The sunk cost fallacy describes the human tendency to continue investing in a decision once resources — time, effort, or money — have already been committed, even when the rational choice would be to stop. In video game design, this bias is deliberately reinforced through progression systems, monetization loops, and event-driven content that compel players to justify past investment by playing longer or spending more. This paper explores how sunk cost dynamics operate within product design frameworks and how their exploitation influences player psychology, engagement, and ethical considerations for sustainable game design.

Artificial scarcity — the deliberate limitation of digital items, resources, or opportunities — is a pervasive strategy in contemporary video game design. Borrowed from behavioral economics and scarcity marketing, this technique increases perceived value, drives player engagement, and powers monetization models across diverse genres. Through an analysis of mechanics, case studies, and psychological effects, this paper examines how artificial scarcity shapes player motivation, reward anticipation, and long-term retention. Finally, it evaluates the ethical tensions created by scarcity-based design patterns and outlines responsible…

The Pay-to-Win (P2W) model describes game systems in which players can purchase meaningful gameplay advantages with real money, thereby altering competitive balance and progression pace. While this model can generate significant revenue, it also reshapes player motivation, fairness perception, and social dynamics, often in ethically problematic ways. This paper analyzes the psychological and product-design foundations of P2W, outlines its core mechanics, and examines representative case studies from contemporary games. It further explores the impact of P2W on player trust, community health, and regulatory debates, and proposes guidelines…

Loot boxes have become one of the most influential and controversial mechanics in contemporary video game design. Positioned at the intersection of psychology, monetization strategy, and interactive entertainment, loot boxes operate through systems of chance that directly engage cognitive biases and reward circuitry. This paper examines the psychological foundations of loot boxes, their evolution within the gaming industry, and their increasing regulation as gambling-adjacent products. Drawing on behavioral economics, operant conditioning models, and real-world case studies, the analysis explores how random-reward mechanics shape player…