Integrate stablecoins with embedded self-custodial wallets
Enterprise-grade
Native UX
Scale globally
Enabling stablecoins at scale introduces hidden risks.
Custody
Licensing, audits, capital requirements
Seed phrases
Terrible UX
Global rollout
Fragmented compliance
MPC
Hidden custody and operational risk
From login to stablecoins in seconds
Traditional Authentication vs Unforgettable
Inputs
What happens
Transformation
Storage
Compute
Output
Security model
Before
Inputs
Biometry, Scans, Secrets
What happens
Inputs are matched against stored data.
Transformation
Feature vectors
Storage
Templates or encrypted references
Compute
Continuous comparison
Output
Access granted
Security model
Protect stored templates and keys
After
Inputs
Biometry, Scans, Secrets
What happens
Inputs derive a JIT key
Transformation
Fuzzy encryption / decryption
Storage
--
Compute
--
Output
Private Key
Security model
Nothing to breach
What you avoid
- No MPC setup
- No shard distribution or quorum logic
- No latency from multi-party signing
- No key storage (encrypted or otherwise)
- No backup or escrow logic
- No custody licensing across jurisdictions
- No global KYC expansion just to hold balances
- No off-chain policy gatekeepers
- No storage of biometric templates (face, voice, fingerprints)
- No GDPR/CCPA “special category data” retention obligations
What developers get
Native authentication
Your user logs in with your existing method (email, OAuth, OTP/2FA).
Recovery
Restoring access by re-deriving keys without custody risks or third party intervention.
Policy Engine
Define granular permissions without touching keys.
Account abstraction
Deploy smart wallets with programmable execution and gas sponsorship.
Key Derivation
Derive cryptographic keys directly from user-controlled inputs, on-device.
Multichain Support
Enable assets across chains with a single integration.