Easiest-ever formal methods language! Designed for developers crafting distributed systems, microservices, and cloud applications
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Updated
Jan 7, 2026 - Python
Easiest-ever formal methods language! Designed for developers crafting distributed systems, microservices, and cloud applications
MATLAB Independent, Small & Safe, High Integrity Tools - code formatter and more
A script for running TLA+/TLC from the command line
CoreIR Symbolic Analyzer
The Verifiably Safe Reinforcement Learning Framework
This tool presents a novel approach to bolstering network protocol verification by integrating the Shadow network simulator with the Ivy formal verification tool to check time properties. Furthermore, it extends Ivy’s capabilities with a dedicated time module, enabling the verification of complex quantitative-time properties.
Information about verification tools. Browse the data at https://slebok.github.io/proverb/
Z-EVES for linux. Probably the only place you can find it
Read-only mirror of the Klever Git repository
BehaVerify: A Formal Verification Tool for Behavior Trees
[Usenix Security '25] Robustifying ML-powered Network Classifiers with PANTS
Intrepyd Model Checker
🤖KORG: Tool, Models, and Supplementary Materials for Attacker Synthesis
Prover Agent: An Agent-Based Framework for Formal Mathematical Proofs
Temporal Logic of Actions Modeling for Python
🔍A deep dive into Formal Methods in Software Engineering 📜—exploring automata, logic, verification, and specification techniques to ensure software correctness and reliability.
EMME: ECMAScript Memory Model Evaluator
SATX is a declarative framework for modeling, analysis, and synthesis using exact SAT and model counting (#SAT) under a unified semantic discipline. SATX treats satisfiability and model counting as coordinated operators, enabling existence checking, constructive synthesis, and structural analysis of solution spaces and theories.
Web Application Formal Exploiter.
StarExec-ARC is a framework for containerizing Automated Theorem Proving (ATP) systems. It simplifies the deployment and scaling of ATPs using Podman and Kubernetes, enabling researchers to easily benchmark solvers in a modern, containerized StarExec environment.
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