Reclaiming identity with
Mathematical Privacy.
The Problem
For decades, "authentication" has meant sending your secret to a server. Whether it's a password, a hash, or a token, users are always asked to trust the custodian.
But custodians fail. Databases leak. Insiders go rogue. The model of trusted third parties is broken by design.
Our Solution
ZKAuth flips the model. Instead of sending secrets, users send proofs.
Using the SRP protocol and zero-knowledge proofs, we enable a system where the server verifies identity without ever knowing the identity secret.
"You cannot leak what you do not hold."
Core Values
Trust No One
Our architecture assumes the server is compromised. Safety comes from math, not firewalls.
Open Source
Security through obscurity is a myth. Our code is open for audit, always.
Performance
Privacy shouldn't be slow. We optimize our cryptographic primitives for standard hardware.