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Study mode:
on
1
Intro
2
Retro Talk
3
Prototype This
4
Motivation
5
European driverless vehicle efforts
6
Autonomous buses
7
Not here to spread fear
8
Theyre so good
9
So this was just some stuff
10
Another vehicle
11
Applications
12
Autonomous Delivery
13
Civil Applications
14
Aerial Failures
15
Sandstorm
16
Hierarchy
17
State Machines
18
Sensors
19
Sources of uncertainty
20
Sensor attacks
21
GPS
22
Example
23
GPS spoofing
24
GPS in civilian use
25
Lowcost GPS spoofing
26
GPS spoofing demo
27
LiDAR
28
Active Emission Sensor
29
Transparent Materials
30
Reflective Materials
31
Road Line Detection
32
Solid Object Detection
33
False Returns
34
Cameras
35
Deep Learning
36
millimeter wave radar
37
Tesla Autopilot
38
MEMS Gyros
39
Failure
40
Bond vs Robots
41
The Map
Description:
Explore the vulnerabilities and potential hacking risks of autonomous vehicles in this informative conference talk from BruCON Security Conference. Delve into the current state of civil driverless vehicles, examining common sensors, decision profiles, and potential failure modes that could be exploited. Gain insights into the US Department of Transportation's Connected Vehicle and Vehicle To Vehicle Communications programs, and their relevance to hacking before the widespread adoption of fully autonomous vehicles. Learn about various autonomous vehicle applications, sensor technologies, and their weaknesses, including GPS spoofing, LiDAR manipulation, and camera-based deep learning vulnerabilities. Discover the implications of these security concerns for the future of transportation and the importance of addressing robustness against adversarial and malicious scenarios in unmanned vehicle development.

Hacking Driverless Vehicles

BruCON Security Conference
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