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deep knowledge technical trainings

AUGUST 22 / 23 / 24 / 25 @ INTERCONTINENTAL SINGAPORE

Automotive Cybersecurity and In-Vehicle Networks for Beginners

Students will learn the fundamentals of in-vehicle networking, the most common technologies used, and how to use a CAN bus using accessible hardware and software available to anyone for further research and education. With automotive security becoming a legal requirement in more and more countries, there is no better time to begin learning how to hack (and of course, defend) a vehicle!  

$2,299.00

Duration

2-day

Delivery Method

In-Person

Level

beginner

Seats Available

20

REGISTRATION CLOSED

DATE: 22-23 August 2022

TIME: 09:00-17:00 SGT/GMT +8

Date Day Time Duration
22 August Monday 09:00-17:00 SGT/GMT +8 8 Hours
23 August Tuesday 09:00-17:00 SGT/GMT +8 8 Hours

 


In recent years, vehicles have become an increasingly important target for security research. Autonomous vehicles, connected vehicles, and vehicles equipped with ADAS features are host to numerous technologies that add to the attack surface of a vehicle. Due to being heavy objects that move at high speeds in close proximity to humans, vehicle security is, quite literally, an issue of public safety.

This training introduces the learner to the world of automotive security and car hacking, and gives an opportunity to learn about in-vehicle networks – the nervous system of a vehicle – hands-on. Students will learn the fundamentals of in-vehicle networking, the most common technologies used, and how to use a CAN bus using accessible hardware and software available to anyone for further research and education. With automotive security becoming a legal requirement in more and more countries, there is no better time to begin learning how to hack (and of course, defend) a vehicle!

Researcher

National University Singapore

Dr. Wang Kailong is currently a research fellow at National University of Singapore (NUS). He received his PhD degree from School of Computing NUS in 2022. He has worked as a Research Assistant in NUS while pursuing his PhD degree from 2016 to 2021. His research interests include mobile and web security and privacy, and protocol verification. His works have appeared in the top conferences such as WWW and MobiCom.

Co-Founder & CTO

Authomize

Mr. Gal Diskin is a cybersecurity and AI researcher. He was previously the VP & head of Palo Alto Networks’ Israeli site, and is a serial entrepreneur. Mr. Diskin’s research has been featured in HITB, Defcon, Black Hat, CCC, and other conferences, spanning fields from low level security research such as hardware vulnerabilities, binary instrumentation, and car hacking to high level research on AI detection methods, Enterprise security, and Identity security. Mr. Diskin was also the technical lead and co-founder of Intel’s software security organization, as well as the CTO of Cyvera and HeXponent (co-founder) before their acquisition.

Senior Security Researcher

Huajiang โ€œKevin2600โ€ Chen (Twitter: @kevin2600) is a senior security researcher. He mainly focuses on vulnerability research in wireless and Vehicle security. He is a winner of GeekPwn 2020 and also made to the Tesla hall of fame 2021. Kevin2600 has spoken at various conferences including KCON; DEFCON and CANSECWEST.

Why You Should Take This Course

Students will learn the fundamentals of in-vehicle networking, the most common technologies used, and how to use a CAN bus using accessible hardware and software available to anyone for further research and education. With automotive security becoming a legal requirement in more and more countries, there is no better time to begin learning how to hack (and of course, defend) a vehicle!  

Who Should Attend

  • Government, Defense, Academia, or Industry personnel looking to understand automotive cybersecurity
  • Car tuning/hacking hobbyists hoping to learn more about hacking cars
  • Anyone that might be interested in making their own gadgets to interact with their car’s data
  • Vehicle fleet owners hoping to monetize/utilize their vehicles’ data

Key Learning Objectives

TBA

Prerequisite Knowledge

  • Basic Knowledge of Using Linux
  • Basic Knowledge of Bash Scripting
  • Basic Understanding of Computer Networks

Hardware / Software Requirements

  • Laptop Computer with Virtualization Enabled and a usable USB Port
  • Oracle VirtualBox software