The Use of Attribute-Based Encryption for Secure Data Access
Penggunaan Enkripsi Berbasis Atribut untuk Akses Data yang Aman
DOI:
https://doi.org/10.21070/pels.v8i2.2963Keywords:
Attribute Based Encryption, Blockchain Security, Data Sharing, Cloud Computing, Access ControlAbstract
General Background: Secure data sharing in cloud computing and Internet of Things environments requires advanced cryptographic mechanisms to ensure privacy and controlled access. Specific Background: Attribute-based encryption provides fine-grained access control, while blockchain technology introduces decentralized trust and data integrity. Knowledge Gap: Existing approaches often lack an integrated framework that combines encryption flexibility with decentralized security for scalable data sharing systems. Aims: This study aims to develop a secure data sharing framework by integrating attribute-based encryption with blockchain technology. Results: The findings indicate that the proposed approach enables fine-grained access control, strengthens data confidentiality, and supports secure and verifiable transactions in distributed environments. The framework also demonstrates improved reliability in managing encrypted data across multiple systems. Novelty: This study presents a combined architecture that integrates attribute-based encryption with blockchain to address limitations in traditional centralized security models. Implications: The results suggest that the proposed framework can support secure data sharing in cloud and IoT applications, offering a scalable solution for modern distributed systems.
Keywords: Attribute Based Encryption, Blockchain Security, Data Sharing, Cloud Computing, Access Control
Key Findings Highlights
- Fine grained policies regulate encrypted information access
- Distributed ledger supports transparent verification processes
- Integrated model enables secure multi environment communication
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