Overview
- Authors:
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Klaus-Peter Fischer-Hellmann
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Digamma Communications Consulting GmbH, Mühltal, Germany
- Editors:
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Rainer Bischoff
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Furtwangen, Germany
- Comprehensible for experts in the field as well as other readers
- Providing modern methods of information flow control
- Easy-to-apply and proven methods
- Includes supplementary material: sn.pub/extras
- Includes supplementary material: sn.pub/extras
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Table of contents (11 chapters)
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- Klaus-Peter Fischer-Hellmann
Pages 1-6
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- Klaus-Peter Fischer-Hellmann
Pages 7-18
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- Klaus-Peter Fischer-Hellmann
Pages 19-38
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- Klaus-Peter Fischer-Hellmann
Pages 39-65
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- Klaus-Peter Fischer-Hellmann
Pages 67-80
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- Klaus-Peter Fischer-Hellmann
Pages 81-92
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- Klaus-Peter Fischer-Hellmann
Pages 93-112
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- Klaus-Peter Fischer-Hellmann
Pages 113-132
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- Klaus-Peter Fischer-Hellmann
Pages 133-140
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- Klaus-Peter Fischer-Hellmann
Pages 141-144
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- Klaus-Peter Fischer-Hellmann
Pages 146-146
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About this book
Role-based access control (RBAC) is a widely used technology to control information flows as well as control flows within and between applications in compliance with restrictions implied by security policies, in particular, to prevent disclosure of information or access to resources beyond restrictions defined by those security policies. Since RBAC only provides the alternatives of either granting or denying access, more fine-grained control of information flows such as “granting access to information provided that it will not be disclosed to targets outside our organisation during further processing” is not possible. In business processes, in particular those spanning several organisations, which are commonly defined using business process execution language (BPEL), useful information flows not violating security policy-implied limitations would be prevented if only the access control capabilities offered by RBAC are in use. The book shows a way of providing more refined methods of information flow control that allow for granting access to information or resources by taking in consideration the former or further information flow in a business process requesting this access. The methods proposed are comparatively easy to apply and have been proven to be largely machine-executable by a prototypical realisation. As an addition, the methods are extended to be also applicable to BPEL-defined workflows that make use of Grid services or Cloud services. IT Security Specialists Chief Information Officers (CIOs) Chief Security Officers (CSOs) Security Policy and Quality Assurance Officers and Managers Business Process and Web/Grid/Cloud Service Designers, Developers, Operational Managers Interested Learners / Students in the Field of Security Management.
Authors, Editors and Affiliations
About the editor
Klaus-Peter Fischer-Hellmann has received his PhD in Computer Science from the University of Plymouth (UK) and holds an MSc in Mathematics from the University of Heidelberg. His expertise is based on more than 30 years of experience in the field of distributed applications, particularly in telecommunications. For several years now, he has been actively involved in teaching and supervising post-graduate research students at PhD level.
