Cryptography Track

Verification of proof systems, security arguments, and cryptographic components used by zkVMs and zkEVMs.

10 awarded grants18 related resources2 tracked repos

Overview

Verification Goals

    Selected Resources

    Grants

    Technical Review of Fiat-Shamir From Duplex Sponges

    Q4 2025

    Intended to support a technical review of the Fiat-Shamir transformation instantiated via duplex sponges.

    Awarded to: University of Maryland (Kasra Abbaszadeh)

    Rust Verification Through Lean 4 Tooling

    Q4 2025

    Intended to support investigation into Lean 4 based formal verification of Rust components used in zkEVM and zkVM stacks.

    Awarded to: Runtime Verification

    STIR & WHIR constructions in ArkLib

    Q4 2025

    Intended to support the addition of executable specifications for STIR and WHIR in ArkLib.

    Awarded to: Nethermind

    Fiat-Shamir specification

    Q4 2025

    Intended to support the development of a Fiat-Shamir specification based on duplex sponges.

    Awarded to: Article 12, LLC (Michele Orrù)

    Bluebell

    Q3 2025

    Intended to support implementation of the Bluebell program logic in Lean for use in ArkLib.

    Awarded to: Nethermind

    AI proofs in ArkLib

    Q3 2025

    Intended to support experiments in using Logical Intelligence's AI tools for proofs in ArkLib.

    Awarded to: Logical Intelligence

    Binius in ArkLib

    Intended to support the formalization of Binius in ArkLib.

    Awarded to: Chung Thai Nguyen

    Blueprint STIR and WHIR in ArkLib

    Q1 2025

    Intended to support development of a blueprint for STIR and WHIR security theorems in ArkLib.

    Awarded to: Least Authority

    Blueprint for FRI & Coding Theory prerequisites in ArkLib

    Q1 2025

    Intended to support development of a blueprint for FRI and coding theory prerequisites in ArkLib.

    Awarded to: Nethermind

    ArkLib

    Q4 2024

    Intended to support development of ArkLib, a library of formalized proof systems in Lean, together with work on VCVio.

    Awarded to: Quang Dao, Devon Tuma, zkSecurity

    ArkLib

    Repositories

    Talks and Videos

    September 2026

    Gregor Mitscha-Baude - Ironwood

    Tracks:
    • Cryptography
    Watch video

    May 2026 · ZKProof 8

    Quang Dao - Evolving the foundations of ArkLib

    Tracks:
    • Cryptography
    Watch video

    May 2026 · ZKProof 8

    Julian Sutherland - Reasoning about IOPPs

    Tracks:
    • Cryptography
    Watch video

    May 2026 · ZKProof 8

    Katerina Hristova - Mathematical foundations

    Tracks:
    • Cryptography
    Watch video

    May 2026 · ZKProof 8

    Derek Sorensen - CompPoly

    Tracks:
    • Cryptography
    Watch video

    May 2026 · ZKProof 8

    Devon Tuma - VCVio

    Tracks:
    • Cryptography
    Watch video

    May 2026 · Lean FRO

    Bas Spitters - Software Verification in Lean

    Tracks:
    • Cryptography
    Watch video

    May 2026 · Lean FRO

    Quang Dao - Software Verification in Lean

    Tracks:
    • Cryptography
    Watch video

    April 2026

    Yoichi Hirai - Your guide to formal verification when machines write Lean proofs

    Tracks:
    • Cryptography
    Watch video

    April 2026

    Derek Sorensen - Safely Snarkifying Ethereum: Formal Verification and Protocol

    Tracks:
    • Cryptography
    Watch video

    March 2026

    Manuel Puebla - AMO-Lean

    Tracks:
    • Cryptography
    Watch video

    February 2026

    Bas Spitters - SSProve-Lean

    Tracks:
    • Cryptography
    Watch video

    February 2026

    Julian Sutherland - FRI in ArkLib + Yoichi Hirai - Vibe FRI RBR soundness

    Tracks:
    • Cryptography
    Watch video

    January 2026

    Coding Theory in ArkLib

    Tracks:
    • Cryptography
    Watch video

    October 2025

    Walkthrough of ArkLib

    Tracks:
    • Cryptography
    Watch video

    March 2025

    Q1 2025: Cryptography Track update

    Tracks:
    • Cryptography
    Watch video

    Articles

    January 2026 · zkSecurity

    Lean4 Formalization of a Simplified Round-by-round Soundness Proof of FRI

    Tracks:
    • Cryptography
    Read article