Lepasa

Fine Art 3D Game Ready NFTs

Lepasa is a unique platform designed with unique innovations and new features to overcome all of the shortcomings of centralized network. With LEDA Token, we create an ecosystem that will bring everyone who believes in innovation to join the new and fair oligarchy of Crypto and NFT. Lepasa is a journey to make this world a better place.

Lepasa.io is a new kind of blockchain-based ecosystem that will be the core of the global community behind the Crypto & NFT revolution. Lepasa will link millions of people around the world to help them find one another, understand their passions and realize their dreams. Our vision is to build a healthier new world ecosystem where everyone can connect, share, support and inspire each other to bring more fun into their lives.

We are committed to creating ecosystems that will bring communities together and facilitate real-world usage of the LEPASA token. We believe that Crypto and Non-Fungible/Collectible (NFT) will connect everybody and create a revolution. Lepasa is a one stop ecosystem, providing possibilities and exciting possibilities for everyone to participate in.

Vision

The vision of Lepasa, is to create a mythological world that habitats beautiful legendaries. Which will offer a social experience with an economy driven by layers of land and unique creatures ownership, with content distribution. Developers will be able to create applications on top of Lepasa, distribute them to users, and monetise them.

In the future project may have possibilities to implement peer-to-peer communications, a scripting system for interactive content, and a system of cryptocurrency payments for in-world transactions. A communication layer for social experiences, providing positioning, postures, voice chat, and more; This can be achieved with a P2P network. The scripting system is the tool that land owners can use to describe the behaviour and interactions of 3D objects, sound, and applications running on land blocks.

The planned zones and their capability of development on top of land will make Lepasa land blocks unique. Every land block would be defined with a unique address with devoted characteristics of the area. This will help for spatial discovery of new content and the creation of a special theme. Blocks in Lepasa have a fixed amount of adjacencies. Additionally, the content of adjacent blocks can be seen from a distance. For content creators, the establishment of zones provide access to targeted traffic; for end users, it enables discovery of themed experiences. Users can travel through neighbourhoods and interact with applications that they stumble upon. Developers can acquire users by purchasing land in high-interest areas. This will allow secondary markets to develop around land ownership and rentals, as is already happening on another virtual world projects.

Use Cases

Applications & Games

The scripting language would allow to develop the applications, games, gambling, and dynamic 3D scenes and to handle a wide range of capabilities, including creating objects, loading textures, handling physics, encoding user interactions, sounds, payments, and external calls, among others.

Advertising

Brands may advertise using billboards near, or in, high-interest land blocks to promote their products, services, and events. Some neighbourhoods may become virtual versions of prominent locations for advertisers because of high interest of users. Additionally, brands may showcase products, services and create shared experiences to engage with their audience.

Digital Collectibles (NFT)

We expect users to publish, distribute, and collect rare digital assets issued by Lepasa and the other blockchain projects by their creators. Just as it occurs today in other virtual worlds or through online forums, these digital assets would be traded inside this world through the scripting system and be backed by the aforementioned naming system.

Socialising

Groups that currently gather in online forums, chat groups, or even other centralised multiplayer games could port their communities into Lepasa. Offline communities could also find in Lepasa a space to gather and interactions. For example Facebook has large number of users from around the world and it gives them ability to create groups, applications and sub platforms, where they interact for their objectives. Similarly in Lepasa users should have even better opportunities to explore.

Tourism

Virtual Tourism is something that has a strong future. When artists across the globe can inhabit their imaginations on Lapasa platform, it brings possibilities even for school students and researchers to visit Lepasa for learning, training and adventure.

E-Commerce

Online shopping on websites and mobile are very well established to the core of every corner across the globe, Possibility of large number of Lepasa habitants can inspire global sellers to sell real stuff to the users by their virtual store on the platform. Other virtual world games have witnessed this already.

Technology & Architecture -

The proposed protocol has 3 divisions.

Registry Layer - This layer records permanent data of land owners and their content.
Content Layer - Here it brings assets built on top of the land block using decentralised systems.
P2P Layer - Facilitates developer’s, land owner’s users to interact with each other with various channels like text & voice chat.

Land ownership is recorded at the registry layer, where land content is referenced through a hash of the file’s content. From this reference the information can be downloaded from IPFS. The downloaded file contains a description of objects, textures, sounds, and other elements needed to render the particular scene. It also contains the URL of a rendezvous server to coordinate connections between P2P users that are exploring the tile simultaneously.

Registry Layer

Ethereum smart contract (ERC-721) to maintain a ledger of ownership records for land blocks. These non-fungible digital assets can be called as LAND: each LAND has unique (Direction, Zone#,Land#,) coordinates, an owner, and a reference to the content description file, which encodes what the landowner wants to serve there. Lepasa clients will connect to the Ethereum network to fetch updates to the state of the LAND smart contract. LAND is claimed by LEPA, a fungible ERC-20 token of fixed supply. And every swap burns LEPA to create scarcity of the token. This token serves as a proxy for the cost of claiming a new land block.

Content Layer

Lepasa uses a decentralised storage system to distribute the content needed to render the scene. For each block that needs to be rendered, a reference to a file with the description of the block’s content is retrieved from the smart contract meta data. As of today the Inter-Planetary File System (IPFS) that provides a mature solution for the requirements, shall be used. This decentralised distribution system allows project to work without the need of any centralised server infrastructure. This allows the world to exist as long as it has contributors distributing content, shifting the cost of running the system to the same actors that benefit from it.

However, hosting these files and the bandwidth required to serve this content has costs. Sooner, this infrastructure cost can be covered by the use of protocols like Filecoin. Until this technology becomes mature. The sale of LEPA shall cover these costs over the period.

P2P Layer

Peer-to-peer connections are required to provide interactions between users, as well as programmes that the landowner wants to run inside the block. To coordinate the bootstrap of peer-to-peer connections, landowners will have to provide rendezvous servers.

The maintenance of these servers can be incentivised the same way as content servers. When lightweight protocols like STUN13 can cover the functionality required from the server, the costs would be fairly low. The social experience of users in Lepasa will include avatars, the positioning of other users, voice chat, messaging, and interaction with the virtual environment. The different protocols used to coordinate these features can work on top of existing P2P solutions like Federated VoIP or WebRTC.