The course content will be updated and detailed at the start of the course each year. Basically, the course will work on security, including privacy, for a spectrum of networked systems: (i) Internet and TCP/IP networks, (ii) Cellular data and voice networks, (iii) Wireless local and personal area networks, (iv) Internet of Things and embedded systems, (v) Wireless Sensor Networks, and (vi) Mobile ad hoc and hybrid networks, such as vehicular communication systems. While the first three types of networked systems have been the predominant ones, and shall get significant attention, the course will shift the balance and present more cutting edge technologies and up and coming, future systems in the research literature.
The emphasis, throughout the course, shall be on honing the student’s understanding of concepts and technologies, on common security requirements across various systems, on how features of each system determine the state-of-the-art of security solutions and on how design decisions should be made for effective and efficient security solutions. The course is project oriented, and it gives the opportunity for students to deal with real-world or research oriented problems, and prepare themselves for further work towards a Licentiate or MSc thesis, or PhD or other research work, and also work in the industry, on any topic related to network and system security.
The course intends to enhance and extend the crisp understanding of fundamental concepts and technologies related to the security of modern networked systems. It builds on the preparation of students through the Networked Systems Security course (EP2500/EP3200). It seeks to hone the ability to deal with open-ended, real-world engineering problems, as well as prepare for independent work on related topics.
At the end of the course, students shall be able to:
(i)Comprehend, analyze, and identify vulnerabilities, threats, and attacks against a variety of modern or emerging networked systems.
(ii)Define precisely security properties and requirements for networked systems security solutions.
(iii)Design and analyze security protocols, mechanisms, and architectures that safeguard the network operation against attacks.
(iv)Comprehend and analyze qualitatively and quantitatively the overhead of security mechanisms, and refine their designs, in order to ensure the effectiveness and efficiency of the secured networked systems.
(v)Identify, analyze, and apply best practices for security schemes deployed widely or currently advancing towards standardization for networked systems.
This course is planned for advanced MSc and entry level PhD students. It naturally complements its companion course, “Networked System Security.” offering the opportunity to deal with security and privacy problems in a deeper and hands-on manner. The mix of advanced, motivated MSc students and PhD students can be beneficial for both.
Especially for PhD designed additional assignment problems, dedicated recitation slots, individual consultation with the teaching team; and to the extent possible personalization of the project objectives, to align them to the study plan of the PhD student.
