Voise
  • Introduction
  • What Is Voise?
    • Key Features:
    • The Need for Voice Biometrics in Digital Security
  • How Voise Works
    • Speech-to-Teach Bot: Pioneering Development & Early Token Distribution
    • In-Depth Overview of Voice Authentication and Security
    • Voice Enrollment: Creating a Unique Digital Voiceprint
    • Authentication Process: Real-Time Voice Verification
    • Security Protocols and Encryption
    • Integration with Blockchain and Digital Assets
  • Continuous Learning and Adaptation
  • Future Vision: Securing the Enterprise Subscription
  • Tokenomics
  • Summary
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  1. How Voise Works

Security Protocols and Encryption

Voise prioritizes security at every level of the system, from initial voiceprint creation to real-time authentication. Several key technologies ensure that user data remains private and secure:

Cryptographic Security:

  1. Voiceprint Encryption:

    • The user’s voiceprint is converted into a cryptographic hash using SHA-256 encryption, a widely trusted cryptographic algorithm. This ensures that the voiceprint is not only secure but also irreversible—no one, not even Voise, can reverse-engineer the voiceprint to reconstruct the user’s original voice.

  2. Blockchain-Based Storage:

    • The voiceprint hash is stored on the Ethereum blockchain, leveraging its decentralized and immutable nature to ensure data integrity. This makes it impossible for a single entity to alter or tamper with the stored data, providing additional layers of trust and security.

  3. Zero-Knowledge Proofs:

    • Voise implements zero-knowledge proof (ZKP) protocols during authentication. This allows the system to verify the user’s identity without actually revealing the underlying voiceprint. The system confirms a match between the real-time voice input and the stored voiceprint hash without exposing sensitive information.

Privacy Protection:

  • No Raw Voice Storage: Voise does not store or share raw voice recordings. Only the encrypted voiceprint hash is kept, significantly reducing the risk of biometric data being stolen or misused.

  • Anonymization: The system uses anonymization techniques during voiceprint creation to ensure that even if the encrypted hash were to be compromised, it would be meaningless without the corresponding cryptographic key.

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Last updated 7 months ago