AI-driven dynamic pricing: Optimizing revenue in digital marketplaces

YARLAGADDA, KRISHNA CHAITANYA (2025) AI-driven dynamic pricing: Optimizing revenue in digital marketplaces. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 2147-2157. ISSN 2582-8266

Dynamic pricing represents a transformative approach in modern business strategy, enabling real-time price adjustments based on multiple data inputs through artificial intelligence. This article explores the evolution from static pricing to sophisticated AI-driven models across diverse industries, examining the theoretical frameworks and technologies that power contemporary pricing systems. The technological foundation of machine learning algorithms, reinforcement learning, predictive analytics, customer segmentation techniques, and elasticity modeling is analyzed in depth. Industry-specific implementation strategies are compared across transportation, hospitality, e-commerce, service sectors, and B2B contexts, highlighting specialized adaptations to unique market conditions. Decision variables critical to dynamic pricing success are examined, including demand patterns, competitive intelligence, customer behavior metrics, inventory integration, and market trend analysis. Ethical considerations and consumer perception factors are addressed, with particular focus on price discrimination concerns, algorithmic transparency, regulatory compliance, trust-building approaches, and value proposition communication. The article provides a structured framework for understanding how AI-powered dynamic pricing creates competitive advantage while navigating ethical and consumer acceptance challenges.