave Hart, Chief Technology Officer, ThingWorx Dave is the CTO of the ThingWorx IoT segment at PTC, where he is directly responsible for the ThingWorx engineering teams continued delivery of innovative IoT platform capabilities. Dave is an expert in the IoT space, leading successive generations of remote connectivity platforms and solutions, playing key roles in designing, evangelizing, and realizing innovative connected product solutions. Dave joined PTC as part of the Axeda acquisition, where as CTO he drove Axeda¹s technology and product development teams. Prior to Axeda Dave provided technical leadership and direction for Questra¹s Intelligent Device Management platform from product inception through the ultimate acquisition by Axeda. In addition to product development, Dave has developed and led solution architecture, product management, and professional services organizations in ensuring the successful deployment of connected products in the marketplace.
- 7. Security Applications & Architecture IoT applications range from consumer to industrial. In many cases, the lines are blurring and consumer devices are finding their way into connecting/communications with critical systems. What are distinguishing characteristics of Industrial versus consumer IoT applications? What are the architectural components? What are the security concerns?
- 8. Security Architecture Many embedded and enterprise systems implement a security architecture. IoT is no different, but has unique security concerns. What kinds of bad things can happen in IoT applications? What considerations go into the security architecture? Are there important components to address? – Authentication? Corruption? Spoofing? Back-doors that can allow hackers to control the system? Attempts to steal SW or intellectual property within the IoT system?
- 9. Security Considerations for Silicon, SW, Sensors Sensor Security: How to verify access to sensor information and prevent spoofing of sensor data to the collection? Silicon & SW Security: Capabilities built into the silicon and/or software to prevent hacking, back doors, SW corruption, enabling/disabling features, etc. Cloud services: How to protect the data in the cloud? How to authenticate and secure sensor & SW information coming into and going out of the cloud for the application?
- 10. Audience Q & A Tu Le, Flexera Software James Kirkland, Red Hat Stan Schneider, RTI Dave Hart, ThingWorx
- 11. Sponsor Resources Flexera Software: How Can You Monetize the Internet of Things? 5 Tips to Get Started http://media.flexerasoftware.com/documents/eBook-SWM-Monetize-IoT.pdf Red Hat: An Intelligent Systems Solution for the Internet of Things http://www.redhat.com/en/files/resources/en-rh-intelligent-systems-solution-internet-of-things.pdf RTI: Is Your Data Secure? http://www.rti.com/whitepapers/Is_Your_Data_Secure.pdf ThingWorx Security Whitepaper: Providing Secure Connected Products http://bit.ly/1LaSXO8
- 12. Thanks for joining us Event archive available at: http://ecast.opensystemsmedia.com/ E-mail us at: jgilmore@opensystemsmedia.com