About this course

On the hardware side, we will mount power analysis attacks on the cryptographic algorithms RSA and AES. We will see that simple power analysis attacks and differential power analysis attacks are powerful enough to obtain fine-grained information such as cryptographic keys, user input, or secrets of the operating system. This skill set and knowledge will give you the ability to spot these side channels in hardware and software projects. We will then cover countermeasures and mitigation strategies that allow you to develop side-channel-resilient hardware and software and protect your security-critical applications and sensitive information.
On the software side, we will learn about branch prediction an prefetching. We will learn how these mechanisms can be subverted into powerful side-channel attacks. You will need programming skills (C, C++, Python) and we will provide you with the knowledge required beyond these, including basics on hardware design, computer architecture, operating systems, and cryptography.
You will learn which attacks are relevant in the concrete environments you are working with, extending to your risk assessment skills. In a set of small exercises, you will demonstrate that you understood the techniques behind simple power analysis, and differential power analysis, as well as prefetch side channels and branch-prediction side channels.

At a Glance:
Institution: TUGrazX
Subject: Computer Science
Level: Intermediate
Prerequisites:
Knowledge and skills from the prerequisite courses Side Channel Security S3: Cache Side-Channel Attacks and Mitigations.
We expect basic programming skills on a similar level as in the prerequisite course. You may have obtained these as part of a university program such as computer science or a high school degree with a focus on computer science.
Associated programs:
Professional Certificate in Side Channel Security – Caches and Physical Attacks
Language: English
Video Transcript: English
Associated skills:Computer Architecture, RSA (Cryptosystem), Cryptography, C++ (Programming Language), Python (Programming Language), Cryptographic Keys, Operating Systems, Algorithms, Risk Analysis, Hardware Design, Resilience, Advanced Encryption Standard (AES), Forecasting, C (Programming Language), Mitigation