Oriental Journal of Computer Science and Technology

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A Comprehensive Survey of IoT- Based Cloud Computing Cyber Security


Affiliations
1 Lincoln University, Malaysia
 

The flexible architecture offered by cloud computing allows for the dispersion of resources and data over numerous places, making it possible to access them from a variety of industrial settings. The use, storage, and sharing of resources such as data, services, and industrial applications have all changed as a result of cloud computing. In the past ten years, companies have quickly shifted to cloud computing in order to benefit from increased performance, lower costs, and more extensive access. Additionally, the internet of things (IoT) has significantly improved when cloud computing was incorporated. However, this quick shift to the cloud brought up a number of security concerns and challenges. Traditional security measures don't immediately apply to cloud-based systems and are occasionally inadequate. Despite the widespread use and proliferation of various cyber weapons, cloud platform issues and security concerns have been addressed over the last three years.Deep learning's (DL) quick development in the field of artificial intelligence (AI) has produced a number of advantages that can be used to cloud-based industrial security concerns. The following are some of the research's findings, We provide a detailed evaluation of the structure, services, configurations, and security fashions that enable cloud-primarily based IoT. We additionally classify cloud protection dangers in IoT into four foremost areas (records, network and carrier, programs, and gadgets). We discuss the technological issues raised in the literature before identifying key research gaps. In each class, describe the boundaries using a popular, artificial intelligence, and in-depth studying attitude. and security concerns relating to individuals), which are fully covered, we find and analyze the most recent cloud-primarily based IoT attack innovations, we identify, talk, and verify key safety challenges show the regulations from a standard, synthetic intelligence, and deep learning perspective in every class angle, we first present the technological difficulties identified in the literature before identifyingIoT-based cloud infrastructure has significant research gaps which should be highlighted for future research orientations. Cloud computing and cyber security.


Keywords

Cloud Configuration; Cyber Security; Cloud Computing; Deep Gaining Knowledge; Forensic as a Service; Gadget Studying (Faas); Improvement as a Carrier (Daas); Infrastructure as a Service (Iaas); IoT Safety; Platform as a Provider (Paas), Software Program
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  • A Comprehensive Survey of IoT- Based Cloud Computing Cyber Security

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Authors

SHIPRA YADAV
Lincoln University, Malaysia

Abstract


The flexible architecture offered by cloud computing allows for the dispersion of resources and data over numerous places, making it possible to access them from a variety of industrial settings. The use, storage, and sharing of resources such as data, services, and industrial applications have all changed as a result of cloud computing. In the past ten years, companies have quickly shifted to cloud computing in order to benefit from increased performance, lower costs, and more extensive access. Additionally, the internet of things (IoT) has significantly improved when cloud computing was incorporated. However, this quick shift to the cloud brought up a number of security concerns and challenges. Traditional security measures don't immediately apply to cloud-based systems and are occasionally inadequate. Despite the widespread use and proliferation of various cyber weapons, cloud platform issues and security concerns have been addressed over the last three years.Deep learning's (DL) quick development in the field of artificial intelligence (AI) has produced a number of advantages that can be used to cloud-based industrial security concerns. The following are some of the research's findings, We provide a detailed evaluation of the structure, services, configurations, and security fashions that enable cloud-primarily based IoT. We additionally classify cloud protection dangers in IoT into four foremost areas (records, network and carrier, programs, and gadgets). We discuss the technological issues raised in the literature before identifying key research gaps. In each class, describe the boundaries using a popular, artificial intelligence, and in-depth studying attitude. and security concerns relating to individuals), which are fully covered, we find and analyze the most recent cloud-primarily based IoT attack innovations, we identify, talk, and verify key safety challenges show the regulations from a standard, synthetic intelligence, and deep learning perspective in every class angle, we first present the technological difficulties identified in the literature before identifyingIoT-based cloud infrastructure has significant research gaps which should be highlighted for future research orientations. Cloud computing and cyber security.


Keywords


Cloud Configuration; Cyber Security; Cloud Computing; Deep Gaining Knowledge; Forensic as a Service; Gadget Studying (Faas); Improvement as a Carrier (Daas); Infrastructure as a Service (Iaas); IoT Safety; Platform as a Provider (Paas), Software Program

References





DOI: https://doi.org/10.13005/ojcst15.010203.04