Paper: SERVERFI: A NEW SYMBIOTIC RELATIONSHIP BETWEEN GAMES AND PLAYERS
Authors: Pavun Shetty
Date: August 9, 2024
Estimated Reading Time: 25 minutes

This paper addresses the challenges within blockchain-based games, particularly focusing on market stability, player retention, and token value sustainability. It discusses how traditional gaming models fail to give players ownership over in-game assets, leading to frustration among players who invest significant time and money. To tackle these problems, the paper proposes two new tokenomics models: ServerFi and a system offering continuous rewards to high-retention players. These models aim to incentivize player engagement and ensure long-term stability. The ServerFi model stands out by allowing players to synthesize assets and earn control over game servers, while the continuous reward system targets loyal players to maintain their commitment. Simulation experiments are used to validate both models, with ServerFi showing greater potential in sustaining long-term player engagement and ecosystem health.

Core insights:

  1. ServerFi Model Introduction: ServerFi focuses on asset synthesis, allowing players to gain partial control over game servers by combining in-game NFTs and assets. This decentralizes game ownership, aligning with Web3 principles and increasing player engagement by offering a tangible stake in the gaming ecosystem.
  2. Continuous Rewards for Retention: Another proposed model focuses on identifying and rewarding the top 20% of committed players. These players receive the majority of rewards based on their ongoing contributions, driving short-term engagement but risking long-term player attrition.
  3. Simulation and Analysis: The paper utilizes group behavior simulations to test both models. The ServerFi model demonstrates a steady increase in player contributions over time, suggesting better long-term viability. In contrast, the continuous rewards model shows a sharp initial engagement followed by player drop-offs.
  4. Market Stability Issues: Blockchain games often face inflation and token devaluation as more players enter and generate new tokens. This is a key challenge in models like Axie Infinity, where an oversupply of tokens eventually drives down their value, reducing the rewards for players.
  5. Entropy and Tokenomics: The paper applies entropy increase theory to explain market volatility in blockchain games. Without proper regulation and incentive structures, token economies can become unstable, leading to reduced player engagement and declining token values.

The ServerFi model introduces an innovative way to address the persistent challenges in blockchain-based gaming, particularly the issue of player retention and token sustainability. By allowing players to synthesize assets and gradually gain control of game servers, this model aligns with Web3's decentralized ethos, giving players a more direct stake in the ecosystem. This concept is unique because it shifts ownership from the developers to the players, which could help overcome issues of centralization and player dissatisfaction that plague traditional games. The continuous rewards model offers immediate incentives but may not provide a long-term solution, as it could marginalize a significant portion of the player base and create high entry barriers for newcomers.

Tokenomics challenges, particularly the balance between token supply and demand, remain central to maintaining a healthy gaming economy. In many current blockchain games, like Axie Infinity, the generation of tokens often outpaces the demand, leading to inflation and token devaluation. ServerFi addresses this by linking player engagement to value creation and controlling the flow of new tokens through asset synthesis. This slows the increase in market entropy (disorder) and provides a more stable framework for token circulation. On the other hand, the continuous rewards model, while driving early engagement, may lead to a stratified player base where top players dominate, and lower-tier players are discouraged from continuing.

One of the critical considerations is how these models impact both new and long-standing players. ServerFi offers a path for new players to gradually climb the ranks through asset synthesis, promoting social mobility within the game's ecosystem. In contrast, the continuous rewards model favors early adopters and high performers, creating a potential barrier for newcomers. This difference could have significant effects on the longevity of the player base and the overall health of the game's economy.

The ServerFi model presents a promising direction for blockchain-based games by addressing core issues like player ownership, token sustainability, and engagement. However, further experimentation and real-world application will be necessary to determine whether it can achieve widespread adoption and deliver on its potential. The application of entropy theory in tokenomics highlights the importance of balancing token supply with effective incentives, and ServerFi's synthesis mechanism provides a potential solution for regulating this balance.

Key questions for further exploration: