Your Password, Your Secret. Always.
Zero-knowledge authentication that never sees, transmits, or stores your password.
The password problem
Every day, millions of passwords are stolen in data breaches. The reason is simple: most systems store your password — or a scrambled version of it — on their servers. If an attacker breaks in, they can crack it, reuse it, and compromise your accounts across the web.
We built angentics differently.
What is OPAQUE?
OPAQUE fundamentally changes how authentication works: you prove you know your password without ever revealing it.
Standardized by the IETF (RFC 9807) as an "augmented password-authenticated key exchange" (aPAKE), it works like a zero-knowledge proof. You demonstrate you hold the secret without handing it over. Our servers verify your identity, but never learn your actual password.
How it works
When you sign in, all the cryptographic heavy lifting happens locally on your device before any data leaves your browser. Your password is processed on your machine and transformed into a one-time mathematical proof. Only that proof is sent to our servers.
Here's what that means in practice:
- We never see your password. It never leaves your device. It's never typed into a form that transmits it, never stored in a database, never logged, never sent over the network.
- We can't be tricked into revealing it. Even if someone intercepted every byte of traffic between you and us, they'd learn nothing about your password.
- Our servers hold only zero-knowledge verification records — data that enables our server to validate your mathematical proof, but contains no recoverable password information whatsoever.
What happens if we're breached?
This is where OPAQUE shines. In a traditional system, a database breach is a catastrophe — attackers walk away with password hashes they can crack offline. With OPAQUE, even a complete breach of our servers yields nothing usable. The verification records we store are mathematically one-way: there is simply no password inside them for an attacker to extract.
| Traditional systems | angentics with OPAQUE | |
|---|---|---|
| Where your password lives | Stored on servers | Only in your head |
| Risk if database is stolen | Passwords can be brute-forced | No usable credentials exposed |
| Does the server ever see your password? | Yes, on every sign-in | Never |
| Password sent over the network | Yes | Never |
Your password stays your secret — even from us, and even from an attacker who steals our entire database.
Security that goes beyond the password
OPAQUE is the foundation, but our security posture extends further:
- Device-bound authentication. Your account is tied to the specific browsers you authorize. A stolen password alone isn't enough — an attacker also needs access to your authorized device.
- One-time, time-limited links. Whether you're setting up a new device or resetting your password, every link is single-use and expires quickly. There's no lingering credential to be intercepted later.
- Reset that resets everything. If you ever lose access, resetting your password immediately revokes every device and session. Old credentials die the moment you take control back.
- Bot protection at every entry point. We layer industry-standard bot detection on every public authentication screen, making automated attacks impractical.
The cutting edge, in production
OPAQUE isn’t experimental. It is the result of years of peer-reviewed academic cryptography, officially standardized by the IETF/IRTF (RFC 9807).
Our implementation is built upon the open-source opaque-ke library developed by Meta—the same robust foundation independently audited by NCC Group. We bring this enterprise-grade cryptographic standard directly to your everyday workflow.
Your data, your business, your control
We built angentics on a simple principle: your data belongs to you. That's why we don't just claim to protect your privacy — we architect it in. Your password is your secret, your sessions are bound to your devices, and your account is protected by cryptography that's decades ahead of the status quo.
Security the way it should have always been.
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