Local Storage Encryption with Sphincs+
Local storage of sensitive wallet data, such as passphrases and private keys, is another critical area where quantum-resistant measures must be applied. The QRWP utilizes Sphincs+ to encrypt local wallet data, ensuring that this information remains secure, even in the presence of quantum computing capabilities.
Local Encryption Process:
Passphrase and Key Encryption: Passphrases and private keys are encrypted using the stateless hash-based signature scheme provided by Sphincs+.
Resilience Against Quantum Attacks: Sphincs+ generates robust, quantum-resistant cryptographic proofs that secure local data, making it computationally infeasible for quantum computers to decrypt stored information without the appropriate credentials.
Secure Decryption on Access: When the user accesses the wallet, the encrypted data is decrypted in a secure memory enclave, minimizing exposure to potential attacks.
Tamper-Resistant Mechanisms: The protocol implements tamper detection to ensure that any unauthorized attempts to access or modify the encrypted data trigger protective measures, such as invalidating the data or alerting the user.
By leveraging Sphincs+ for local storage encryption, the QRWP ensures that wallet data is not only inaccessible to traditional attacks but also remains secure against advanced quantum computational threats. This provides users with a high level of confidence in the integrity and confidentiality of their wallet information.
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