64-196 Project Applied IT-Security

Course offering details
Instructors: Florian Wilkens
Event type:
Project
Displayed in timetable as:
PJ IT-Sicherheit
Hours per week:
6
Credits:
9,0
Language of instruction:
German/English
Min. | Max. participants:
- | 15
Registration group: Anmeldegruppe Projekte (einsemestrig) ab WS 2015/16
More information: Attacks on IT systems increasingly threaten our modern society. As there is no such thing as total security, it is essential to develop resilient systems that can tolerate attacks, detect attacks early on, and heal their impacts as fast as possible.
One technique to detect attacks on networks are honeypots. They represent devices whose sole purpose is to get compromised and to deliver information on attacks. The task of the project is to develop a light-weight medium-interaction network honypot for a small selection of well-known network protocols, e.g., tcp, http, https, smb, or ssh. The honeypot should provide a range of different export functions, so that the gathered information on attacks can be easily analyzed later on. Furthermore, the honeypot should run under Linux and has to be deployed on Rasperry Pis.
Students will obtain the necessary background on honeypots during an introductory lecture and by giving presentations on related topics.
 
Comments/contents: In this bachelor project you will work on an up-to-date topic in the area of IT- and network security. You will learn fundamentals of networking and IT-security, but you will also look into up to date research and how to apply it to solve current real-world problems.

Knowledge in metworking and IT security is beneficial, but is not a pre-requisite. Students will obtain the necessary background during an introductory lecture and by giving each other presentations on topics relevant to the respective task.

The task for this semester as well as old topics from the last semesters are available at this website:

https://www.inf.uni-hamburg.de/inst/ab/snp/courses/bachelor/project-ais.html

 
Learning objectives:

  • Understanding current research and transferring it into praxis
  • Light-weight security solutions
  • Networks and network protocols
  • Software development
  • Team work
  • Usage of project management and collaboration tools


 
Literature: [1] https://en.wikipedia.org/wiki/Honeypot_(computing)
Class session overview
1
2
3
4
5
6
7
8
9
10
11
12
13
 
 
Instructors
Florian Wilkens
Appointments
Date From To Room Instructors Appointments
1
Date Wed, 3. Apr. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
2
Date Wed, 10. Apr. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
3
Date Wed, 17. Apr. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
4
Date Wed, 24. Apr. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
5
Date Wed, 8. May 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
6
Date Wed, 15. May 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
7
Date Wed, 22. May 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
8
Date Wed, 29. May 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
9
Date Wed, 5. Jun. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
10
Date Wed, 19. Jun. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
11
Date Wed, 26. Jun. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
12
Date Wed, 3. Jul. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
13
Date Wed, 10. Jul. 2019
To 14:00
To 18:00
Room G-203
Instructors Florian Wilkens
Exams in context of modules
Module(start semester)/ Course Requirement combination Exam Date Instructors Compulsory pass
InfB-Proj/1 Projekt (einsemestrig) (WiSe 17/18) / InfB_PJ_13.1 Project Applied IT-Security Projektabschluss 4 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-Proj/1 Projekt (einsemestrig) (SoSe 18) / InfB_PJ_13.1 Project Applied IT-Security Projektabschluss 3 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-Proj/1 Project (SuSe 19) / InfB_PJ_13.1 Project Applied IT-Security Projektabschluss 1 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-Proj/1 Project (WiSe 18/19) / InfB_PJ_13.1 Project Applied IT-Security Projektabschluss 2 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-Proj/1/MCI Project Human-Computer Interaction (SuSe 19) / InfB_PJ_13.1 Project Applied IT-Security Final assignment 1 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-Proj/1/MCI Project Human-Computer Interaction (WiSe 18/19) / InfB_PJ_13.1 Project Applied IT-Security Final assignment 2 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-Proj/LA Project (SuSe 19) / InfB_PJ_13.1 Project Applied IT-Security Final assignment 1 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-Proj/LA-1UF Projekt (SuSe 19) / InfB_PJ_13.1 Project Applied IT-Security Final assignment 1 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-WI-Proj/1 Business Informatics Project (single semester) (SoSe 18) / WiInf-BAProjekt Project Applied IT-Security Final assignment 3 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-WI-Proj/1 Business Informatics Project (single semester) (WiSe 17/18) / WiInf-BAProjekt Project Applied IT-Security Final assignment 4 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-WI-Proj/1 Business Informatics Project (single semester) (WiSe 18/19) / WiInf-BAProjekt Project Applied IT-Security Final assignment 2 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfB-WI-Proj/1 Business Informatics Project (single semester) (SuSe 19) / WiInf-BAProjekt Project Applied IT-Security Final assignment 1 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes
InfM-Proj/LA Projekt für Lehramtsstudierende (M.Ed.) (SuSe 19) / InfB_PJ_13.1 Project Applied IT-Security Final assignment 1 Final assignment No Date Florian Wilkens; Prof. Dr. Mathias Fischer Yes