Authentication protocol using Non-Interactive Schnorr commitments pip dependencies: bitarray mmh3 Overview of Schnorr commitment protocol: The client generates a random number k from a large sample space. The client computes K = g^k and sends K to the server (k is kept secret) The server generates a random challenge c from a large sample space. The client calculates s = k + cx and sends s to the server The server checks that g^s = X^cK. If the check holds then the client, in fact, knows x Files I have written: client.py server.py prover.py verifier.py password.py cryptography/utilities.py utilities/bloomfilter.py utilities/logger.py
kothapa2
authored
Name | Last commit | Last update |
---|---|---|
proposal | ||
tests | ||
zkpass | ||
.gitignore | ||
README.txt | ||
__init__.py |