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Cloud Robotics and Interoperability: Enhancing Data Security Regulations in an Automated Age
Subject area: Science,Engineering and Technology · Area of research: Data Security
Abstract
The interoperability of cloud robotics systems, as a backdrop for this paper, highlights the gaps in the current data security regulatory framework of the United States (US). While there is a wealth of scholarly works on privacy rights as it relates to cloud-based services and some research materials that address legal issues in the adoption of robots, detailed research assessing the effectiveness of the data security framework in the US regarding the convergence of robotic systems and cloud services, seems to be lacking. Such research is crucial in shaping policies that impact cloud robotics development. Through an examination of cloud robotics systems juxtaposed with the US data security regulatory framework, this paper advocates for an enhanced data security regulatory framework that takes into consideration the nuances of cyber-physical systems like cloud robots. This paper aims to contribute to policy developments that can spur regulatory reforms and ultimately enhance data protection for users of cloud robotics systems in the US.
How to cite this paper
@article{1707700,
author = {Kehinde Ojadamola Takuro},
title = {Cloud Robotics and Interoperability: Enhancing Data Security Regulations in an Automated Age},
journal = {Iconic Research And Engineering Journals},
year = {2025},
volume = {8},
number = {9},
pages = {1443-1456},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1707700.pdf},
abstract = {The interoperability of cloud robotics systems, as a backdrop for this paper, highlights the gaps in the current data security regulatory framework of the United States (US). While there is a wealth of scholarly works on privacy rights as it relates to cloud-based services and some research materials that address legal issues in the adoption of robots, detailed research assessing the effectiveness of the data security framework in the US regarding the convergence of robotic systems and cloud services, seems to be lacking. Such research is crucial in shaping policies that impact cloud robotics development. Through an examination of cloud robotics systems juxtaposed with the US data security regulatory framework, this paper advocates for an enhanced data security regulatory framework that takes into consideration the nuances of cyber-physical systems like cloud robots. This paper aims to contribute to policy developments that can spur regulatory reforms and ultimately enhance data protection for users of cloud robotics systems in the US.},
month = {March},
}