Beli Spheroid Universe (SPH) di Japan

Spheroid Universe is a decentralized platform focused on the development and deployment of projects in augmented reality and extended reality. Launched around 2017 and headquartered in the Netherlands, the project aims to create a digital layer over the physical world, bridging the gap between real and virtual environments. The core of the ecosystem is built on a technological foundation that includes the Spheroid AR Cloud operating system and a specialized programming language called Spheroid Script. This language is designed to streamline the creation of high-performance AR applications for mobile devices. Developers also have access to the Spheroid Demiurge, a cloud-based integrated development environment that facilitates collaborative work on digital worlds and interactive content. One of the central features of the platform is the concept of Spaces. These are digital plots of land that correspond to specific geographic coordinates on Earth. Each Space is a unique non-fungible token that gives the owner the right to manage and monetize that specific location within the augmented reality layer. Unlike traditional social media or tech platforms where centralized corporations own the data and profits, Spheroid Universe allows individuals to own their digital property and earn from activities like advertising, gaming, and entertainment content placed in their Spaces. The native utility token of the platform is known as SPH. It serves as the primary currency within the ecosystem and is available on blockchains such as Ethereum and Polygon. SPH is used by participants for several functions, including the purchase of Spaces on the project marketplace and as a payment method for placing interactive advertisements or digital objects. When tokens are used to buy Spaces on the primary market, they are typically removed from circulation through a burning process. Beyond virtual land and development tools, the project includes an initiative called Spheroid Earth. This is a community-driven project that uses artificial intelligence and computer vision to build a three-dimensional map of the world. Users contribute photographic data to help reconstruct real-world locations as digital point clouds, which are then integrated into the platform to improve the accuracy of augmented reality positioning. The ecosystem caters to a wide variety of industries, including education, tourism, and retail. By providing tools for immersive experiences and decentralized ownership, the project seeks to foster a new digital economy where users and creators have direct control over their digital environment and its monetization. Pelajari Lebih Lanjut