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Study mode:
on
1
Intro
2
Hardware you can trust
3
Why did I do this
4
Tamper Protection
5
Risks
6
Trustworthy Hardware
7
Building PCBs
8
Choosing a microcontroller
9
Whats wrong with the FDI chip
10
Noise sources
11
High voltage
12
Layout
13
Noise
14
Zener diodes
15
Bipolar junction transistors
16
Building for auditability
17
Electronics
18
Breakout board
19
Output
20
Random Noise
21
Arc Board
22
Testing for randomness
23
Questions
Description:
Explore hardware security and trust in this 57-minute conference talk by Benedikt Stockebrand at TROOPERS15. Delve into topics such as tamper protection, risks associated with hardware, and the process of building trustworthy hardware components. Learn about microcontroller selection, PCB design, and the challenges with FDI chips. Discover noise sources, high voltage considerations, and layout techniques for improved security. Examine the use of Zener diodes and bipolar junction transistors in hardware design. Gain insights into building for auditability, electronics breakout boards, and random noise generation. Understand the importance of testing for randomness in hardware security implementations.

Hardware You Can Trust

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