Zero-Knowledge Proof systems: A Deep Dive from Foundations to Frontiers
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Updated
Aug 1, 2025 - Rust
Zero-Knowledge Proof systems: A Deep Dive from Foundations to Frontiers
Pravda is a tool for teaching formal logic.
Rust protocol lab for SNARK building blocks: Sumcheck, Zerocheck, PermCheck, IPA polynomial commitments, fuzzing, release evidence, and visualizer.
Executable soundness analysis for Parano1d production proof parameters, with theorem-backed bounds and reproducible industry-metric comparisons.
A list of tools for teaching logic
In this repository you can find all of my assignments for Formal Specification and Verification of Programs Course when I was in 1st semester of my master's at SUT.
Proof-of-existence infrastructure for timestamping local file hashes with minimal disclosure.
FROST-GKR: Frobenius Reduction Over Shifted Tables for batched Poseidon2b relations over binary tower fields.
Interactive unofficial companion for learning Proofs, Arguments, and Zero-Knowledge: chapter maps, glossary, toy labs, quizzes, and progress tracking.
Personal study notes and write-ups on zero-knowledge proof protocols
Professional research profile and public ecosystem index for calm, privacy-first open-source infrastructure.
Research from Parano1d Lab: proof-native systems, cryptographic protocols, verifiable-state architectures, and reproducible engineering results.
Post-quantum RV64I zkVM from standard hashes (SHA-3 + BLAKE3) — the complete Construction-3 protocol in Rust: Virtual Spartan, BinaryTwist/Shout, BinaryRouter, MosaicPCS, ring switching.
Technical documentation for Parano1d: architecture, protocol, proof stack, mining, networking, wallet, RPC, CLI, and operations.
Official website for Parano1d, a proof-native Layer 1 ordered by proof of work.
Basis-aware multilinear polynomial algorithms and the Sumcheck protocol in Rust
Clear pain-to-proof map linking Razorglint buyer painpoints to systems, usage paths, tiers, and claim boundaries.
KSTARK Hybrid — Rust kernel-basis global-linear proofs composed with binary-field nonlinear reductions and FRI, by Algorizk Labs.
Cross-layer security analysis for zero-knowledge proof integrations and verifier-to-application trust boundaries.
a collection of rulesets for qbar and other automated proof frameworks
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