How does verification and authentication mechanisms with blockchain in cloud computing ?
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Verification and authentication mechanisms with blockchain in cloud computing involve ensuring data integrity and security. Blockchain, as a tamper-proof ledger, can be integrated with cloud services to prevent data manipulation . By combining cloud computing with blockchain, a distributed network of processing cloud service providers (CSPs) can be established to verify data integrity through Byzantine Fault Tolerance consensus . Additionally, a blockchain-based data integrity verification scheme can be implemented in cloud-edge computing environments to enhance data verification rates without the need for a trusted third party . Furthermore, utilizing blockchain technology in cloud relational databases can enhance security by enabling self-verification mechanisms and preventing erroneous data manipulation . These approaches collectively contribute to maintaining data accuracy, trustworthiness, and security in cloud computing environments.
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| Papers (5) | Insight |
|---|---|
8 Citations | Blockchain in cloud computing enhances security through self-verification mechanisms, enabling clients to detect and prevent erroneous database manipulations, ensuring data integrity and preventing internal breaches. |
| Blockchain enhances data integrity verification in cloud-edge computing by providing a decentralized and immutable ledger for authentication without a trusted third party, improving verification efficiency significantly. | |
15 Citations | Verification and authentication in cloud computing are enhanced through Linear Elliptical Curve Digital Signature (LECDS) with Hyperledger blockchain, ensuring secure data access and integrity verification for authorized users. |
22 Citations | The proposed scheme in the paper combines cloud computing with blockchain using Byzantine Fault Tolerance consensus for verification and immutable data storage in Bitcoin or Ethereum networks. |
2 Citations | The paper proposes a blockchain-based searchable encryption scheme with public verifiability and fair payment protocols, ensuring data authenticity and user fairness in cloud computing environments. |
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