Máire O'Neill

O'Neill is from Glenties.[1] Her father, John McLoone, built a hydroelectric scheme on the Oweneda river, which was close to O'Neill's house, providing the family with free electricity.[1][2] He was a vice-principal and maths teacher at Glenties Comprehensive School.[3] She has lived in Belfast since she was a teenager.[1] At Strathearn School she studied mathematics, physics and technology.[4] She studied electronic engineering at Queen's University Belfast, and was sponsored by a local company to work on data security.[5] She decided to stay on for a PhD in the architectures of data encryption.[6] She was a PhD student working under the supervision of John McCanny at Queen's University Belfast.[1] During her PhD she worked at a university spin-out company, Amphion Semiconductor, where she designed electronic circuits. Her first interaction with entrepreneurship was during her doctoral training, when her PhD project on high speed Advanced Encryption Standard (AES) was successfully commercialised by an American semiconductor company for use in set-top boxes.[7][8] The AES circuit design developed by O'Neill improved hardware efficiency six-fold.[9] She earned her PhD in 2002, and was awarded a Royal Academy of Engineering Research Fellowship in 2003.[10][11] Together with John McCanny O'Neill wrote a book about system on-chip architectures for private-key data encryption.[12]

In 2004 O'Neill was made a lecturer in Electronics, Communications and Information Technology at Queen's University Belfast.[5][13] She worked on security systems to protect users from cyber threats, and was made Head of the Cryptography Research Team.[4][13] She works on improving hardware security.[3] She has also worked with Electronics and Telecommunications Research Institute on a new type of security system to protect electric vehicle charging systems, which was licensed by LG CNS.[7] O’Neill was awarded an Engineering and Physical Sciences Research Council Leadership Grant to develop research into next generation data security and has since been awarded a Horizon 2020 grant.[14][15] Her research has considered the data security requirements that are associated with emerging applications of mobile computing.[15][16] She worked on quantum dot cellular automata circuit design techniques, which are being considered as alternates to CMOS and have lower power dissipation.[15] She also developed PicoPUF , a physical unclonable function (PUF) device that contained a semiconductor IP core to provide authentication for microchips, which was awarded the INVENT2015 prize.[9][17][18] In 2013 O'Neill wrote the academic text book Design of Semiconductor QCA Systems, which was published by Artech House.[19]

There is a region of China that produces 95% of the world's cultured freshwater pearls.[20] Differentiating a real from a fake pearl can be challenging, and increasing numbers of counterfeit pearls are bankrupting Chinese pearl farmers. O'Neill devised an approach to determine whether or not a pearl is real using Radio-Frequency IDentification tags.[20] These RFID tags could be embedded into each pearl that the farmer's collect, guaranteeing their authenticity.[20] They could encode other information about the pearl onto the RFID tag, which could be collected by a simple scanner.[20] Equivalent to the damages caused by fake pearls; hacked and cloned devices acting on a network can be dangerous.[21] O'Neill is also investigating ways to secure connected devices, the so-called internet of things.[21][22] In 2017 he was made Director of the United Kingdom Research Institute in Secure Hardware and Embedded Systems, a £5 million centre in Belfast.[22][23]

O'Neill is currently investigating post-quantum cryptography algorithms.[24]

O'Neill is married to an electronic engineer, and they have three children.[3] Her two brothers are both electronic engineers and her two sisters are medical doctors.[3]