On the Representation of Results of Binary Code Reverse Engineering

On the Representation of Results of Binary Code Reverse Engineering A representation of algorithms extracted from binary code by reverse engineering is discussed. Both intermediate representations designed for automatic analysis and final representations passed to the end user are considered. The two main tasks of reverse engineering—automatic detection of exploitable vulnerabilities and discovery of undocumented features— are analyzed. The basic scheme of the system implementing the automatic detection of exploitable vulnerabilities is presented and the key properties of the intermediate representation designed for solving this problem using an efficient generation of a system of equations for an SMT solver are described. The workflow for discovering undocumented features is described. These steps are the localization of the algorithm, its representation in the form that is convenient for analysis, and investigation of its properties. To automate the first phase, a combined static and dynamic representation is constructed, which includes OS-level events and calls to library functions; they serve as anchor points used by the analyst for the algorithm localization. The further support of localization uses code slicing and navigation algorithms. Once the algorithm is localized, the further work goes in two directions: interactive construction of a compact annotated representation of the algorithm by a flowchart and automated investigation of the algorithm properties aimed at determining declared and undeclared data flows. The representation of the algorithm is based on the construction of simplified models of functions taking into account input and output buffers and on the automatic detection of data dependences between buffers of various function calls. The overall scenario of the analyst' work with such a flowchart in the context of discovering undocumented features is described; this scenario is based on annotating the declared data flows and on the automatic detection of undeclared data flows. In conclusion, an example of the resulting representation is discussed and the directions of further research are discussed. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Programming and Computer Software Springer Journals

On the Representation of Results of Binary Code Reverse Engineering

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Publisher
Springer Journals
Copyright
Copyright © 2018 by Pleiades Publishing, Ltd.
Subject
Computer Science; Computer Science, general; Software Engineering/Programming and Operating Systems; Operating Systems; Software Engineering; Artificial Intelligence (incl. Robotics)
ISSN
0361-7688
eISSN
1608-3261
D.O.I.
10.1134/S0361768818030064
Publisher site
See Article on Publisher Site

Abstract

A representation of algorithms extracted from binary code by reverse engineering is discussed. Both intermediate representations designed for automatic analysis and final representations passed to the end user are considered. The two main tasks of reverse engineering—automatic detection of exploitable vulnerabilities and discovery of undocumented features— are analyzed. The basic scheme of the system implementing the automatic detection of exploitable vulnerabilities is presented and the key properties of the intermediate representation designed for solving this problem using an efficient generation of a system of equations for an SMT solver are described. The workflow for discovering undocumented features is described. These steps are the localization of the algorithm, its representation in the form that is convenient for analysis, and investigation of its properties. To automate the first phase, a combined static and dynamic representation is constructed, which includes OS-level events and calls to library functions; they serve as anchor points used by the analyst for the algorithm localization. The further support of localization uses code slicing and navigation algorithms. Once the algorithm is localized, the further work goes in two directions: interactive construction of a compact annotated representation of the algorithm by a flowchart and automated investigation of the algorithm properties aimed at determining declared and undeclared data flows. The representation of the algorithm is based on the construction of simplified models of functions taking into account input and output buffers and on the automatic detection of data dependences between buffers of various function calls. The overall scenario of the analyst' work with such a flowchart in the context of discovering undocumented features is described; this scenario is based on annotating the declared data flows and on the automatic detection of undeclared data flows. In conclusion, an example of the resulting representation is discussed and the directions of further research are discussed.

Journal

Programming and Computer SoftwareSpringer Journals

Published: Jun 1, 2018

References

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