As per the official announcement, Polychain Monsters, a multi-chain NFT game platform, plans to integrate its L3 (Layer 3) network into its on-chain games and utilize PMON for transaction processing. To establish a specialized, customisable chain for the Polychain Monsters game and guarantee safe gaming and transparent transactions, the recently launched L3 network uses Arbitrum Orbit technology.
The network lowers gas expenses and increases accessibility to gambling by combining Arbitrum One with AnyTrust technology, a variation of Arbitrum Nitro.
This offers a customized, dedicated chain for the game Polychain Monsters, utilizing Arbitrum Orbit technology. This configuration guarantees safe gaming and open transactions. The network achieves much lower gas prices by implementing AnyTrust technology, a variation of Arbitrum Nitro, and settling on Arbitrum One, which makes gaming quicker and more accessible.
Altlayer technology was used for the launch; it is a decentralized protocol that allows rollups to be deployed natively and remotely with zk-rollup and optimistic stacks. From the first testnet gameplay to the mainnet debut, Altlayer helped Polychain Monsters every step of the way.
What is on-chain gaming?
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An on-chain game differs from a traditional blockchain game primarily in that game logic is implemented directly into smart contracts, and game state (e.g., player name, rank, etc.) is stored on the blockchain instead of a centralized gaming server that communicates with only an NFT smart contract.
Any experience that resembles a game or has game logic must be entirely kept on-chain to qualify as an on-chain game. It is necessary for on-chain gaming that all game logic and data be stored in smart contracts, which are self-executing code that runs on blockchains.
Benefits of using on-chain gaming
Upgrading the on-chain gaming experience, Polychain Monsters presents a captivating, turn-based 2D monster fight game.
With the help of an on-chain gaming ecosystem, users and developers can use reusable game logic, design various visual interfaces, and produce apps that improve gameplay. When fully on-chain games are implemented, they may operate autonomously and exploit blockchains’ robustness. Because of its digital persistence, gamers may enjoy on-chain games until the underlying blockchain is up and running.
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It even offers a low-risk setting where researchers and developers can test new technologies like homomorphic encryption and zero-knowledge proofs. Innovative ideas may be tested more efficiently without sacrificing security, thanks to the shared infrastructure on the blockchain with other apps.
