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Professor Sasse created, developed and delivered the user-centric perspective that now underpins security thinking in both corporate and public-sector domains. This perspective shaped the UK government's Identity Assurance Programme (IDAP), a federated identity solution that will provide access to all e-government services in the UK. HP has incorporated the compliance budget model into its Security Analytics product, which enables companies to calculate the impact of a given security mechanism on individual and corporate productivity. Sasse's work also underpins new and improved security products, including First Cyber Security's SOLID and Safe Shop Window tools, which protects over 70% of UK online shopping revenue; GrIDSure's one-time PIN system (now part of the SafeNet Authentication Service); and iProov's authentication service.
Maple is a major commercial computer algebra system, with millions of users worldwide. It is used in many industrial applications, covering diverse sectors including automotive, aerospace and defense, electronics, energy, financial services, consumer products, entertainment, basic research and teaching. Research by Davenport's team at Bath, in collaboration with the University of Western Ontario, has led to algorithmic advances that have been incorporated in recent releases of Maple. These advances mean that Maple can solve systems of equations it could not previously solve, give completely accurate solutions to systems it could previously only approximate, and can present the solutions to the user in an improved manner.
As well as including code written at Bath directly in Maple, MapleSoft have deployed a Senior Developer to integrate the work of Davenport's team closely into the Maple system. These solution algorithms are now transparently available to all users of Maple. MapleSoft themselves have used the solution algorithms in an industrial application in a consultancy project with a major Japanese automotive manufacturer.
The Sensing & Imaging Group at Manchester Metropolitan has developed novel, effective non-imaging radar methods for the stand-off screening of people for concealed threat items. Some of this technology is at a high Technology Readiness Level (TRL) and has undergone rigorous independent trials. The results of these trials and of other published work by the group has informed UK Government strategy in effective methods of people screening at standoff distances, created a product which is entering production, and data which are used in the design of effective simulants for testing threat scenarios. This will save lives, deter and stop gun crime and prevent damage to key infrastructure when deployed in sensitive areas likely to be targeted by terrorist action.
Professor Ross Anderson's (University of Cambridge) research in security economics has had considerable impact on public policy and industry practice. Through two reports for ENISA, his work has directly influenced European Commission policy on combatting cyber-crime and on protecting the internet infrastructure. Through his membership of a Blackett Review and appearances before parliamentary committees, he has influenced UK government policy on cyber- security. Personally, and through the positions to which members his research team have moved, his research has influenced a range of organisations, including the US government, the European Union, Google, and Microsoft.
Professor Mary Kaldor convened a study group that proposed a new human security doctrine for the European Union at the request of its High Representative for Common Foreign and Security Policy. This doctrine defined a new approach for EU involvement in situations requiring a security and defence response, with special attention to conflict and disaster in developing countries. It has influenced security and defence policy at the EU and country member levels, and has proved to dramatically reduce violence and contribute to peacekeeping efforts and a return to civil society when applied in conflict-ridden contexts such as Chad, Somalia, Iraq and Libya.
The research conducted by Professor Timothy Edmunds has had three primary impacts. First, it has played a role in framing policy and setting the operational agenda for security sector reform (SSR) programmes by national governments and international organisations. Second, the research has had a direct influence on the substance of security and defence reforms in parts of the post-communist and western Balkan regions, particularly in relation to the consolidation of democratic control over the security sector. Finally, it has had an impact on the evolution of British defence policy and armed forces since 2007, and on the debate leading up to the introduction of a new Armed Forces Covenant in May 2011. The research addresses change and transformation in military, police and intelligence agencies through the development and evolution of the concept of SSR. In so doing, it examines how security actors can both threaten and facilitate democratisation and human security goals in post-authoritarian and post-conflict societies, and the manner in which these issues can be addressed through international policy. It also `reverse engineers' the questions and lessons of SSR to interrogate wider challenges of defence transformation and civil-military relations in western democracies, and particularly the UK.
Impact arises from the application of Leeds-based research to enhance professional awareness and understanding of issues concerning contemporary UK defence and security within its broader international context.
The principal beneficiaries are serving personnel of the UK armed forces and the Ministry of Defence (MoD), as well as analysts, practitioners and future policy and strategy makers in the field of defence and security. They benefit through the contribution of this research to their continuing professional development; the promotion and pursuit of wider knowledge and understanding; and the provision of expert advice.