design a blockchain game

The prototype of the product should be ready even before approaching any entity to raise funds. Once this goal is achieved start writing your own questionnaire and answer six important questions to raise funds or capital from any entity. The most important question to be answered is who is your trusted reliable resource. The most trusted reliable resource for your fintech blockchain based technology is to identify your paying clients or customers. IDENTIFYING right data points is going to open many avenues to funding opportunities. If you wish get more insight feel free to ask me next course of success model to raise funds. All the best !!

NFT platform is getting robust all over the world, every big brand and company is now paying attention to create their own tokenized NFT. Although the NFT marketplace is worth millions, yet creating your personal NFT marketplace can bring some challenges for you. Let us get across what is an NFT marketplace and how to create one. For more information, you can refer to https://techwink.net/blog/how-to-create-nft-marketplace/ I've successfully helped over hundreds of entrepreneurs, marketplace owners, and businesses, and I would be happy to help you in stragerting your NFT Marketplace.

Permissioned Blockchain and Permissionless Blockchain are two different types of blockchain networks that differ in terms of access control and participation. 1.Permissioned Blockchain: In a permissioned blockchain, also known as a private blockchain, access to the blockchain network and participation in the consensus process is restricted to a pre-defined group of participants. These participants are typically known and trusted entities, such as organizations or individuals with specific roles or permissions. Permissioned blockchains are characterized by: Access Control: Permissioned blockchains have a controlled access mechanism where participants need permission or authorization to join the network and validate transactions. Restricted Participation: Only approved participants can join the network, validate transactions, and participate in the consensus process. These participants may be required to meet certain criteria or follow specific rules defined by the network. Centralized or Consortium Control: Permissioned blockchains are often controlled by a central authority or a consortium of multiple organizations. These entities have the power to make decisions and enforce rules within the network. Enhanced Privacy: Since permissioned blockchains involve a limited number of known participants, they can provide enhanced privacy features, such as restricting access to transaction data or using encryption techniques to secure sensitive information. 2.Permissionless Blockchain: In contrast, a permissionless blockchain, also known as a public blockchain, is open to anyone who wants to participate in the network. It allows anyone to join the network, validate transactions, and participate in the consensus process. Key characteristics of permissionless blockchains include: Open Access: Permissionless blockchains have an open access policy, allowing anyone to join the network, create transactions, and become a validator. Decentralization: Permissionless blockchains are typically decentralized, meaning there is no central authority controlling the network. Instead, consensus is achieved through a distributed mechanism, such as proof-of-work (PoW) or proof-of-stake (PoS). Transparency: Transactions and data on permissionless blockchains are transparent and visible to all participants. Anyone can inspect the blockchain's history and verify the integrity of transactions. Public Validation: Consensus is reached by most participants in the network, typically through a consensus algorithm. Validators compete to solve cryptographic puzzles or stake their tokens to secure the network. Examples of permissionless blockchains include Bitcoin and Ethereum, where anyone can participate, mine or validate transactions. Permissioned blockchains, on the other hand, are often used in enterprise settings, where specific participants need to collaborate and share information within a controlled environment. Both permissioned and permissionless blockchains have their own use cases and advantages, depending on the requirements of the application or organization using them.

All Blockchain platform has an Architect/designer that lays out detail of operation, in regards of your query about cryptokitties platform you have to address to the designer, if you are planning to become an architect you have to do your research and understanding of programming languages.

1. How to create a blockchain-based gaming platform: • First, define the game concept and the economy around it — what players do, how they earn, and what they own. • Pick the blockchain technology you’ll build on. • Design smart contracts to manage assets like tokens and NFTs. • Build the actual game using standard game development tools (Unity, Unreal, web development, etc.). • Connect the game to the blockchain using Web3 tools (ethers.js, web3.js, ThirdWeb, Moralis, etc.). • Decide what data will live on-chain and what will stay off-chain. • Launch the platform and start building your player community. ⸻ 2. What kind of game or platform am I building: You need to choose what experience you want to deliver. Here are common options: • A Play-to-Earn game where players earn real tokens or NFTs. • A game focused on true asset ownership where players can trade or sell game items. • A competitive e-sports style game with blockchain-based tournament rewards. • A social or metaverse world where players interact, own land, and create content. • A trading card game where each card is an NFT. • A platform that hosts multiple blockchain-based games rather than just one game. ⸻ 3. What blockchain will I use: This depends on your priorities: • Ethereum offers the most security and biggest community, but it’s expensive. • Polygon is fast, cheap, and compatible with Ethereum apps. • Immutable X is great if you want free NFT minting and instant trades. • Solana offers extremely fast transactions with very low fees, but it’s more technical and had occasional outages. • Avalanche is fast and cheaper than Ethereum, but its gaming ecosystem is a little smaller. If you want a good balance of low cost, speed, and popularity, Polygon is a smart choice for most gaming startups. ⸻ 4. What elements will be on-chain vs off-chain: • Ownership of items like characters, weapons, land, and skins will usually be recorded on-chain as NFTs. • Player identity can be on-chain (using NFTs or wallet addresses) or off-chain with traditional accounts. • Core gameplay mechanics (movement, combat, leveling) will usually stay off-chain because blockchain is too slow and expensive for real-time gaming. • Trading and marketplaces for assets will happen on-chain. • Game art, sounds, and other large files will typically stay off-chain on systems like IPFS or a cloud server. • Match results or tournament outcomes might sometimes be hashed and stored on-chain for transparency but are often off-chain. The key idea is: Put the things that need trust and ownership on-chain. Keep the things that require speed off-chain. ⸻ 5. What kind of assets will exist: You’ll likely have: • NFTs representing characters, items, weapons, skins, real estate, cards, or pets. • Fungible tokens (like an in-game currency players can earn, spend, or trade). • Governance tokens if you want players to help decide the future of the game. • Achievements or titles as special NFTs that players cannot trade (these are called soulbound NFTs). • Randomized loot boxes or mystery crates that players can open to get random rewards. You can keep the asset system simple or complex, depending on your game design.