for publications, see dblp or google scholar.
i am primarily interested in the foundations, design, and provable security of global scale data systems. in particular, i aim to design privacy preserving protocols by leveraging techniques in cryptography and to apply them to problems that arise in this increasingly technological society.
my experience in industrial research lies in:
zero knowledge computing for global scale collaborative analytics
real-time private set intersection over large databases
privacy preserving big data analytics via differential privacy
federated machine learning for fraud detection
anomaly detection for anti-money laundering systems
my experience in academic research has resulted in the following publications:
aisling connolly: freedom of encryption. ieee security & privacy 16(1) 2018.
marc beunardeau, aisling connolly, rémi géraud, david naccache: on the hardness of the mersenne low hamming ratio assumption. latincrypt 2017.
marc beunardeau, aisling connolly, rémi géraud, david naccache: the case for system command encryption. asiaccs 2017.
marc beunardeau, aisling connolly, houda ferradi, rémi géraud, david naccache, damien vergnaud: reusing nonces in schnorr signatures - (and keeping it secure...). esorics (1) 2017: 224-241.
marc beunardeau, aisling connolly, rémi géraud, david naccache: fully homomorphic encryption: computations with a blindfold. ieee security & privacy 14(1): 63-67 2016.
marc beunardeau, aisling connolly, rémi géraud, david naccache: cdoe obofsucaitn: securing software from within. ieee security & privacy 14(3): 78-81 2016.
marc beunardeau, aisling connolly, rémi géraud, david naccache: White-Box Cryptography: security in an insecure environment. ieee security & privacy 14(5): 88-92 2016.