Silent Saboteurs: Uncovering the Growing Threat of Data Poisoning in Operational AI Pipeline for Cybersecurity

Authors

  • Roy Okonkwo North Carolina, USA.
  • Tawakalitu Omobolanle Abereijo North Carolina, USA.
  • Raheem Babatunde Aguda Regent University College of Science and Technology, Accra, Ghana.

DOI:

https://doi.org/10.52131/jcsit.2022.0301.0011

Keywords:

Cyber Thefts, Information Technology, Operational Efficiency, Data Mining, Cybersecurity, Machine Learning, Digital Transformation, Protocols

Abstract

The uncovering of the growing threats of data poisoning in operational artificial intelligence pipeline of cyber security refer to changing threats of cybers which is refreshing advancement and significant impact of artificial intelligence that is maintain survival protocol of thefts and training adverbials. Artificial negligence is acting as protective tools and security. Artificial intelligence managing overall information intelligence which is the combination part of cyber security that matters data poisoning in operational pipelines for cybersecurity. The growing threats internal processing in information of technology and define the digitalization. The digital twins of transforming working historical data related to artificial intelligence that matters for operational AI pipeline of cybersecurity. The scope of cybersecurity operation guiding the exploration of both features. Comprehensive analysis of artificial intelligence refers to identification, value management or vulnerability task of assessment and resilience of artificial intelligence which contributes as cyber security. It is related to cyber thefts and privacy concerns of uncovering threats of data poisoning which are growing at multiple positions. Artificial intelligence provides informative data perception and verifying the overall structured data and unstructured data in the systems.

Author Biographies

Roy Okonkwo, North Carolina, USA.

North Carolina A&T State University, Department of Information Technology

Tawakalitu Omobolanle Abereijo, North Carolina, USA.

North Carolina A&T State University, Department of Computer Systems Technology

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Published

2022-12-10

How to Cite

Okonkwo, R., Abereijo, T. O., & Aguda, R. B. (2022). Silent Saboteurs: Uncovering the Growing Threat of Data Poisoning in Operational AI Pipeline for Cybersecurity. IRASD Journal of Computer Science and Information Technology, 3(1), 01–06. https://doi.org/10.52131/jcsit.2022.0301.0011