UMetaWorld uses innovative technologies such as VR, AR, and blockchain to create a bridge between physical and virtual experiences. It promises to be an immersive environment where users can socialize, interact, transact, and create their own assets in the form of Non-Fungible Tokens (NFTs).
Unity 3D, Unreal Engine, Ethereum Blockchain (Solidity), React.js, Node.js
About UMetaWorld
Designed as a virtual replica of the real world, UMetaWorld invites users to socialize, interact, and transact in an engaging digital landscape. With features allowing for customization of avatars and exploration of augmented cities and places, we empower our community with a new level of digital freedom. Leveraging Binance Smart Chain and cross-chain technology, we ensure seamless, secure transactions across the platform.
Сhallenge:
Developing a project like UMetaWorld presents a multifaceted challenge. The platform needs to support a VR-based metaverse that incorporates elements of the physical world into a virtual environment, facilitate blockchain transactions, enable the creation and trading of NFTs, provide a high degree of scalability and performance, and ensure a seamless user experience across various devices.
Solution:
The development team deployed Unity 3D and Unreal Engine for VR creation, Ethereum and Binance Smart Chain for blockchain transactions and NFTs, and Inter Blockchain Communication Protocol for cross-chain interoperability. Backend was handled using Node.js and Express.js, while frontend utilized React.js and Three.js. Python was used for computational tasks, MongoDB for data management, and React Native for mobile accessibility. IPFS and AWS ensured decentralized storage and robust hosting.
- Developed an immersive virtual reality platform replicating the real world.
- Enabled creation and trading of NFTs through blockchain technology.
- Implemented cross-chain technology for broad transaction capabilities.
- Created a customizable user experience, including personalized avatars.
- Ensured high scalability and performance to accommodate growth.
