From Funding to Gameplay: The In-Game Economic Implications of Tokenized Video Game Models

Abstract

Recently, the video game industry has evolved into one of the most important and competitive entertainment industries, outpacing both film and music sectors in annual revenues. Alongside this growth, production budgets have reached new highs, with AAA titles now costing hundreds of millions of dollars in development and marketing. Traditional funding methods, such as publisher financing, venture capital, crowdfunding, and early-access monetization remain dominant but include trade-offs. Usually, investors from those methods favour established studios, proven monetization models and conventional designs, which constrains creative innovation and leaves smaller studios with few viable funding methods.

In parallel, cryptography and blockchain technology have introduced the concept of tokenized funding, where entrepreneurs issue blockchain-based tokens to raise early capital. These tokens can fulfil various functions and represent in-game currency, governance rights, or other forms of digital utility. This model allows access to early, non-dilutive capital for developers and enables new ways to align stakeholders, while potentially transforming users from passive consumers into economically invested participants. This thesis examines the conditions under which tokenized funding is a viable financing method for new video game projects.

The central question leading this thesis is:

Under what conditions can tokenized funding serve as a viable and sustainable funding method for video-game studios developing a new project?

And to address this, the research investigates:

• Incentive alignment between developers, investors and players
• Reputational requirements and cost of failure
• Economic design for token integration within the gameplay loop
• Impact of strengthened network effects
• Implications and challenges for the digital economy
• Player perception as a determinant of retention and adoption

Method

This study combines:

1. Literature review — covering tokenomics, token-based funding, virtual economies, funding methods and blockchain case studies
2. Theoretical analysis — applying economic and platform theory to tokenized ecosystems
3. Case study — focusing on projects such as Axie Infinity, EVE Frontier, and The Sandbox to identify design successes and failures
4. Survey data — analysing responses from 489 participants in the EVE Frontier July Free Trial to evaluate player sentiment toward blockchain integration and the impact of direct exposure to blockchain-integrated gameplay

This research introduces a six-perspective theoretical framework for evaluating tokenized funding viability, contributing to the very limited academic literature on blockchain-based game financing.

Key findings

1. Tokenized funding offers strategic potential. It offers early non-dilutive capital while preserving developer control. It strengthens community engagement by enabling players and corporations to hold economic stakes in the game, transforming players into stakeholders. Tokens amplify network effects, especially combined with persistent, massively multiplayer environments, enabling stronger early adoption and sustaining engagement.
2. Economic design is critical. Poorly designed token models, unmanaged emissions and weak utility links to gameplay have led to instability and inflationary collapses in other Web3 games. Sustainable token economies require utility-driven demand tied to gameplay loops; controlled emissions and an adaptive faucet-and-sink framework to balance scarcity; treasury and liquidity management to stabilize prices and mitigate external shocks. In this setup, developers act as the central bank for their virtual economies, actively balancing supply and demand.
3. Integration sustains long-term value. Tokens must be bonded carefully and meaningfully into the core gameplay loop. Hybrid token models, such as EVE Frontier’s key innovation, the pseudo-dual token system, can link token demand to in-game activity while sheltering gameplay from external shocks. Tokens allow developers to create a transparent incentivization process for modding and community-driven content.
4. Player perception is decisive. The sentiment gap between Web3-native players and traditional gamers toward blockchain integration and tokens is a challenge developers must not underestimate. The EVE Frontier survey shows that 30.7% of players have experienced a positive sentiment change following playtime. Direct gameplay exposure may shift sentiment positively, but results of this survey are shaped by self-selection bias and may not reflect the broader ecosystem.

Conclusion

Tokenized funding is not a one-size-fits-all solution. However, it represents an alternative to other conventional funding methods that can be highly effective in a certain set of conditions. It:

• Requires experienced developers with a proven track record and significant community trust
• Needs financial incentive alignment among stakeholders
• Must link token demand to player activity in ways that sustain player engagement and economic stability
• Possesses strong, inherent network effects, such as massively multiplayer online (MMO) games
• Explores sustainable monetization models with the tokens, alongside conventional monetization schemes
• Maintains economic stability through active monitoring and monetary policies
• Demands transparent communication and a careful approach to the sentiment gap across player communities

When these conditions are met, tokenized funding can offer a strategic and viable alternative to conventional funding methods. Without them, projects risk replicating the instability and mistrust that have damaged other blockchain gaming experiments.