Attribute-Based Encryption (ABE) is an advanced cryptographic paradigm that lets users enforce access control within encryption. Its potential uses are numberless, from cloud privacy to Internet-of-Things security. This thesis aims at developing and testing prototypes of ABE applications in the Internet of Things.
Quantum computers are close to break all the crypto algorithms we use everyday to protect our data! Luckily, there are some strange, bizarre crypto algorithms that resist also quantum attacks: they are called post-quantum cryptography. The aim of this thesis is to develop and test prototypes of post-quantum cryptography applications.
Connected cars present relevant and unprecedented challenges in terms of functional safety and cybersecurity. Functional safety and cybersecurity mechanisms for connected cars are driven by on-board Electronic Control Units’ embedded software. This thesis aims at implementing a safe and cyber-secure software solution by design and verifying it on real ECU provided by an Automotive producer.
Blockchain and cryptocurrencies are revolutionizing the way we pay stuff and record notarial data. But are we really sure that blockchain is safe from attacks? The objective of this thesis is to develop and test blockchain applications or tools to attack them.
You think you are good at hacking (or, simply, you’d like to learn to)? The objective of this thesis is to perform a penetration test on existing web platforms, or to develop and test new hacking challenges.
Homomorphic encryption is a "magic" type of encryption that allows mathematical computations to be performed on encrypted data. It has infinite applications in future privacy-preserving cloud and edge services. This thesis aims at developing and testing prototypes of homomorphic encryption applications.
Selection of past MS theses: