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  • Book Overview & Buying BeagleBone for Secret Agents
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BeagleBone for Secret Agents

BeagleBone for Secret Agents

By : Joshua Datko
4 (2)
Buy this Book
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BeagleBone for Secret Agents

BeagleBone for Secret Agents

4 (2)
By: Joshua Datko
Buy this Book

Overview of this book

If you have some experience with the BeagleBone or similar embedded systems and want to learn more about security and privacy, this book is for you. Alternatively, if you have a security and privacy background and want to learn more about embedded development, this book is for you. You should have some familiarity with Linux systems and with the C and Python programming languages.
Table of Contents (8 chapters)
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Preface
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Preface
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What this book covers
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What you need for this book
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Who this book is for
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Conventions
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Reader feedback
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Customer support
Free Chapter
1
1. Creating Your BeagleBone Black Development Environment
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1. Creating Your BeagleBone Black Development Environment
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Introducing the BBB
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Creating an embedded development environment with Emacs
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Finding additional background information
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Summary
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2. Circumventing Censorship with a Tor Bridge
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2. Circumventing Censorship with a Tor Bridge
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Learning about Tor
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Installing Tor on BBB
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Understanding Tor exit policies
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Setting bridge-specific settings
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Starting your new Tor bridge
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Enabling port forwarding
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Adding physical interfaces to the bridge
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Determining your bandwidth with speedtest-cli
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Controlling the bridge with the Stem library
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Connecting to your obfuscated bridge
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Continuing with Tor-related projects
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Summary
3
3. Adding Hardware Security with the CryptoCape
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3. Adding Hardware Security with the CryptoCape
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Exploring the differences between hardware and software cryptography
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Touring the CryptoCape
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Discovering the I2C protocol
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Understanding the benefit of cape EEPROMs
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Creating an eLinux wiki site
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Keeping time with a real-time clock
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Trusting computing devices with a Trusted Platform Module
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Providing hardware authentication with ATSHA204 and ATECC108
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Encrypting EEPROM data with the ATAES132
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Combining the BBB with an ATmega328p
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Building a two-factor biometric system
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Summary
4
4. Protecting GPG Keys with a Trusted Platform Module
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4. Protecting GPG Keys with a Trusted Platform Module
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History of PGP
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Developing a threat model
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Generating GPG keys
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Protecting your GPG key with a TPM
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Adding the keypad
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Taking ownership of the TPM
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Extending a PCR
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Unlocking your key at startup
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Iterating on the threat model
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Summary
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5. Chatting Off-the-Record
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5. Chatting Off-the-Record
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Communicating Off-the-Record – a background
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Installing BitlBee on the BeagleBone
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Adding OTR to your BitlBee server
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Marshalling your IRC connections with a Bouncer
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Extending the project
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Summary
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A. Selected Bibliography
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Chapter 1
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Chapter 2
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Chapter 3
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Chapter 4
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Chapter 5
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Index
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Index

Trusting computing devices with a Trusted Platform Module

The Trusted Platform Module (TPM) performs the RSA algorithm on the chip. However, it is much more capable than just an encryption chip. The TPM specification is developed and maintained by the Trusted Computing Group (TCG), an international industry standards body.

TPMs are included on several major vendor laptops including Dell, HP, and even Google Chromebooks. On laptops, TPMs are normally found in the Low Pin Count (LPC) package and are enabled via the BIOS. Embedded devices typically don't support the LPC bus; the TPM on the CryptoCape communicates over the I2C bus.

The software interface to the TPM is via the Trusted Computing Group Software Stack (TSS). In Linux, the TSS is provided by the TrouSerS package. In the next chapter, we'll be using the TPM and also take a closer look at the TPM on the CryptoCape.

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