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Stephanie Liston

Stephanie Liston was born in the mid-west of the USA to a mother who was a first grade teacher and a father who was a finance director in the retail sector.  Stephanie studied history and political science at The Colorado College.  She studied law in San Diego, London and Cambridge.  Her first legal job was with Fulbright and Jaworski, which had offices in Houston, Washington and London.

Stephanie joined MCI Communications Corp in January 1990.  She was involved in forging joint venture agreements across the globe for MCI.  She returned to the UK, where she completed her LL.M. at Trinity Hall, Cambridge, to join Freshfields in 1992.  There she continued to advise MCI with its Concert joint venture with BT.

She was recruited by a number of firms throughout her legal career.  From Freshfields Stephanie joined Baker and McKenzie, working on international communications and technology matters and being asked to join the international partnership.  She built a very successful telecoms practice from scratch – but without the international focus.

Lory Thorpe

Lory Thorpe is Quantum Safe lead for IBM, working with clients, partners, competitors, industry associations, standards organisation to bring together the ecosystem of stakeholders that will enable the journey to quantum safe. Supporting the quantum-safe ecosystem through consortia is an integral component of how IBM advances quantum-safe transformation across technology and industry domains and prepare for a quantum safe future.

Lory Thorpe is Quantum Safe lead for IBM, working with clients, partners, competitors, industry associations, standards organisation to bring together the ecosystem of stakeholders that will enable the journey to quantum safe. Supporting the quantum-safe ecosystem through consortia is an integral component of how IBM advances quantum-safe transformation across technology and industry domains and prepare for a quantum safe future.

As a young girl, Lory remembers taking apart a microwave oven on her way to becoming an engineer.  She worked for 24 years in the telecoms industry both on the supply side with Ericsson, Huawei and Nokia and with Vodafone.  She moved to IBM in 2021 and is now working on quantum computing helping IBM fulfil its roadmap.  She has a degree is psychology form the Open University.

Lory Thorpe speaks English, Italian, French and Spanish. Born in Canada she attended secondary school there before moving to Italy to study IT and Computer Science then Telecommunications Engineering. After a stint simultaneously as an interpreter, she joined Ericsson in Rome.  She stayed for 13 years and worked on some of the early developments of mobile phones.  She helped pioneer pre-paid and virtual network services.

Following this, she moved to a ‘totally different culture’ with Huawei as a solution director in the UK. Within three years she grew the business by 200%: she was helped by having a colleague, a native Chinese speaker who worked on the internal aspects of her job and she on the external aspects.

A move to Vodafone saw her appointed Head of Internet Things Innovation and Strategy where she built a new team and took on, somewhat reluctantly, the role of manager.  Her five years there were followed by working for Nokia Software when it was a separate part of the company and focused on enterprise software. She moved to IBM into a team for the telco sector then into quantum computing.  She says IBM has hit every one of its targets to build a successful quantum computer. 

Following this, she moved to a ‘totally different culture’ with Huawei as a solution director in the UK. Within three years she grew the business by 200%: she was helped by having a colleague, a native Chinese speaker who worked on the internal aspects of her job and she on the external aspects.

A move to Vodafone saw her appointed Head of Internet Things Innovation and Strategy where she bult a new team and took on, somewhat reluctantly, the role of manager.  Her five years there were followed by working for Nokia Software when it was a separate part of the company and focused on enterprise software. She moved to IBM into a team for the telco sector then into quantum computing.  She says IBM has hit every one of its targets to build a successful quantum computer. 

Professor David Duce

Dr David Duce worked for the Rutherford Appleton Laboratory most of his working life, starting there in 1975 programming an ICL mainframe in Fortran. He implemented a structured Fortran with a colleague and has keep a keen interest in formal methods. He became deeply involved in the realm of graphics and with graphics standardisation. He is not a fan of AI preferring model-based computing where you can see why the system can to its conclusions. Latterly he worked at Oxford Brookes University.

Bob Hopgood

Bob Hopgood joined the IT industry out of Cambridge having studied mathematics in 1959 at the Atomic Energy Research Establishment at Harwell.  He has worked in software, management and networking until his formal retirement in 2000.  This has included work on compiling techniques, computer animation, translator writing systems, computer graphics and the World Wide Web.  After retirement he worked for the Word Wide Web Consortium setting up national offices in, among other places, Israel, Morocco and Australia.

Professor Phil Blythe

Phil Blythe is Professor of Intelligent Transport Systems at Newcastle University. He focuses on policy and technology in areas such as connected and autonomous vehicles, electro-mobility, decarbonising transport, age-friendly and accessible transport and smart cities. Phil leads Newcastle University’s Future Mobility Group and directs its Centre for Research Excellence for Mobility and Transport. Here he talks about the future of transport in the UK and the transformational role of IT.

Professor Ross Anderson

Ross Anderson was Professor of Security Engineering at Cambridge and at Edinburgh University. A pioneer in his field, he devoted his career to developing security engineering as a discipline: building systems to remain dependable in the face of malice, error or mischance.

Throughout his career as an academic and an industry consultant he received important distinctions and awards. He was a Fellow of the Royal Society and the Royal Academy of Engineering, a fellow of the Institute of Physics, a Fellow of the Institute of Mathematics and its Applications, as well as the recipient of the 2015 Lovelace Medal, awarded by British Computer Society.

Mark Enzer OBE FREng

Mark Enzer OBE is a consultant engineer with experience in the water industry, universities, central government digital policy and the environment.  He is an advocate of systems thinking at a national level to tackle the multiple issues facing the built environment.  He is a visiting professor in the digitisation of the built environment at the University of Cambridge.  All his working life he has worked for the UK-based consultancy Mott Macdonald including five years as its chief technology officer. 

Professor Nigel Gilbert CBE

Dr Professor Nigel Gilbert CBE holds a distinguished chair in Computational Social Science having been a Professor of Sociology at the University of Surrey. Nigel brings a fascinating insight into how IT an help us understand society. His prolific output includes Agent-based Models (Sage Publications 2008); a technique used to model behaviours such as clustering of populations, the dynamics of opinions in society and the operation of the housing market.   

Nigel is a polymath.  He wanted to do computer science at university but nobody was offering such a degree yet so he studied engineering at Cambridge with management studies thrown in, Nigel’s first program was for his father, a biophysical chemist, helping him understand through simulation how haemoglobin picks up and releases oxygen in the blood.  This around the time that Crick and Watson were building computer models (and note the parallels with Dennis Noble).  He was a lecturer in sociology at York University and joined the newly formed University of Surrey as part of a small sociology department in 1976.  He made a name for himself using a microcomputer to cut through the complexity of rules for social security benefits that were beyond human comprehension.  As a result the topic was  in the Alvey project.