Introduction

Blockchain infrastructure plays a crucial role in the success of Web3 games, influencing aspects such as transaction speed, security, scalability, and environmental impact. Medieval Empires, a mid-core multiplayer online strategy game, has chosen the Polygon blockchain as its foundational technology. This decision reflects a strategic alignment with the game's requirements and player needs, particularly in terms of performance, scalability, and environmental considerations. This report will cover: [1a] [2a]

• The strategic choice of Polygon blockchain and its benefits for Medieval Empires. [1a]
• The performance and scalability advantages offered by Polygon. [2a]
• The security and interoperability features of Polygon. [2c]
• The environmental impact of using Polygon and its alignment with Medieval Empires' values. [1c]

Blockchain Choice

Medieval Empires is built on the Polygon blockchain, a decision that aligns with the game's requirements for scalability, low gas fees, and environmental sustainability. Polygon's integration with Immutable Passport and Immutable zkEVM technology enhances the game's infrastructure, providing a seamless experience for players. The primary benefits of this choice include: [1a] [2a]

• Low gas fees: Polygon's Layer 2 solution ensures that players can engage in transactions without incurring high costs, which is particularly important for microtransactions in gaming. [2a]
• Environmental sustainability: Polygon is more eco-friendly compared to other blockchains, aligning with MoonGaming's core value of caring for the planet. [1c]
• Developer ecosystem: Polygon's robust developer support ensures that Medieval Empires has access to a wide range of tools and resources for continuous development and improvement. [3a]

Performance and Scalability

Polygon's architecture as a Layer 2 scaling solution for Ethereum provides Medieval Empires with the necessary performance and scalability to support a growing player base. The blockchain's ability to process transactions off the main Ethereum chain ensures fast transaction times, which are critical for real-time gaming activities. Key advantages include: [2a]

• Fast transaction speeds: Polygon's Layer 2 solution ensures that players experience minimal delays during in-game transactions, enhancing the overall gaming experience. [2a]
• Scalability: Polygon's infrastructure supports the game's growth, allowing it to handle an increasing number of players and transactions without compromising performance. [2h]
• Low latency: The blockchain's architecture reduces latency, which is essential for maintaining smooth gameplay and player satisfaction. [2a]

Security and Interoperability

Polygon employs a Proof-of-Stake (PoS) consensus mechanism and robust cryptographic techniques to ensure the security and integrity of transactions. Additionally, its interoperability with Ethereum and other blockchains allows Medieval Empires to integrate with a broader ecosystem of decentralized applications. The key features include: [2j] [2k]

• Proof-of-Stake (PoS) consensus: PoS enhances security by requiring validators to stake tokens, creating a financial incentive for honest behavior. [2l]
• Cryptographic security: Polygon uses advanced cryptographic methods to protect data and transactions, ensuring the safety of player assets. [2k]
• Interoperability: Polygon's compatibility with Ethereum and other blockchains facilitates the integration of decentralized finance (DeFi) and non-fungible tokens (NFTs), enhancing the game's ecosystem. [2n]

Environmental Impact

Polygon's blockchain is significantly more environmentally friendly compared to other leading blockchains, which aligns with Medieval Empires' commitment to sustainability. The blockchain's reduced energy consumption makes it a suitable choice for the game's eco-conscious values. Key points include: [1c]

• Reduced energy consumption: Polygon's energy-efficient architecture minimizes its carbon footprint, making it a sustainable choice for blockchain-based gaming. [1c]
• Alignment with eco-friendly values: The blockchain's environmental benefits match Medieval Empires' commitment to sustainability, enhancing the game's appeal to eco-conscious players. [1c]

Conclusion

Polygon blockchain provides a robust infrastructure that aligns well with the requirements of Medieval Empires, offering advantages in performance, scalability, security, and environmental sustainability. The blockchain's low gas fees, fast transaction speeds, and eco-friendly architecture make it an ideal choice for a Web3 game with a growing player base and a commitment to sustainability. However, further information on transaction per second (TPS) metrics and long-term scalability plans would provide a more comprehensive analysis. Overall, the integration of Polygon blockchain positions Medieval Empires as a forward-looking Web3 game with a strong technological foundation. [2a] [1c]

• Polygon's low gas fees and fast transaction speeds enhance player experience and support microtransactions. [2a]
• The blockchain's Proof-of-Stake consensus and cryptographic techniques ensure robust security and data integrity. [2j]
• Polygon's eco-friendly architecture aligns with Medieval Empires' commitment to sustainability, making it a responsible choice for blockchain gaming. [1c]

References

[1] medievalempires.helpshift.com. On what Chain is the token featured and why? — Medieval Empires Help Center. medievalempires.helpshift.com. 6 May 2024. Available from: https://medievalempires.helpshift.com/hc/en/3-medieval-empires/faq/95-on-what-chain-is-the-token-featured-and-why/

[2] CoinMarketCap. About Medieval Empires. CoinMarketCap. date unknown. Available from: https://coinmarketcap.com/currencies/medieval-empires/

[3] Notion. The Tech Behind Medieval Empires. Notion. 1 Oct 2024. Available from: https://moongaming.notion.site/The-Tech-Behind-Medieval-Empires-112c9aceb7618076a6c9d064221d79cb