Research Article

Scaling Personalization with Generative AI

Authors

  • Neelesh Kakaraparthi Walmart, USA

Abstract

The evolution of customer personalization has reached a critical juncture where traditional rule-based systems prove inadequate for meeting modern consumer expectations. Generative Artificial Intelligence emerges as a transformative solution that addresses fundamental shortcomings in conventional personalization technologies. Unlike legacy systems that rely on predetermined templates and static customer segmentation, GenAI creates dynamic, individualized experiences through continuous learning and real-time adaptation. The technology unifies disparate data sources across multiple touchpoints, enabling comprehensive behavioral pattern recognition that transcends simple demographic categorizations. GenAI systems generate personalized content automatically while maintaining brand consistency, eliminating the resource constraints that previously limited personalization scale. Predictive capabilities extend beyond historical data interpretation to anticipate future customer needs and preferences with unprecedented accuracy. Cross-platform integration ensures consistent personalized experiences regardless of customer interaction channels, addressing longstanding omnichannel coordination challenges. The technology's ability to process complex behavioral signals simultaneously—including browsing patterns, purchase history, contextual factors, and temporal variations—creates personalization strategies that feel genuinely tailored rather than algorithmically generated. Implementation across various industries demonstrates significant improvements in customer engagement, retention rates, and operational efficiency, marking a paradigm shift in customer experience management.

Article information

Journal

Journal of Computer Science and Technology Studies

Volume (Issue)

7 (7)

Pages

405-416

Published

2025-07-08

How to Cite

Neelesh Kakaraparthi. (2025). Scaling Personalization with Generative AI. Journal of Computer Science and Technology Studies, 7(7), 405-416. https://doi.org/10.32996/jcsts.2025.7.7.45

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