In this thesis, we show how to specify and verify safety as well as secrecy in workflow systems with arbitrarily many participating agents. We rely on First-order Transition Systems as a formal model and formalize their properties in First-order HyperLTL. We provide approaches to automatically verify rich classes of First-order transition systems and prove the problem undecidable for the general case. Beyond verification, we extend our algorithms to synthesis questions on First-order Safety Games.
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In this thesis, we show how to specify and verify safety as well as secrecy in workflow systems with arbitrarily many participating agents. We rely on First-order Transition Systems as a formal model and formalize their properties in First-order HyperLTL. We provide approaches to automatically verify rich classes of First-order transition systems and prove the problem undecidable for the general case. Beyond verification, we extend our algorithms to synthesis questions on First-order Safety Game...
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