alinush

libpolycrypto

(Towards) Scalable Threshold Crypto: BLS threshold signatures with millions of signers and a scalable Distributed Key Generation (and VSS) protocol

ck

A Python tool to manage and tag your bibliography (.bib and .pdf) files on Dropbox

libvectcom

An O(N\log{N}) time algorithm for computing all N proofs fast in the Pointproofs VC. Also, the O(N\log{N}) time Feist-Khovratovich algorithm for computing all N proofs in KZG-based VCs. Lastly, benchmarks.

asvc-paper

Vector Commitments with Constant-Sized, Updatable Proofs and Linear-Sized Public Parameters

libaad-ccs2019

Code for "Transparency Logs via Append-only Authenticated Dictionaries" paper in ACM CCS 2019

dkg-paper

LaTeX source code for the "Towards Scalable Threshold Cryptosystems" paper in IEEE S&P'20

go-mcl

Wrapper around herumi/mcl in Go, with dependency on herumi/mcl

alinush.github.io

Personal website

rust-incrhash

Incremental hashing based on curve25519-dalek

circom

zkSnark circuit compiler

csail-website

CSAIL website

libcryptotemplate

A template library for pairing-and-polynomial-based cryptography that can be forked, renamed and built upon.

libxutils

C++ utility library

merkle-race

Exploring slowdowns of increasingly-fancier Merkle trees

pointproofs-note

A note on how to compute all Pointproofs fast (should be up on Cryptology ePrint Archive soon)

scripts

Linux scripts

aad-paper

LaTeX source code for the "Transparency Logs via Append-only Authenticated Dictionaries" paper in ACM CCS 2019

AIPs

Aptos Improvement Proposals (AIPs)

alinush

append-only-merkle-prefix-trees

Estimate append-only proof sizes in Merkle prefix trees

blst

Multilingual BLS12-381 signature library

blstrs

circom-compat

configs

Linux configs (.bashrc, .vimrc, .gitconfig)

curve25519-dalek

A pure-Rust implementation of group operations on Ristretto and Curve25519

ed25519-rust-speccheck

Test cases for EdDSA signature verification edge cases

libfqfft

C++ library for Fast Fourier Transforms in finite fields

move

phd-thesis

How to Keep a Secret and Share a Public Key (Using Polynomial Commitments)

rustlings

:crab: Small exercises to get you used to reading and writing Rust code!