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International Journal of Management and Business Development

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Research-Based Evaluation of Barriers and Potential for Industry Analysts in Progressive Economies Under AI-Driven Technologies and Automation Processes for Continuous Capability Enhancement

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Omar Al-Nuaimi 1 ,
4 Department of Computer Science, Khalifa University, UAE

Abstract

The rapid proliferation of artificial intelligence (AI) and automation technologies has significantly reshaped the operational landscape of progressive economies. Industry analysts, responsible for synthesizing data, forecasting trends, and guiding strategic decision-making, are increasingly encountering a transformed work environment influenced by intelligent automation and hyperconnected systems. This study undertakes a research-based evaluation of the barriers and potential for industry analysts operating within these evolving technological ecosystems. Employing a critical synthesis of twelve contemporary studies on AI-driven process automation, hyperautomation, robotics, and digital transformation, the paper identifies the multidimensional challenges—ranging from skill obsolescence and process adaptation to organizational culture misalignment—that impede effective analyst performance.

Simultaneously, the research highlights strategic opportunities enabled by AI and automation, including real-time decision-making through intelligent systems, enhanced predictive analytics, and the integration of digital platforms for seamless information flows (Singh, 2026). By examining sector-specific applications, such as banking, retail, construction, and industrial manufacturing, the study delineates frameworks that can facilitate capability enhancement and agile skill development among analysts. For instance, hyperautomation platforms in construction project management demonstrate the potential for analytics-driven process optimization, while AI-powered integration platforms in retail exemplify the augmentation of traditional decision-making workflows (Kuftinova et al., 2021; Murthy et al., 2022).

The study further emphasizes that the effectiveness of AI-augmented analytics is contingent upon aligning organizational culture, technological infrastructure, and human resource policies, highlighting a systemic interplay between technical tools and human capital (Schneider et al., 2013). Limitations related to technological adoption, cybersecurity, and workforce readiness are critically assessed, providing a nuanced understanding of the trade-offs inherent in AI-driven transformations. The findings collectively underscore the imperative for structured capability enhancement programs and strategic adoption roadmaps that empower industry analysts to harness automation technologies effectively. In conclusion, the paper offers a theoretically grounded and practically actionable evaluation of both barriers and growth opportunities, establishing a foundation for future empirical investigations and policy-oriented interventions in AI-enabled analytical environments.

Keywords

Artificial Intelligence, Automation, Industry Analysts, Hyperautomation

References

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