Formal verification tool for Rust: check 100% of execution cases of your programs to make safe applications for demanding domains.

This rocq library aims to formalize a substantial body of mathematics using the univalent point of view.

Mathematical Components

Metaprogramming, verified meta-theory and implementation of Rocq in Rocq

Visual Studio Code extension for Coq

My personal repository of formally verified mathematics.

CoqHammer: An Automated Reasoning Hammer Tool for Rocq - Proof Automation for Dependent Type Theory

Mathematical Components compliant Analysis Library

Verifying concurrent storage and distributed systems

Assured confidential execution (ACE) implements VM-based trusted execution environment (TEE) for embedded RISC-V systems with focus on a formally verified and auditable firmware.

Visual Studio Code Extension and Language Server Protocol for Rocq / Coq

Formal verification for Solidity smart contracts with the theorem prover Rocq. Ensure no vulnerabilities for your smart contracts.

Ring, field, lra, nra, and psatz tactics for Mathematical Components

A new extraction system from Rocq to functional-style, memory-safe, thread-safe, readable, valid, performant, and modern C++.

Micromega tactics for Mathematical Components

Stable sort algorithms and their stability proofs in Rocq

A Rocq version of the miniF2F dataset

BigRocq is a utility, that takes a Rocq (former Coq) project as input and uses domain knowladge to increase a number of theorems in the dataset by a significant factor.

Assignment from CSED433: Computational Logic, 2025 Fall, POSTECH

A framework for Systems Verification of categories, Theories and Meta Theories in Lean, Rocq, C# and F#.