1. Project Overview
1.1. Introduction
This document outlines the development of a metaverse game where players can utilize NFTs to decorate specific areas of a multi-layer building. Each NFT represents unique decorations and items that players can choose based on their preferences and styles.
1.2. Objectives
- To create an immersive metaverse environment where players can showcase their creativity and individuality through NFT decorations.
- To leverage blockchain technology to ensure ownership and exclusivity of in-game assets.
1.3. Scope
- Development of a multi-layer virtual building consisting of various rooms and areas to be customized.
- Integration of NFT marketplace functionalities for the buying, selling, and trading of decorative NFTs.
- Creation of social features to enhance gameplay and community interaction.
1.4. Target Audience
- Gamers seeking customization options in virtual spaces.
- Crypto and NFT enthusiasts interested in owning unique digital assets.
- Artists and creators looking for a platform to showcase their work.
2. Game Design
2.1. Game Concept
Players are invited to explore and decorate an expansive multi-layer building in the metaverse. Each player owns a unique space within the building, allowing for individual expression through the purchase and application of NFTs.
2.2. Game Mechanics
- **Exploration:** Players navigate through different floors and rooms of the building.
- **Decoration:** Players can place their purchased NFTs to customize the space.
- **Social Interaction:** Friends and other players can visit and admire decorated spaces.
2.3. NFT Mechanics
- NFTs represent individual decorative items, such as furniture, art pieces, virtual plants, etc.
- Each item has unique properties (rarity, aesthetics, thematic categories).
2.4. Multi-layer Building Description
- Comprised of 10 floors, each with a variety of customizable rooms.
- Floors can contain distinct themes (e.g., Modern, vintage, fantasy).
3. Technical Architecture
3.1. Technology Stack
- **Frontend:** HTML, Javascript,
Three.js
- **Backend:**
Node.js, Express
- **Blockchain:** Ethereum / Polygon for NFTs
- **Database:** MongoDB for storing user data and NFT metadata
- **
Socket.IO for real-time updates**
3.2. Blockchain Integration
- Utilize smart contracts for the creation, buying, and selling of NFTs.
- Integration with wallets (MetaMask, etc.) For user authentication and transaction management.
3.3. Multiplayer Functionality
- Implement real-time multiplayer capabilities using WebSockets or similar technologies.
- Allow players to visit each other’s decorations in the shared virtual space.
3.4. NFT Minting and Trading
- Develop a user-friendly interface for minting new NFTs.
- Include a marketplace for buying/selling/trading NFTs within the game.
4. User Experience
4.1. User Interface Design
- Intuitive navigation for exploring the building.
- Drag-and-drop functionality for placing NFTs in the environment.
4.2. User Journey
1. Sign up and connect a wallet.
2. Browse the NFT marketplace.
3. Purchase NFTs and enter the multi-layer building.
4. Customize spaces with NFTs.
5. Showcase spaces to friends and the wider community.
4.3. Marketplace Integration
- Display various NFTs grouped by categories.
- Implement filtering options based on themes, price, and rarity.
5. Marketing Strategy
5.1. Community Engagement
- Build a Discord community for players and NFT collectors.
- Host events and competitions for the best-decorated spaces.
5.2. Promotion Channels
- Utilize social media (Twitter, Instagram) to showcase unique creations.
- Collaborate with influencers in the crypto and gaming space.
5.3. Partnerships
- Collaborate with artists and creators to develop exclusive NFT decorations.
Milestones
- Initial development of the game engine and NFT functionality (Months 2-4)
- Alpha testing and community feedback (Month 5)
- Beta launch (Month 6)
Delivery term: Not specified