Towards trust-aided computing


Trust is a well-known concept of everyday life, which simplifies many complex processes. Some processes are just enabled by trust since they would not be operable otherwise. Trust in our social environment allows us, on the one hand, to delegate tasks and decisions to an appropriate person. On the other hand, trust facilitates efficient rating of information based on the experience with the communication partner and, if applicable, on his reputation. Essential aspects of social trust, besides personal experience and reputation, are the expected risk and benefit associated with the action of concern.


In Weisers vision of ubiquitous computing, computers, as they are common today, are more and more vanishing. Instead we will be surrounded by a multitude of "computation enabled" smart objects, which are perpetually in contact without the necessity of user interaction. The goal of our approach is to support the users with a virtual representative, a minimal (virtual) entity (ME), which disburdens the user from the communication of all kinds of available computers, services, data bases, etc. as far as possible. In order to choose an appropriate service from a bunch of redundant services, the ME needs to collect information about the available services and to evaluate this information. The transfer of the concept of trust to computer science seems to be a promising approach for this task. The vision of "trust-aided computing" is about applications which explicitly model trust to provide a basis for delegation decisions.


As a first step to make this vision come true, we will define the concept of trust, in a way which includes its main foundations. Afterwards, we will design a new computational model of trust, which provides a decent long-term performance and is as robust as possible to different kinds of attacks. Furthermore, it is necessary to enable the user to integrate his preferences in the trust model, and to provide a meaningful representation of the trust computation results. An additional requirement will be to integrate the risk and benefit, expected by the user or the ME, in this model. In the end, a framework should be developed which allows the explicit integration of trust in different kinds of software applications, as a first step towards "trust-aided computing".


Scientific Advisor


Former Project Member

  • Sebastian Ries


DFG - Graduierten Kolleg

The PhD program in Enabling Technologies for Electronic Commerce is located at the Darmstadt University of Technology. It is a program funded by the DFG, in which young researchers carry out their PhD thesis research in specific areas related to electronic commerce. Furthermore they gain a global view of related issues through a companion series of lectures and seminars.

Electronic commerce, particularly over the Internet, is rapidly developing and gaining acceptance. However, many fundamental questions have not yet been answered adequately and the underlying technology is still evolving. This includes not only information technology issues (e.g. interoperability, data encryption systems, quality of service guaranties), but also organizational and legal frameworks. The "electronification" and as a result of this the globalization and a more open market are of enormous economical, technical, and social consequence.


If you are interested in our work, don't hesitate to contact us.

Darmstadt University of Technology
Departement of Computer Science, Telecooperation
Hochschulstraße 10
D-64289 Darmstadt, Germany

News SST


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Full paper accepted at ISGT 2015

The paper on  "Efficient, Verifiable, Secure, and Privacy-Friendly Computations for the Smart Grid" by Fábio Borges, Florian Volk, and Max Mühlhäuser was accepted in the Sixth Conference on... [more]


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Making the Most of Customer Product Reviews accepted at CENTRIC 2014

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Modeling Degrees of Fairness for Collaborations accepted at NOPE 2014

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Journal Article Accepted

The paper on  "EPPP4SMS: Efficient Privacy-Preserving Protocol for Smart Metering Systems and Its Simulation Using Real-World Data" by Fábio Borges and Max Mühlhäuser was accepted to be published in IEEE... [more]

Category: Allgemeine News


Full paper accepted at IEEE CNS 2014

The paper on "iKUP Keeps Users' Privacy in the Smart Grid" by Fábio Borges and Leonardo A. Martucci was accepted in the IEEE Conference on Communications and Network Security (CNS). The conference will take place... [more]

Category: Allgemeine News

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