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Gaming and Blockchain: Hype and Reality

Max McGuinness

TL;DR

This paper analyzes the hype and reality of blockchain adoption in gaming by surveying blockchain-enabled projects, categorizing approaches, and examining real-world case studies. It contrasts token-centric models (Play-to-Earn, Pay-to-Play, and in-game markets) with non-token implementations, and evaluates developer and player sentiments, environmental impact, and transaction costs. The work highlights the potential for cross-game asset interoperability while noting significant barriers, including regulatory concerns, energy usage, and mixed consumer reception, as evidenced by Ubisoft Quartz and market dynamics. Overall, it argues for cautious optimism: blockchain could enable durable, interoperable gaming assets, but widespread adoption requires clear practical advantages and broad user buy-in.

Abstract

This paper explores the adoption of blockchain technology in the gaming industry. While supporters affirm that distributed ledger technology has potential to revolutionize gaming economies and provide players with control over their virtual assets, there are practical challenges such as energy consumption and user adoption to be addressed, and detractors question whether blockchain integration is even necessary. This report characterises popular blockchain-based gaming projects like Enjin and Axie Infinity, then compares metrics such as transaction cost and player feedback to evaluate the longevity of blockchain-integrated gaming as a whole.

Gaming and Blockchain: Hype and Reality

TL;DR

This paper analyzes the hype and reality of blockchain adoption in gaming by surveying blockchain-enabled projects, categorizing approaches, and examining real-world case studies. It contrasts token-centric models (Play-to-Earn, Pay-to-Play, and in-game markets) with non-token implementations, and evaluates developer and player sentiments, environmental impact, and transaction costs. The work highlights the potential for cross-game asset interoperability while noting significant barriers, including regulatory concerns, energy usage, and mixed consumer reception, as evidenced by Ubisoft Quartz and market dynamics. Overall, it argues for cautious optimism: blockchain could enable durable, interoperable gaming assets, but widespread adoption requires clear practical advantages and broad user buy-in.

Abstract

This paper explores the adoption of blockchain technology in the gaming industry. While supporters affirm that distributed ledger technology has potential to revolutionize gaming economies and provide players with control over their virtual assets, there are practical challenges such as energy consumption and user adoption to be addressed, and detractors question whether blockchain integration is even necessary. This report characterises popular blockchain-based gaming projects like Enjin and Axie Infinity, then compares metrics such as transaction cost and player feedback to evaluate the longevity of blockchain-integrated gaming as a whole.
Paper Structure (19 sections, 1 equation, 7 figures)

This paper contains 19 sections, 1 equation, 7 figures.

Figures (7)

  • Figure 1: An unrealistic depiction of blockchain-gaming integration. Image used freely under the Unsplash License.
  • Figure 2: Left: an archival screenshot of the Axie Infinity website on June 2021. Right: the Axie Infinity website today (2023/03/25), showing the removal of its play-to-earn branding.
  • Figure 3: A sample of results from GDC's 2022 survey of attendees. According to GDC, when asked how they felt about the idea of cryptocurrency or NFTs in games, a "vast majority" of respondents spoke out against both practices.
  • Figure 4: Table 6 from Paajala et al's 2022 study, Users’ Perceptions of Key Blockchain Features in Gamesblockchain_perceptions.
  • Figure 5: Google search queries for "blockchain game" google_trends_bg.
  • ...and 2 more figures