Anchor-Bound Derivation
Your credentials are mathematically derived, never stored. Change the anchor, change everything.
Dai Vernon Personal
Your passwords don't exist until you need them.
Zero-persistence credential management for individuals.
Built on the PhantomKey SDK.
What Dai Vernon Personal Does
Passwords stored anywhere are passwords at risk. Data breaches, credential stuffing, and server compromises all assume one thing: that your secrets persist somewhere an attacker can reach. When credentials live in a vault, database, or cloud sync layer, they remain exposed for as long as they exist.
Dai Vernon Personal takes a different approach. Credentials are reconstructed on demand from anchors — never stored in a vault. Each reconstruction operates inside a 150ms existence window. Keys are used and destroyed. Nothing persists, which means there is nothing to breach.
The product is designed for individuals who understand that convenience without security is a liability, not a feature. Personal control, minimal existence, and architecture that removes persistence from the threat model.
Key Capabilities
150ms Existence Window
Keys are reconstructed, used, and destroyed. No persistence means no attack surface.
Zero-Knowledge Architecture
PhantomKey servers never see your credentials. Not encrypted — absent.
Quantum-Resistant Foundation
Built on the PhantomKey SDK, designed to withstand adversarial quantum capability.
How It Works
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1
Authenticate
Verify your identity and establish the session context for derivation.
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2
Reconstruct
Credentials are derived on demand from anchors within the 150ms window.
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3
Use → Gone
Apply the credential, then cryptographic material is wiped. Nothing remains.
Dai Vernon Personal is built on the PhantomKey SDK — the cryptographic core powering the entire PhantomKey family. Learn about the PhantomKey SDK →
Ready to eliminate your attack surface?
Available now on Brittaine. No subscription lock-in. Your security, your control.