IKOS: A Framework for Static Analysis based on Abstract Interpretation (Tool Paper)
Guillaume P. Brat, Jorge A. Laserna, Nija Shi, Arnaud Venet
Abstract
Open-access reader
Guillaume P. Brat, Jorge A. Laserna, Nija Shi, Arnaud Venet
Abstract
Open-access reader
The RTCA standard (DO-178C) for developing avionic software and getting certification credits includes an extension (DO-333) that describes how developers can use static analysis in certification. In this paper, we give an overview of the IKOS static analysis framework that helps developing static analyses that are both precise and scalable. IKOS harnesses the power of Abstract Interpretation and makes it accessible to a larger class of static analysis developers by separating concerns such as code parsing, model development, abstract domain management, results management, and analysis strategy. The benefits of the approach is demonstrated by a buffer overflow analysis applied to flight control systems.
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The RTCA standard (DO-178C) for developing avionic software and getting certification credits includes an extension (DO-333) that describes how developers can use static analysis in certification. In this paper, we give an overview of the IKOS static analysis framework that helps developing static analyses that are both precise and scalable. IKOS harnesses the power of Abstract Interpretation and makes it accessible to a larger class of static analysis developers by separating concerns such as code parsing, model development, abstract domain management, results management, and analysis strategy. The benefits of the approach is demonstrated by a buffer overflow analysis applied to flight control systems.
Key concepts: Abstract interpretation, Static analysis, Computer science, Certification, Static program analysis, Parsing, Software engineering, Scalability