Course Schedule Fall 2017

This schedule is subject to change. Please check back frequently.


Part 1. Security Fundamentals

Tuesday Lecture Thursday Lecture Lab
Sep. 5
The security mindset
Threat models, vulnerabilities, attacks; how to think like an attacker and a defender
Homework 1 available
Sep. 7
Message integrity, pseudorandom functions
Alice and Bob, crypto games, Kerckhoffs's principle, hashes and MACs
Introduce Homework 1
Python tutorial
Sep. 12
Randomness and pseudorandomness
Generating randomness, PRGs, one-time pads
Sep. 14
Message confidentiality, block ciphers
Simple ciphers, AES, block cipher modes
Homework 1 due 6pm
Homework 2 available
Crypto Project available
Review Homework 1
Introduce Crypto Project
Introduce Homework 2
Sep. 19
Confidentiality attacks, key exchange
Diffie-Hellman key exchange, man-in-the-middle attacks
Sep. 21
Public-key crypto
RSA encryption, digital signatures, secret sharing
Homework 2 due 6pm
Review Homework 2
Project Help

Part 2. Web and Network Security

Tuesday Lecture Thursday Lecture Lab
Sep. 26
Web architecture
Intro to the web platform; HTTP, cookies, Javascript, etc.
Sep. 28
Web attacks and defenses
Cookies; XSS, CSRF, and SQL-injection attacks and defenses
Crypto Project due 6pm
Web Project available
Review Crypto Project
Introduce Web Project
Web Tutorial
Oct. 3
HTTPS
The SSL/TLS protocol and the CA ecosystem
Oct. 5
Attacking HTTPS
Implementation flaws, social engineering attacks, and crypto failures
Homework 3 available
Introduce Homework 3
Project Help
Oct. 10
Networking 101
IP, forwarding, routing, DNS, BGP
Oct. 12
Network attacks and defenses
Web Project due 6pm
Networking Project available
Introduce Networking Project
Review Web Project
Oct. 17
Fall study break – No lecture
Oct. 19
Authentication and availability
Passwords, online and offline guessing; denial of service
Homework 3 due 6pm
Homework 4 available
Review Homework 3
Introduce Homework 4
Project Help

Part 3. Host and Application Security

Tuesday Lecture Thursday Lecture Lab
Oct. 24
Control hijacking, Part 1
Software architecture and a simple buffer overflow
Oct. 26
Control hijacking, Part 2
Common exploitable application bugs, shellcode
Networking Project due 6pm
AppSec Project available
Review Networking Project
Introduce AppSec Project
Buffer Overflow Tutorial
Oct. 31
Side-channel attacks
Timing attacks, power analysis, cold-boot attacks, defenses
Nov. 2
Malware
Viruses and worms, spyware, key loggers, and botnets; defenses
Homework 4 due 6pm
Review Homework 4
Buffer Overflow Tutorial, part 2
Nov. 7
E-voting and Internet voting
Analysis, vulnerabilities, viruses, defenses, auditing, policy
Nov. 9
Access control and Isolation
Isolation, sandboxing, virtual machines
Homework 5 available
Introduce Homework 5
Project Help

Part 4. Security in Context

Tuesday Lecture Thursday Lecture Lab
Nov. 14
Network probing
Mapping and testing with Nmap and ZMap
Nov. 16
Digital Forensics
Taint and blur, data recovery, incident response
AppSec Project due 6pm
Forensics Project available
Review AppSec Project
Introduce Forensics Project
Forensics Tutorial
Nov. 21
Cyberconflict
The second crypto war, cyberwarfare, advanced persistent threats
Nov. 23
Thanksgiving recess – No lecture
Nov. 28
Privacy, anonymity, and censorship resistance
Online tracking; TOR, OTR, GPG, etc.; censorship and anticensorship
Nov. 30
Securing the Internet of Things
Medical device security, automotive security, etc.
Homework 5 due 6pm
Review Homework 5
Project Help
Dec. 5
Physical security
Locks and safes, lock picking techniques; defenses
Dec. 7
Life in the post-Snowden era
Government spying and implications for security and crypto
Forensics Project due 6pm
Review Forensics Project
Project Help
Dec. 12
Final exam review
Exam review session (TBA)

Final Exam   Thursday, December 14, 7–9 PM  (Location: TBA)