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LasMeta utilizes blockchain technology to create a decentralized and transparent ecosystem for gaming ecosystem. The use of smart contracts allows for secure and trustless transactions within the platform, and the use of a native token, $LASM, allows for a seamless in-game economy. The use of a DAO governance system empowers token holders to have a say in the direction and decision-making of the platform. Additionally, blockchain technology allows for the trading of non-fungible tokens (NFTs) within the LasMeta metaverse, adding value and ownership to in-game assets.
Blockchain Based In-Game Currency In the LasMeta, we utilize blockchain technology to create a secure and decentralized in-game currency system. This allows for transparent and efficient transactions within the game, as well as the ability for players to own and trade their in-game assets on a blockchain marketplace. The use of a blockchain-based in-game currency also enables the implementation of smart contract-based features such as staking and governance.
Fully Decentralized Non-fungible Token (NFT) Asset Ownership In LasMeta, all in-game assets are fully decentralized non-fungible tokens (NFTs) which means that ownership of these assets is recorded on the blockchain. This ensures that players truly own their ingame assets and have full control over them. These NFT assets can be bought, sold, and traded on the open market and their value is determined by supply and demand. This allows for a truly decentralized in-game economy where players have the ability to earn RWA value from their in-game activities. This is a key aspect of LasMeta as it allows for a fair and transparent in-game economy and opens up new possibilities for players to monetize their gaming experience. Built on Immutable zkEVM LasMeta is developed on the Immutable zkEVM, an advanced and highly efficient layer 2 scaling solution for Ethereum. This innovative platform ensures faster and more cost-effective transactions within the LasMeta metaverse, significantly enhancing accessibility and user-friendliness for players. The adoption of Immutable zkEVM is a strategic move that not only streamlines in-game transactions but also opens up a myriad of opportunities by enabling the integration of a wide array of DeFi tools and protocols. This greatly expands the functional scope of the LasMeta ecosystem.
Immutable zkEVM stands out due to its use of zero-knowledge proof technology, which maintains Ethereum's robust security and decentralization while significantly improving scalability and transaction speed. This technology ensures that LasMeta can offer a seamless and efficient gaming experience, capitalizing on the full potential of blockchain technology. The use of Immutable zkEVM thus positions LasMeta at the cutting edge of blockchain gaming, offering an enhanced, secure, and user-centric platform. Cross-Chain Interoperability LasMeta Token ($LASM), while primarily built on the Polygon (POS) blockchain, significantly enhances its accessibility and functionality by utilizing the capabilities of the Binance Smart Chain (BSC), Ethereum, and Arbitrum. This cross-chain approach allows for fluid interactions and transactions across different blockchain networks, offering greater flexibility and interoperability within the ecosystem. Consequently, users benefit from a wider range of options for utilizing their currency and all assets on-chain, making the LasMeta platform more versatile and user-friendly.
In terms of in-game mechanics, LasMeta leverages the power of real-time smart contract execution for game scenarios, primarily facilitated through the Polygon Network. This integration ensures that all in-game activities, such as purchasing virtual items or completing quests, are processed and securely recorded on the blockchain instantaneously. This real-time processing grants players genuine ownership and control over their in-game assets.
To further enhance this system, LasMeta incorporates Chainlink's decentralized oracle network. Chainlink's technology plays a crucial role in feeding reliable, real-time data into the smart contracts. This integration is vital for creating complex and responsive game mechanics, as well as for ensuring the game's rules are executed fairly and transparently. The use of Chainlink's oracles in LasMeta's smart contracts paves the way for a more dynamic, engaging, and trustable gaming experience, where the outcomes are verifiably fair and based on secure, tamper-proof data. (On-Off Ramp) DeFi Directly Integrated Into Game Interface Decentralized Finance, is a key feature of the LasMeta, allowing for the integration of financial services directly into the game interface. This includes the ability for players to easily buy and sell in-game items and currency using a variety of cryptocurrencies, as well as access to decentralized lending and borrowing platforms. On/Off Ramp system allows players to easily convert between fiat currency and cryptocurrency, providing a seamless and user-friendly experience. The benefits of this integration include increased accessibility and utility for players, as well as the ability to earn RWA through in-game actions. DeFi integration provides more opportunities for players to earn and grow their wealth within the LasMeta metaverse. VRF + Automation Integration The integration of Chainlink's Verifiable Random Function (VRF) and Automation technologies in LasMeta represents a significant advancement in the platform's functionality and fairness.
- Chainlink VRF: This feature is crucial for games that rely on randomness. Chainlink's VRF provides a secure and verifiable source of randomness, essential for various in-game scenarios such as card shuffles and deals or loot mystery drops, random event outcomes, or procedural generation. The VRF ensures that the random number generation process is not only fair but also transparent and tamper-proof. This is achieved by generating random numbers that can be independently verified by anyone using the data and cryptographic proof provided. This level of transparency and security in random number generation is vital in maintaining trust and fairness in gaming scenarios.
- Chainlink Automation: In the context of LasMeta, Chainlink Automation plays a pivotal role in the platform's tokenomics, particularly in the process of token burning. LasMeta plans to use Automation for automatically burning a portion of the tokens collected as fees from its treasury. This process is crucial for maintaining the token's value and ensuring a balanced economy within the game.
The integration of Chainlink Automation allows for these token burning events to be executed automatically and in a timely manner, based on predefined conditions set within the smart contract. For instance, the smart contract could be programmed to automatically burn a certain percentage of tokens every time the treasury reaches a specific threshold. This automation ensures that the token burning process is efficient, consistent, and transparent, as it operates independently of any manual intervention.
By combining Chainlink VRF and Automation, LasMeta not only enhances the fairness and excitement of its gaming environment but also establishes a robust and automated economic model. This integration demonstrates a sophisticated use of blockchain technology to create a more engaging, fair, and sustainable gaming ecosystem. Lottery Integration Lasmeta allows players to participate in lottery events using $LASM tokens. These lottery events use VRF (Verifiable Random Function) technology to ensure fair and transparent results. This allows players to have a chance to win big rewards while also ensuring the integrity of the lottery system.
The Graph Protocol Nodes The Graph is an indexing protocol for querying networks like Ethereum and IPFS, allowing for the efficient and accurate retrieval of blockchain data. It plays a crucial role in enhancing the functionality and user experience of decentralized applications (dApps) by providing a way to query blockchain data quickly and effectively. In the context of LasMeta, The Graph is utilized to significantly improve various aspects of the gaming platform:
- Real-Time Tracking of Player Progress: LasMeta uses The Graph node to track players' level progress in real-time. This means that as players advance through the game, their progress is continuously and accurately updated. This feature is essential for maintaining an engaging and competitive gaming environment, where players can see their advancements and achievements updated dynamically.
- Recording Game Statistics and Transaction Records: The Graph node is also employed to record detailed game statistics, transaction records, and achievements for each hand played. This real-time recording ensures that all in-game actions, transactions, and milestones are accurately captured and stored. This data is invaluable not only for players who want to track their performance and growth but also for maintaining transparency and integrity within the game.
- Maintaining the Leaderboard in Real-Time: The Graph node is instrumental in updating the leaderboard in real-time. Leaderboards are a critical component of competitive gaming, providing a platform for players to see where they stand among their peers. By using The Graph, LasMeta ensures that the leaderboard is always current, reflecting the latest achievements and rankings of players, which adds to the excitement and competitive spirit of the game.
Direct Swap Possibilities In The Game Interface "Any-to-Any" refers to the ability for players to directly swap their tokens from one blockchain network to another within the LasMeta metaverse interface. This means that players can easily convert their existing tokens, such as Chainlink or any coin on Binance Smart Chain, to Ethereum Network in order to purchase $LASM token. This feature provides players with the convenience and cost efficiency of being able to make transactions within the game, without having to leave the LasMeta and go to a different exchange. On-Chain Governance On-chain governance refers to a system in which the rules and decision-making processes of a decentralized organization or project are encoded directly into its blockchain protocol. This allows for a transparent and decentralized method for stakeholders to vote on and make decisions about the direction and development of the project. In the case of Lasmeta, on-chain governance would enable token holders to have a direct say in the direction and decisions of the platform through the use of smart contracts, making them true partners in the success of the platform. This system ensures that the community's interests are taken into account and that the platform is responsive to the needs of its users. Staking LasMeta staking periods are designated periods of time during which LASM token holders can stake their tokens and earn rewards. The staking rewards vary depending on the length of the staking period, with higher rewards for longer staking periods. In addition, there are special stake pools available for LasMeta investors, which open periodically and offer even higher rewards for staking. To participate in staking, LASM token holders must follow the rules and guidelines set forth by LasMeta, such as holding a minimum amount of tokens and participating in the staking period for the full duration. Blockchain Security with Lossless LasMeta is committed to providing the highest level of security for its players and investors. That's why we have implemented LossLess's Aegis Monitoring System to protect our smart contracts. The Aegis Monitoring System is a state-of-the-art security tool that uses advanced algorithms and real-time monitoring to detect and prevent any potential threats to our smart contracts. This ensures that all transactions on the platform are safe and secure, giving our users peace of mind when playing or investing in LasMeta. With LossLess's Aegis Monitoring System in place, we can easily say that our smart contracts are always protected and that any potential security breaches are dealt with quickly and efficiently. This is just one of the many measures we have taken to ensure the safety and security of our platform and its users.