Whitepaper
  • Who Is Teddy?
    • 🧸Token Distribution for Teddy
  • Introduction
    • 🧸Overview
    • 🧸Motivation
    • 🧸Current Implementation and Future Vision
  • Game Objetives
    • 🧸Main Objective
    • 🧸Secondary Objetives
  • Game Mechanics
    • 🧸Main Character
    • 🧸Controls
    • 🧸Obstacles
    • 🧸Scoring And Game Over
  • Blockchain Integration
    • 🧸🟣 Solana Network
    • 🧸Reward System
    • 🧸Transparency, Security and Future Development
  • Technical Details
    • 🧸Development Technology
    • 🧸Optimization, Compatibility and Security
  • Development Phases
    • 🧸Game Development Roadmap
  • NFTs and Digital Assets
    • 🧸NFTs and Utility Access
    • 🧸Requirements for Participating in Events.
    • 🧸Distribution of Funds and Rewards
    • 🧸NFT Value Growth, Trading, and Future Prospects
  • Community and Marketing
    • 🧸Community Engagement
    • 🧸Marketing
  • Conclusion
    • 🧸The Road Ahead
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  1. Technical Details

Development Technology

Teddy Jump is built on a solid technological foundation that combines modern web development tools with a long-term vision for blockchain integration and an optimized experience across both desktop and mobile platforms. Below is an overview of the key technical components behind the project:

🎮 Game Engine

  • Phaser.js A lightweight and efficient 2D game development framework used to build the core gameplay, animations, and physics of Teddy Jump. Phaser.js enables a smooth and responsive experience, particularly in desktop web browsers where the game is currently optimized.

💻 Programming Languages

  • HTML5 & JavaScript The game is developed primarily in HTML5 and JavaScript, ensuring compatibility with all major modern browsers and requiring no additional plugins or installations.

  • CSS3 Used to design and style the game interface for a consistent and responsive user experience. The layout is adaptable to a range of screen sizes, with ongoing improvements planned for mobile performance.

🛠️ Backend & Database

  • Node.js The backend server is built on Node.js, supporting real-time gameplay interactions and efficient request handling.

  • SQL Database Game data, including player scores and session information, is currently stored in a secure and scalable SQL database to ensure reliable performance and data integrity.

🔗 Blockchain Integration (Planned)

  • Solana Integration Future versions of Teddy Jump will integrate with the Solana blockchain, enabling decentralized reward distribution, on-chain score validation, and token-based gameplay logic.

  • Web3 & Solana SDKs Blockchain interactions will be facilitated using appropriate Solana-compatible libraries such as @solana/web3.js for wallet integration, transaction signing, and token transfers.

  • Smart Contracts (Solana Programs) Smart contracts — or programs, in the Solana ecosystem — will manage key game mechanics on-chain, including entry fee handling, reward allocation, leaderboard validation, and token burning.

🔊 Audio & Visual Design

  • Audio The game includes optimized sound effects and music, enhancing immersion without compromising performance. All audio is handled through Phaser.js’s built-in audio API.

  • Graphics The visual style follows a bold, expressive cartoon aesthetic that reflects Teddy’s rebellious personality. Sprites and backgrounds are optimized for smooth performance across devices while maintaining thematic consistency with the Teddy brand.

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Last updated 13 days ago

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