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About the author
Introduction
1.
Access Control
2.
Authentication
3.
Biometrics
4.
Crypto Engineering
4.1.
Software Crypto
4.2.
Hardware Crypto
5.
Malware
5.1.
Virus
5.2.
Worm
5.3.
Trojan Horse
5.4.
Writing Virus
5.5.
Rootkits
5.6.
Anti-virus software
5.7.
Inside popular software
6.
Protecting Clients
7.
Security and Usability
7.1.
User Interface (UI)
7.2.
Passwords
7.3.
Cognitive Experiment
7.4.
Insider Attacks
8.
Secure Programming
8.1.
Buffer overflow
8.1.1.
Buffer Overflow Protections
8.1.2.
Exploit Buffer Overflow
8.2.
Secure C practice
8.3.
secure-sensitive program
9.
Physical Security
10.
(Web Service) Architecture
10.1.
Contents and Scripts
11.
Confinements
11.1.
chroot
11.2.
JVM
11.3.
Network Identity
11.4.
Virtual Machine
11.5.
Sandbox
12.
Program Structure
12.1.
Case study: 4.3BSD FTP Daemon
12.1.1.
Attack FTP
12.1.2.
Fix FTP
12.1.3.
Root privilege
12.2.
Case study: mailer
12.3.
Case study: Web Browser
13.
Security Analysis
13.1.
Construction vs. Destruction
13.2.
Analyze individual programs
13.3.
Analyze overall system
13.4.
Software Engineering Code of Ethics
13.5.
Tools part 1: OS system calls
13.6.
Tools part 2: fuzzing and more
13.7.
Reconnaissance
14.
The Internet of Things
14.1.
Embedded Systems (Smart Devices)
14.2.
Internet of Things Architecture
14.3.
Case study: Thermostat
15.
Logging
15.1.
Loggin in practice
15.2.
Log Incidents
15.3.
Case study: PHP4 web server attack
16.
After An Attack
16.1.
Analyze a hacked system
16.2.
Deleted Files
16.3.
Monitor Intrusion
16.4.
Conclusion
17.
System Structure
17.1.
Case study: build an e-commerce
17.2.
Network Operation Center
17.3.
Router Link Weakness
17.4.
Remote Access
17.5.
Question: store credit card number in database?
17.6.
General Principle
18.
Exams
18.1.
Fall 2014 Midterm
18.2.
Fall 2013 Midterm
18.3.
Fall 2010 Midterm
18.4.
Fall 2008 Midterm
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Security Architecture and Engineering
Physical Security (Guest Lecture)