Data Privacy and Security
Last updated
Last updated
Data Fragmentation
Data fragmentation involves breaking large datasets into smaller, encrypted fragments. These fragments are then distributed across multiple nodes in a decentralized network, ensuring that no single node possesses the complete dataset. This fragmentation not only enhances data security by reducing the risk of unauthorized access but also improves efficiency in data retrieval and storage management.
Distributed Storage
Coupled with distributed storage, where these encrypted fragments are dispersed across diverse network nodes, data fragmentation mitigates the risks associated with centralized data storage. Even in the event of a breach, an attacker would only gain access to fragmented and encrypted data segments, rendering them meaningless without access to all fragments and decryption keys.
Distributed Fragmented Multi-Party Computation
DFMPC algorithms enhance security by enabling computations on encrypted data without decryption. This allows multiple parties to collaboratively compute functions while maintaining data privacy. In the context of AI training, DFMPC directly computes vectors used for training, ensuring that original data cannot be reconstructed from these vectors. This capability is crucial for maintaining the confidentiality of sensitive data throughout the computation process.
Zero-Knowledge Proofs
ZK proofs provide cryptographic assurances that computations were performed correctly without revealing the underlying data or computation details. In the context of AI training, ZK proofs validate the integrity of data transactions and computations, ensuring transparency and trust in decentralized environments.
Eigen Layer VAS
To further protect data ownership and integrity, the Eigen Layer Virtual Autonomous System (VAS) is employed. VAS uses distributed validation semantics to store and verify proof of ownership, proof of work, and proof of usage. This additional layer of security ensures that all stakeholders' rights are safeguarded, even in the face of multiple malicious RPC nodes attacks.
