Security, Encryption & Inheritance — Explained
Detailed insights into Vaultix's zero-knowledge architecture, military-grade encryption protocols, and our proprietary digital inheritance system designed for absolute asset preservation.
Cryptographic Standard
How is Zero-Knowledge Proof (ZKP) utilized?
Vaultix employs advanced zero-knowledge proofs to authenticate transactions and verify identity without ever exposing the underlying sensitive data to our servers.
Protocol: ZK-SNARKs | Curve: BLS12-381
What encryption standards protect at-rest data?
All institutional data and key shards are encrypted using AES-256-GCM. Master keys are secured within FIPS 140-2 Level 4 certified Hardware Security Modules (HSMs) distributed across geopolitically secure jurisdictions.
Custody Protocol
Are there limits on the number of walks my dog can have?
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What is the Multi-Party Computation (MPC) quorum?
Our custody model utilizes a strict 3-of-5 MPC threshold. Transactions require independent authorization from geographically isolated nodes, ensuring no single point of failure or centralized compromise is possible.
Succession & Inheritance
How does multi-step inheritance function?
The Vaultix succession protocol is a multi-step cryptographic release mechanism. It requires time-locked dead-man switches, verified biometric confirmation from designated legal fiduciaries, and a multi-sig approval from the estate's predefined institutional quorum before asset migration is initiated.
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