Cybersecurity with Vehicle Spy & neoVI - ICS HQ

Cybersecurity:

Please come and spend a day learning about Cybersecurity. While most events are focused on the problem - this event is about solutions. This class features hands-on, modern cryptography experiments with real CAN, CAN FD, and Ethernet networks. The experiments will be fun and interesting while demonstrating actual algorithms and potential security holes.

Agenda*:

• 8:00am - Continental breakfast
• 8:30am - Introduction, Agenda, Overview of Cybersecurity Solutions (presented by Dave Robins)
• 8:45am - Introduction to Modern Cryptography Tools: SHA/HMAC ,ECC/RSA, AES,TRNG, Key Storage, MBed TLS Library (presented by Jeff Quesnelle)
• 9:45am - SHA/HMAC Theory and Usage (presented by Tony Shaska)
• 10:30am - SHA/HMAC Lab in Vehicle Spy: Hands-On with Creating HMAC using CAN Bus and the MBed/TLS Library Using the C Code Interface in Visual Studio (presented by Jeff Quesnelle)
• 11:00am - AES Theory and Usage (presented by Tony Shaska)
• 11:30am - AES Lab in Vehicle Spy (presented by Jeff Quesnelle)
• 12:00pm - Working LUNCH:
  DEFCON Report Exploring the UConnect Zero Day (presented by Jeff Quesnelle)
  RSA/ECC Theory and Usage (presented by Tony Shaska)
• 12:30pm - RSA/ECC Lab in Vehicle Spy (presented by Jeff Quesnelle)
• 1:00pm - Hacker Reverse Engineering Techniques (presented by Dave Robins)
• 1:30pm - Hacker Reverse Engineering Lab (presented by Dave Robins & Jeff Quesnelle)
• 2:00pm - Smart Card Theory (presented by Marc Jacquinot)
• 2:30pm - Smart Card Hands-On Using Reader (presented by Marc Jacquinot)
• 3:00pm - Smart Card in neoVI FIRE 2: Discussion of the Smart Card Support in the Intrepid ISM and How It Works (presented by Dave Robins)
• 3:30pm - Smart Card Lab (presented by Jeff Quesnelle & Matt Kowalczyk)
• 4:00pm - Real-Time Hardware Engine: Discussion of the Real-Time Encryption Processor Present in the FIRE2 Security Module. (presented by Dave Robins)
• 4:30pm - Real-Time Hardware Lab (presented by Matt Kowalczyk)
• 5:00pm - ECU Hardware Solution: The Aurix HSM (presented by Jeff Kelly)
• 6:00pm - Evening Networking Event: Dinner (location close to Intrepid HQ)

*The times and actual topics are subject to change.

Note: Breakfast, lunch, and dinner provided by Intrepid.

Location:

Intrepid Control Systems - World HQ
31601 Research Park Drive
Madison Heights, MI 48071 USA

http://www.intrepidcs.com/location.html

Contact: +1 586 731-7950

About the Presentors:

Dr. Tony Shaska - Mathematician, Oakland University

Expert on theoretical cryptography with focus on Elliptic Curve Cryptography (ECC) and Hyperelliptic Curve Cryptography (HCC).

Jeff Quesnelle - Senior Software Engineer, Intrepid Control Systems, Inc.

Lead software developer for Vehicle Spy. Leading the cryptography integration for OEMs cyber security efforts. Expert in C++ and other areas in Computer science including mathematics and cryptographic algorithims. Co-author of the Automotive Ethernet: The Definitive Guide

Marc Jacquinot - Smart Card Expert, CardWerk Technologies

Expert in smart card consulting and host/card software development - since 1999. Embraces any chip card - from simple storage cards to sophisticated multi-application cards. Covering anything from secure key/data storage to cryptographic protocols and card emulation. Past projects include card issuance tool, key injector, value card, physical/logical access control card integration.

Dave Robins - President, Intrepid Control Systems, Inc.

Founder of Intrepid Control Systems and original architect of neoVI, ValueCAN and Vehicle Spy.

Matt Kowalczyk - Embedded Systems Engineer, Intrepid Control Systems, Inc.

Embedded systems engineer on the neoVI FIRE 2 team. Matt will be supporting the real time message authentication laboratory using the FIRE2.

Jeff Kelly - Director of Microcontroller Marketing, Infineon

Jeff will present the capabilities of a hardware security solution present in the Aurix microcontroller.