Cripto-Nube: integración de computación en la nube y blockchain en sectores empresariales: Systematic Literature Review

Miguel Joseph  Rodríguez Veliz; Jerimy Isaac  Moreira Alcivar

doi:10.56124/encriptar.v8i15.013

Authors

Miguel Joseph Rodríguez Veliz Universidad Técnica de Manabí UTM
Jerimy Isaac Moreira Alcivar Universidad Técnica de Manabí UTM

DOI:

https://doi.org/10.56124/encriptar.v8i15.013

Keywords:

Crypto-Cloud, Blockchain, Cloud Computing, Scalability, Security

Abstract

This research analyzes the convergence of blockchain technology and cloud computing, referred to in this study as "Crypto-Cloud," and its impact on business environments. The combination of these technologies offers improvements in security, transparency, and regulatory compliance, such as with the General Data Protection Regulation (GDPR). Additionally, it introduces innovations like Software-Defined Networks (SDN), fog computing, and edge computing, which optimize efficiency and enable real-time data processing. The study employed the PRISMA methodology to conduct a systematic literature review. The research questions focused on how the integration of blockchain and cloud computing enhances business environments, the best practices for implementation, and the associated challenges. Identified benefits include enhanced security, traceability, and data management in sectors such as agriculture, manufacturing, finance, and supply chains. Best practices include the use of hybrid architectures that combine blockchain with fog and edge computing to optimize performance. However, challenges such as latency and vendor lock-in complicate the implementation of blockchain and cloud-based services. Ultimately, Crypto-Cloud can transform business environments, enhancing the competitiveness and efficiency of operations. This work provides a foundation for future research aimed at exploring how to implement and optimize this technological convergence in various business sectors.

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