Technology overview
Avvyland is a no-code framework underpinned by three concepts: immersivity achieved via 3D space and augmented reality, decentralization based on blockchain, and services for creating user-generated content. This combination makes it possible to perform life-like activities in an intuitive environment run by a reliable and transparent engine.
Open-source protocols and user-friendly services allow users with any background to implement any idea, from narrow-purpose scenarios to self-evolving virtual realities.
Our mobile app functions in AR mode to provide users with the most immersive experience. The web app can be accessed from PCs, tablets, phones, or other devices, and is excellent for professional activities.
Technology
Universe of Branes and Objects
The Avvyland universe is an infinite set of independent and interlinked DApps called Branes. A Brane is a separate space with its own settings, system of governance, and economic rules.
Every Brane has a geolocation anchor in the real world but can be projected onto any point on Earth. Users can explore nearby Branes or access remote Branes via links. Once a Brane has been created, it can be retained by its creator or sold as an NFT object.
Every Brane has a geolocation anchor in the real world but can be projected onto any point on Earth. Users can explore nearby Branes or access remote Branes via links. Once a Brane has been created, it can be retained by its creator or sold as an NFT object.
Brane Object Model
Avvyland space is arranged as a 3D grid composed of identical cells. The grid works as a consistent address system that can comprise an infinite number of different objects and uniquely determine their alignment, setup, or status.
All entities in Avvyland – blocks, structures, Branes, and even users – are objects, which are recorded in the blockchain as unique assets. Avvyland objects have their own configurable properties and states and interact with each other according to user-defined rules.
All entities in Avvyland – blocks, structures, Branes, and even users – are objects, which are recorded in the blockchain as unique assets. Avvyland objects have their own configurable properties and states and interact with each other according to user-defined rules.
Blockchain
The proprietary lower layer contains a distributed net of independent nodes that process Branes’ incoming messages and transactions. Processing results are sent to the upper layer for validation.
The upper level is designed on an ETH-based virtual machine. It will first be deployed on Avalanche and, after that, on other EVMs. This layer fulfills governing functions through staking and various ledgers that track the states of the lower-level objects and validate the data received using a commit-reveal scheme. All operations on both levels are automated and executed in a P2P mode, without any intermediaries.
The upper level is designed on an ETH-based virtual machine. It will first be deployed on Avalanche and, after that, on other EVMs. This layer fulfills governing functions through staking and various ledgers that track the states of the lower-level objects and validate the data received using a commit-reveal scheme. All operations on both levels are automated and executed in a P2P mode, without any intermediaries.
At its core, Avvyland is based on blockchain technology aligned with the framework’s distributed architecture, which includes thin clients and cloud servers.
This design makes it possible to process large quantities of data in Avvyland’s blockchain while independently verifying that it has been done correctly. By connecting to a public blockchain, the system’s transparency and veracity are ensured.
Blockchain is used as an underlying system for recording all transactions involving objects and assets, including changes in their physical configuration and commercial operations. Avvyland’s blockchain has been developed to create a truly scalable and self-governing network of DApps.
Blockchain is used as an underlying system for recording all transactions involving objects and assets, including changes in their physical configuration and commercial operations. Avvyland’s blockchain has been developed to create a truly scalable and self-governing network of DApps.
Augmented Reality and Immersivity
Avvyland’s framework ensures the most immersive user experience.
AR Relocalization
A realistic virtual environment
Unlimited activities like in a real life
Highly intuitive interaction with the environment via 3D objects
Users can interact with Avvyland via mobile apps with AR support. We have developed unique AR relocalization technology that significantly distinguishes Avvyland from other AR products.
Relocalization technology is based on image recognition by a neural net that robustly relocates a Brane despite minor changes in the environment, weather, or illumination.
Our virtual spaces are anchored to the location where they are created. Each geolocation is defined by a unique set of vectors that permanently identify this place. A link between virtual and physical locations can be set in a way that only one virtual place can be attached to a specific lot.
Relocalization technology is based on image recognition by a neural net that robustly relocates a Brane despite minor changes in the environment, weather, or illumination.
Our virtual spaces are anchored to the location where they are created. Each geolocation is defined by a unique set of vectors that permanently identify this place. A link between virtual and physical locations can be set in a way that only one virtual place can be attached to a specific lot.
We create an environment that is easy to understand and use, while requiring minimum skills to get started.
User-Generated Content
Our third unique feature provides methods and services that allow users to create content themselves. Based on Brane Object Model principles, we have developed intuitive, no-code solutions for content creation that are accessible to anyone.
Game-like creation
Virtual spaces, or Branes, can be built using life-like 3D objects, which are placed into the space in a game-like fashion
Unified Content System
Objects can be created using a visual service called Unified Content System
Blockchain Smart Contracts
The objects’ properties and logic can be set by users as well. Every object is registered in the blockchain and can be configured via smart contracts. We offer DSL (domain-specific language) to visually set up these contracts in a user-friendly way
Opportunities and Purposes
Avvyland is a truly immersive framework, where users can perform virtually any task, regardless of background and skills. Avvyland’s omni-purpose mechanics and blockchain-based economy make it possible to employ various kinds of commercial cases of any complexity or scale, making it an ideal place for any user to develop and launch business ideas.
Users can create showrooms, marketplaces, professional AR products, and video games. Use cases can include:
Users can create showrooms, marketplaces, professional AR products, and video games. Use cases can include:
App Design
Avvyland’s no-code visual programming makes it possible to set up Branes and attach them to places anywhere in the world, or to build limitless game worlds with plenty of blocks and procedures.
A special object type called metablocks makes it possible to configure app behavior and populate virtual worlds with creatures and characters that are also complex objects.
A special object type called metablocks makes it possible to configure app behavior and populate virtual worlds with creatures and characters that are also complex objects.
Art & Creativity
It is possible to set up art galleries anywhere in the world and create artwork and art installations by designing your own blocks in external editors and loading them into Avvyland.
The system offers a vast palette of blocks and reusable objects, as well as the option to create original freeform metablocks by sculpting or scripting.
The system offers a vast palette of blocks and reusable objects, as well as the option to create original freeform metablocks by sculpting or scripting.
Design & Architecture
Architects and designers can model buildings, houses, and other structures with an immense set of blocks and objects with real-world prototypes and place them in a real environment via AR.
Users can collaborate on designs with customers, contractors, designers, and colleagues face-to-face (avvy-to-avvy). Any of the collaborators can automatically generate a bill of materials, estimate the structure’s strength and energy efficiency, and get assembly instructions at any design stage.
Users can collaborate on designs with customers, contractors, designers, and colleagues face-to-face (avvy-to-avvy). Any of the collaborators can automatically generate a bill of materials, estimate the structure’s strength and energy efficiency, and get assembly instructions at any design stage.
Trade
A Brane can be set up as a Market – supermarket, store, showroom – where digital and physical goods can be sold for fiat or cryptocurrency.
Traders can use Avvyland’s native smart contract engine or attach an existing store backend via a simple API. An original AI-based 3D scanning feature makes it possible to create product avatars and add them to the storefront. Brane owners can offer vending machines (complex objects with integrated goods and sales logic) to each other.
Traders can use Avvyland’s native smart contract engine or attach an existing store backend via a simple API. An original AI-based 3D scanning feature makes it possible to create product avatars and add them to the storefront. Brane owners can offer vending machines (complex objects with integrated goods and sales logic) to each other.
Advertisement
Avvyland makes it possible to earn money by placing advertising objects in ad locations on popular Branes. A broad selection of advertisements can be created, from static banners and media-containing objects to interactive advertising games and theme parks.
Promotional campaigns can include product avatars, gift cards, discount vouchers, etc. Interactive models allow users to see how complex products work and learn about all the benefits of the advertised items.
Promotional campaigns can include product avatars, gift cards, discount vouchers, etc. Interactive models allow users to see how complex products work and learn about all the benefits of the advertised items.
