Field Escape Analysis for Data Confidentiality in Java Components

Abstract

This paper presents an extension of escape analysis for static detection of threats to data confidentiality in Java components, called field escape analysis. We augment existing escape analyses, which are typically based on points-to analysis for reference (or pointer) type, with data and control dependence analyses with respect to primitive type. To meet the demand of security analysis, we propose a graph representation, called primitive value dependence graph (PVDG), and a novel semantics for dependence analysis.We have built a static analysis tool for Java components called SecDetector. In the experimental evaluation, using different combinations of underlying analysis techniques (e.g., points-to analysis, dependence analysis), we evaluated trades-offs between precision and performance on five publicly-available J2EE applications. On the benchmarks examined, there are few false positives in our study. It provides evidence of the usefulness of our approach.

A security-aware refactoring tool for Java programs

“…This severely hampers the convenience of Jsart. Currently, the tentative introduction of flow-sensitive alias analysis [19,28] and/or escape analysis [27,24] is been considering.…”