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- Massachusetts Institute of Technology
- University of Limerick
- Proceedings of the 15th Computer Security Application Conference
- Proceeding IFIP TC11 WC11.8 First World Conference on INFOSEC Education
- Monterey, California. Naval Postgraduate School
- Naval Postgraduate School
- Blackwell
- Monterey California. Naval Postgraduate School
- Informing Science and Information Technology Joint Conference
- Universidad Militar Nueva Granada; Facultad de Relaciones Internacionales, Estrategia y Seguridad; Especialización en Administración de Seguridad
- Universidade Cornell
- University of Cambridge; Faculty of Computer Science and Technology; Computer Laboratory; Microsoft Research Cambridge
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Resultados filtrados por Publicador: University of Limerick
Investigation and development of a hypervisor-based security architecture utilising a state-of-the-art hardware trust anchor
Fonte: University of Limerick
Publicador: University of Limerick
Tipo: Master thesis (Research); all_ul_research; ul_published_reviewed; ul_theses_dissertations; none
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peer-reviewed; Trusted Computing is a relatively new approach to computer security in which a system should be permanently maintained in a well-defined state - and therefore it will reside in a trustworthy state. The word "trustworthy" in this context means that the system always behaves in a specific
way as defined by the platform manufacturer and/or the administrator/owner. A key element
of this approach is to employ a security module, which is implemented in hardware, and which is tied to the platform so as to serve as a trust anchor. Based on that ’root of trust’ and other features, an effective security architecture is proposed in this research.
Virtualization techniques, which were formerly developed for server consolidation, cost reduction, and conservation of energy are now gaining more and more interest in the field of trusted computing. Virtualization can greatly enhance the security of a system by isolating
applications, or even whole operating systems, by splitting the computer system into smaller parts, whose integrity can be more easily assured.
This project is concerned with the development of a system that will effectively combine the isolation features of the virtualization schemes with a state-of-the-art hardware security module. This system will provide reliable protection against sophisticated software-based
attacks and will withstand elementary hardware-based attacks. The building block approach of this proposed security architecture makes sure that many different application fields can archive a high level of security by combining the appropriate components.
The research examines some emerging approaches to computer security and proposes a novel security architecture based on a hardware trust anchor. An experimental system is developed to provide a ’proof-of-concept’ model for evaluation. The target application area for the architecture is the embedded computing space...
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