We present the latest version of STS-Tool, the modelling and analysis support tool for STS-ml, an actor- and goal-oriented security requirements modelling language for socio-technical systems.We show how the STS-Tool supports requirements analysts and security designers in (i) modelling socio-technical systems as a set of interacting actors, who have security needs over their interactions, and (ii) deriving security requirements for the system-to-be. The tool integrates a set of automated reasoning techniques that allow checking if a given STS-ml model is well-formed, verifying whether there are any conflicts among security requirements, and calculating the threat trace of events threatening actors’ assets. We first illustrate the modelling and reasoning activities supported by STS-ml, to then guide the design of a secure socio-technical system from the eGovernment domain through a series of exercises.

STS-Tool: Security Requirements Engineering for Socio-Technical Systems

Paja, Elda;Dalpiaz, Fabiano;Giorgini, Paolo
2014-01-01

Abstract

We present the latest version of STS-Tool, the modelling and analysis support tool for STS-ml, an actor- and goal-oriented security requirements modelling language for socio-technical systems.We show how the STS-Tool supports requirements analysts and security designers in (i) modelling socio-technical systems as a set of interacting actors, who have security needs over their interactions, and (ii) deriving security requirements for the system-to-be. The tool integrates a set of automated reasoning techniques that allow checking if a given STS-ml model is well-formed, verifying whether there are any conflicts among security requirements, and calculating the threat trace of events threatening actors’ assets. We first illustrate the modelling and reasoning activities supported by STS-ml, to then guide the design of a secure socio-technical system from the eGovernment domain through a series of exercises.
2014
Engineering Secure Future Internet Services and Systems: Current Research
Cham; Heidelberg; New York; Dordrecht; London
Springer
9783319074511
978-3-319-07452-8
Paja, Elda; Dalpiaz, Fabiano; Giorgini, Paolo
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/101728
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