Zero-trust protocol design
Traditional systems often rely on trusting a central server or database. In Solident, the model is different. We adopt a zero-trust architecture, where no single component is assumed to be safe on its own. Every action is verified, encrypted, and auditable.
"Trust is not assumed. It is proven, cryptographically."
How it works
Local-first verification
Biometric scans are matched directly on the device.
No raw data is sent to external servers.
Encrypted data flows
Templates and pattern hashes are encrypted before leaving the device.
Without the user’s key, they are meaningless to attackers.
On-chain proof anchoring
Hashes can be anchored on-chain to prove integrity.
This creates tamper-proof audit trails without exposing personal data.
Decentralized storage option
Sensitive data is stored off-chain in encrypted form.
Users may choose decentralized storage for permanence.
The Benefits
No central weak point: Eliminates risks of mass breaches or leaks.
Verifiable security: Every action can be cryptographically checked.
Privacy by design: Data remains encrypted and controlled by the user.
Audit-ready: Integrity proofs provide accountability without surveillance.
Solident turns zero-trust into a principle users can actually feel — secure, private, and verifiable at every step.
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