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Pono: a Flexible and Extensible SMT-based Model Checker

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Speaker: Makai Mann, PhD Student, Stanford University
Date: March 4, 2021, 2021

Symbolic model checking is an important tool for finding bugs (or proving the absence of bugs) in modern system designs. Because of this, improving the ease of use, scalability, and performance of model checking tools and algorithms continues to be an important research direction. In service of this goal, we present Pono, an open-source SMT-based model checker. Pono is designed to be both a research platform for developing and improving model checking algorithms, as well as a performance-competitive tool that can be used for academic and industry verification applications. In addition to performance, Pono prioritizes transparency (developed as an open-source project on GitHub), flexibility (Pono can be adapted to a variety of tasks by exploiting its general SMT-based interface), and extensibility (it is easy to add new algorithms and new back-end solvers).

Presentation (pdf) (837.01 KB)

Pono: a Flexible and Extensible SMT-based Model Checker (Makai Mann, Stanford University)