Home   Research Publications Members Related Software
IndexBrowse   BibliographiesMy selection
 Search: in   (word length ≥ 3)
Publication no #423   Download bibtex file Type :   Html | Bib | Both
Add to my selection
Architecture-Based Self-Adaptation for Moving Target Defense

Bradley Schmerl, Javier Cámara, Gabriel A. Moreno, David Garlan and Andrew Mellinger.

Technical report, CMU-ISR-14-109, Institute for Software Research, Carnegie Mellon University, 2014.

Online links: PDF   Bibtex entry   Plain Text

The fundamental premise behind Moving Target Defense (MTD) is to create a dynamic and shifting system that is more difficult to attack than a static system because a constantly changing attack surface at least reduces the chance of an attacker finding and exploiting the weakness. However, MTD approaches are typically chosen without regard to other qualities of the system, such as performance or cost. This report explores the use of self-adaptive systems, in particular those based on the architecture of the running system. A systems software architecture can be used to trade off different quality dimensions of the system. In particular, this report describes the first steps in reasoning formally about MTD approaches, and elevating this reasoning to an architectural level, along three thrusts: (1) creating an initial catalog of MTD tactics that can be used at the architectural level, along with the impacts on security and other quality concerns, (2) using this information to inform proactive self-adaptation that uses predictions of tactic duration to improve the self-adaptation, and (3) using stochastic multiplayer games to verify the the behavior of a variety of MTD scenarios, from uninformed to predictive-reactive. This work is applied in the context of the Rainbow self-adaptive framework.

Keywords: Rainbow, Science of Security, Self-adaptation, Software Architecture.  
    Created: 2014-08-15 16:38:01     Modified: 2014-08-28 13:30:51
Feedback: ABLE Webmaster
Last modified: Mon February 12 2018 11:21:51