In the traditional gaming industry, players invest countless hours and effort into their gaming experiences, accumulating in-game assets, achievements, and progress. However, a fundamental problem persists: the lack of ownership and control over these valuable digital assets and the data generated during gameplay. In this section, we will address not only the challenges associated with traditional Web2 gaming platforms but also explore the novel issues that Web3 platforms may introduce for players.

Web2 Ownership Centralization

There are various Web2 characteristics that made some of Web users to prefer the migration to Web3 platforms and see the Web3 as the future of the internet.

• Lack of Ownership}: In the current gaming ecosystem, players have little ownership of their gaming data. Game developers and platforms typically retain complete control over user data, including in-game achievements, progress, and personal information.
• Privacy Concerns}: Users often have limited visibility into how their data is collected, used, and monetized by gaming companies, leading to privacy concerns.
• Centralized Data Silos}: The gaming industry consists of numerous fragmented, centralized data silos, making it difficult for gamers to access and utilize their data across different games and platforms.
• Lack of Interoperability}: Gamers encounter challenges in transferring or trading in-game assets between different games or platforms due to a lack of interoperability.
• {No Economic Benefits}: Gamers invest substantial time and effort into gaming, but they rarely receive tangible economic benefits for their achievements, as valuable in-game assets often remain locked within a single game.
• Monetization Challenges}: Streamers, content creators, and e-sports professionals struggle to effectively monetize their gaming skills and achievements due to intermediary-heavy and inequitable monetization models.

Web3 Transaction Fee

The transaction fee problem looms as a significant challenge in the world of web3 gaming. As blockchain technology gains momentum, the cost of executing transactions on certain networks has surged, impacting the gaming experience for players and developers alike. High transaction fees not only deter potential users but also inhibit micro-transactions and in-game interactions. This issue is particularly pronounced when deploying smart contracts or utilizing tokens for in-game activities. It not only hampers the accessibility of web3 gaming but also raises concerns about scalability and long-term sustainability. Addressing the high transaction fee problem is pivotal in delivering a seamless and cost-effective gaming experience within our web3 gaming platform.

The stark contrast with the free and transaction-fee-absent nature of Web2 gaming intensifies the challenge, as any imposition of transaction fees in a web3 gaming platform risks eroding the broad user base that has come to expect a frictionless and cost-free gaming experience.

Web3 Transaction Latency

The issue of transaction latency stands as a formidable challenge within the realm of web3 gaming. As blockchain technology continues to be integrated into gaming ecosystems, the delay in transaction confirmation times on certain networks emerges as a significant obstacle. These latency periods disrupt the seamless and real-time gaming experience that players have grown accustomed to in traditional Web2 games. In a competitive gaming landscape where split-second decisions and reactions can determine victory or defeat, transaction latency not only frustrates players but also undermines the gameplay integrity. Addressing this challenge is essential to ensure that web3 gaming platforms deliver the responsiveness and fluidity that players demand, unlocking the full potential of blockchain technology within the gaming industry.

Web3 UX Friction: A Barrier for Chess Players

As we move into the Web3 era, a new layer of complexity has emerged that some chess players find daunting: the world of blockchain technology. Traditional chess enthusiasts, often drawn to the game’s simplicity and purity of strategy, may be hesitant to embrace the intricacies of Web3 wallets, blockchain transactions, and decentralized applications. Navigating the Web3 landscape can feel like a departure from the familiar terrain of a chessboard, where moves are calculated and outcomes are determined solely by skill and strategy. The intricacies of managing digital assets, understanding gas fees, and securing cryptographic keys can appear formidable to those seeking the straightforward enjoyment of the game.

The Challenge of Bot Detection in Web3 Gaming

Chess-playing bots, powered by sophisticated algorithms and artificial intelligence, have found their way into online chess platforms. These bots can mimic human moves with astonishing precision, posing a significant threat to the authenticity of player-versus-player (PvP) encounters. The consequences are far-reaching, with fair competition, skill development, and the overall enjoyment of the game hanging in the balance.

The traditional methods of bot detection used in Web2 chess platforms may not suffice in the Web3 environment. Web3 platforms operate on decentralized networks, where players have greater control over their identities and actions. This unique landscape makes identifying and mitigating bot activity a formidable challenge. Existing anti-bot measures may struggle to adapt to the decentralized, trustless nature of blockchain technology, making it imperative for our Web3 chess platform to pioneer innovative solutions.