AI Integration In ERP Evaluation Across Trends and Architectures
Monu Sharma

TL;DR
This paper reviews the integration of AI into ERP systems, focusing on architectural trends, evaluation challenges, and proposing a theoretical model to improve assessment of AI-enabled ERP performance in cloud environments.
Contribution
It systematically analyzes current research, identifies gaps in evaluation frameworks, and introduces a theoretical model to align AI capabilities with performance metrics in ERP systems.
Findings
AI integration in ERP is evolving towards cloud-native architectures.
Current evaluation methods lack standards for AI-specific aspects like transparency and ethics.
A new theoretical model aligns AI capabilities with performance assessment metrics.
Abstract
The incorporation of Artificial Intelligence (AI) into Enterprise Resource Planning (ERP) is a dramatic transition from static, on-premises systems to systems that can adapt and operate in cloud-native architectures. Cloud ERP solutions like Workday illustrate this evolution by incorporating machine learning, deep learning, and natural language processing into a centralized data-driven ecosystem. As the complexity of AI-driven ERP solutions expands, traditional evaluation frameworks that look at cost, function, and user satisfaction suffer from a lack of consideration for algorithmic transparency, adaptability, or ethics. This review will systematically investigate the latest trends, models of computing architecture, and analytical methods applied in assessing the performance of AI-integrated ERP services, specifically on cloud-based platforms. Based on academic and industry sources,…
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Taxonomy
TopicsERP Systems Implementation and Impact · Software System Performance and Reliability · Robotic Process Automation Applications
