An identity independent of your SIM
A decentralized identifier is intended to anchor access without relying on your phone number. Switch carriers without making SMS your recovery plan.
KEYSTONE / Identity protocol concept
A new approach to staying connected: device-native passkeys, an independent identity, and recovery shared with people you trust. Designed to leave passwords and SMS lockouts behind.
Early-stage concept. Not a live authentication service.
Our design commitments
No password to remember
No SMS dependency
No single recovery gatekeeper
01 / The architecture
For everyday sign-ins, international SIM changes, and the day a device goes missing. Access should follow you—not your carrier.
The proposed FIDO2 / WebAuthn sign-in uses Face ID, Touch ID, or Windows Hello to approve a cryptographic signature. Your device holds the private key; you don’t type a password.
A decentralized identifier is intended to anchor access without relying on your phone number. Switch carriers without making SMS your recovery plan.
The proposed threshold model distributes recovery shares across trusted guardians and devices. No single guardian can restore your identity alone.
Signed key rotation is designed to update participating apps when you replace a device. This requires app integration; it does not change access to every existing account.
02 / A way back
Imagine a recovery policy with five guardians and three required approvals. Shamir’s Secret Sharing provides the basis for distributing recovery material without handing one person the whole key.
Illustrative flow only. Recovery timing, guardian verification, and security safeguards still need implementation and review.
Start a recovery request for your existing identity.
Three designated guardians approve under your chosen policy.
Restore key access and rotate credentials for integrated apps.
Built around continuity
Explore the thinking behind KEYSTONE: passkey-first access, identity independence, and a recovery path you choose.
Explore the protocol