DIVINE is a modern, explicit-state model checker. Based on the LLVM toolchain, it can verify programs written in multiple real-world programming languages, including C and C++. The verification core is built on a foundation of high­-per­for­mance algorithms and data structures, scaling all the way from a laptop to a high-end cluster. Learn more in the manual. Our plans for upcoming releases are outlined in the roadmap.

DIVINE 4.1 Released

[2018-01-15] Version 4.1 of the DIVINE model checker has been released. Since version 4.0 was released a year ago, a large number of improvements has made its way into the tool -- however, there are only minor differences between the last 4.0 point release and the first version in the new 4.1 series. The changes that happened between the 4.0 release in January 2017 and 4.1 are summarised in our release notes.

Likewise, we plan to implement many improvements over the lifetime of the 4.1 series. The main points are described in our roadmap, including a much-improved symbolic verification mode, a new compiler binary that can be used as a drop-in replacement for gcc or clang when building complex projects, and a valgrind-like mode for executing programs in a semi-native environment.

Previously: more news.

Use in Publications

When you refer to DIVINE in an academic paper, we would appreciate if you could use the following reference (our currently most up-to-date tool paper):

  author = {Zuzana Baranová and Jiří Barnat and Katarína Kejstová
            and Tadeáš Kučera and Henrich Lauko and Jan Mrázek
            and Petr Ročkai and Vladimír Štill},
  title = {Model Checking of {C} and {C}++ with {DIVINE} 4},
  booktitle = {Automated Technology for Verification and Analysis (ATVA 2017)},
  pages     = {201-207},
  volume = {10482},
  series = {LNCS},
  year = {2017},
  publisher = {Springer}}

Contacting Us

If you have comments or questions about DIVINE, please send an email to divine at fi.muni.cz.