Security Topics in Networking and Distributed Systems CS 590D
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1 Security Topics in Networking and Distributed Systems CS 590D Lecture 1 Department of Computer Sciences Purdue University Cristina Nita-Rotaru Spring 2004/Lecture1 1
2 Course Information Meetings Tu&Th 1:30-2:45 PM Professor contact info: Office: REC 217/CS174 Office hours: TuTh 2:45 4:30 PM in CS174 TA: Chi-Bun Chan (Ben), Office hours to be announced Cristina Nita-Rotaru Spring 2004/Lecture 1 2
3 Course Information (cont.) Class mailing list: Class webpage IMPORTANT: all messages to me about the class should contain in the subject 590D Cristina Nita-Rotaru Spring 2004/Lecture 1 3
4 Grading Policy Class presentation 20% Final project 50% Homework 15% Participation in class discussions and providing feedback on your colleagues presentations 15% Cristina Nita-Rotaru Spring 2004/Lecture 1 4
5 Class Overview Set of topics provided Several lectures given by me providing overview on the topics with focus on one or two important papers Students give presentations of other significant papers on one of the topics. Each student should have a presentation (about 20 minutes). No books required, only research papers. ALL SUBMISSIONS are electronically PDF Cristina Nita-Rotaru Spring 2004/Lecture 1 5
6 Homework READ the assigned reading Before each class you will need to submit a 1 page report on one of the papers assigned to read, containing: One paragraph summary of the paper 3 strong points (what you liked about the paper) 3 weak points (what you did not like about the paper) Cristina Nita-Rotaru Spring 2004/Lecture 1 6
7 Project It can be on one of the topics covered in the class, but this is not a requirement, as long as it is related to a security topic in networking and distributed systems Project proposal due by Jan.29 Project progress due by March 11 Project final report due by April 20 DEADLINES ARE STRICT Cristina Nita-Rotaru Spring 2004/Lecture 1 7
8 Project (cont.) Work in teams of 2-3 students, please form teams, otherwise I will assign you to a team. At the end of the course each team will give a brief presentation of what the project accomplished. Team will meet with me to demonstrate the project, discuss what was accomplished and asses the contribution of each member of the team. Cristina Nita-Rotaru Spring 2004/Lecture 1 8
9 Course Topics (1) High-level protocols security (0.5 week) IP security and DDOS trace back (1 week) BGP, DNS, OSPF security (1 week) TCP security (0.5 week) Secure multicast (1 week) Intrusion detection (1 week) Cristina Nita-Rotaru Spring 2004/Lecture 1 9
10 Course Topics (2) Group communication security (2 weeks) Byzantine security/fault tolerance (Intrusion fault-tolerance) (2 weeks) Security issues in wireless networks (3 weeks) Peer-to-peer systems security (2 weeks) Anonymity and privacy (2 weeks) ANYTHING ELSE YOU THINK IT S INTERESTING and it s related to course topics Cristina Nita-Rotaru Spring 2004/Lecture 1 10
11 Possible projects (1) Role-based access control for groups: testcase group communication systems (will require working with Spread) and RT library. Building intrusion fault-tolerance using threshold cryptography (you can use Spread, it will require you to learn more about threshold crypto, and how it can help to design intrusion fault-tolerance systems). Cristina Nita-Rotaru Spring 2004/Lecture 1 11
12 Possible projects (1) Taxonomy of attacks on wireless routing networks: identify, implement and test concrete attacks for AODV or DSR Attacks on MAC protocols for wireless networks: survey on possible attack, think/design possible solutions (ECE major preferred) Key management for wireless systems: survey, implementation, comparison, analysis of results (it can be focused on sensors only, etc) Cristina Nita-Rotaru Spring 2004/Lecture 1 12
13 Possible projects (1) SPAM: investigate the current state of problems/losses caused by SPAM, think/implement a possible solution Viruses/Worms: identify why are they causing so much damage so quick and figure out if there any solutions to stop these type of attacks at the network level. Metrics for risk assessment (in particular network security risks): Are any of the methods applied to asses financial risk applicable to asses security risks?design a metric and try to apply it. Cristina Nita-Rotaru Spring 2004/Lecture 1 13
14 Possible projects (4) Use of smart-cards as way of enhancing healthcare: will involve designing a medical system where critical information is preserved on smartcards. Research challenges: preserving privacy, while allowing access to critical information. Smartcard readers(gemplus) and cards available. Cristina Nita-Rotaru Spring 2004/Lecture 1 14
15 Possible projects (5) Secure DNS: possible problems, focus on one of them, design solution; example: how is the data managed? C an availability be improved? What is the role/risk of caching? Cristina Nita-Rotaru Spring 2004/Lecture 1 15
16 Next Lecture Topic: High-level protocols security Assigned reading: V. Voydock and S. Kent. Security mechanisms in high-level network protocols R. Needham and M, Schroeder. Using Encryption for authentication in large networks K. Thompson. Reflections on Trusting Trust Cristina Nita-Rotaru Spring 2004/Lecture 1 16
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Course Introduction to Data and Application Security (Cs 4389) Professor Murat Kantarcioglu Term Spring 2009 Meetings Tu/Th 2:30-3:45pm Professor s Contact Information Office Phone 6616 Other Phone none