Virtual wine experience

Create your own wine using generative AI, mint it as NFT and receive the bottle

Virtual wine experience generated by AI

Virtual wine

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Virtual wines are crafted through an innovative process driven by boundless innovation and AI-powered algorithms.

Unburdened by traditional constraints, virtual wines are conceived on a whole new level, guided solely by the limitless boundaries of human imagination and the algorithms' capacity to synthesize and explore unimaginable flavor combinations.

AI provides a possibility to explore efficiently the parameter space of limitless possibilities of blending and matching, thus providing unexplored and highly customized wine experience with controlled rarity.

Steps to design a new blend


User defines preferences and personalize the taste, acidity, aromas, sweetness.

Data analysis

AI algorithm designs the personalized blend from available ingredients in the database insuring harmonized and balanced blend with maximal quality.

Blend inferrence
Wine creation and NFT mint

The designed blend composition recite, parameters and final properties  of the wine are minted as unique NFT together with suggestions for drinking and food pairing. Real physical bottle is created in parallel.

Parameters to consider for a well balanced wine

Grape Varieties

The selection of grape varieties plays a crucial role in achieving balance. Different varieties bring unique flavors, acidity levels, tannin structures, and aromatic profiles. The proportions and combination of these varieties need to be carefully considered to create a balanced blend.


Tannins come from the skins, seeds, and stems of grapes and contribute to the structure and mouthfeel of a wine. For red wines, tannins can add complexity and aging potential. The balance of tannins is important to avoid a wine being overly astringent or too soft.


Alcohol content affects the body and perceived sweetness of the wine. A well-balanced blend should have alcohol levels that are in harmony with the other elements, without overpowering the flavors or resulting in a hot or unbalanced sensation.


The level of residual sugar in a wine can impact its perceived sweetness. Whether the blend is dry, off-dry, or sweet, it should be in balance with the other components. The sweetness should neither dominate nor be too subdued.


Acidity provides freshness and liveliness to a wine. It helps balance the sweetness and enhances the overall structure. A well-balanced blend should have the right level of acidity, which can vary depending on the grape varieties used.

Aging Potential

A well-balanced blend often has the potential to age gracefully. The integration of tannins, acidity, and other components allows the wine to develop complexity and evolve over time.

Flavor Intensity

The flavors and intensity of the blend should be well-balanced, ensuring that no single component overwhelms the others. The flavors should complement each other and create a harmonious taste experience.

Harmony and Complexity

A well-balanced blend should exhibit a harmonious interplay of all its components. It should be complex, offering layers of flavor and aromas that work together seamlessly.

How it works

Agent 1: Architect

This component utilizes AI-driven algorithms to analyze the user's preferences, desired flavor profiles, and existing wine blends. It suggests suitable ingredients and proportions to create unique blends. The recommendation system learns and improves over time based on user feedback.

The virtual sommelier bot maintains a comprehensive database of ingredients used in winemaking. It includes various grape varieties, fermentation agents, oak types, additives, and other flavor enhancers. The database is regularly updated to ensure accuracy and account for emerging trends.

To provide a realistic experience, the virtual sommelier bot incorporates a simulation module. It leverages sensory data and flavor profiles to create virtual tastings of proposed blends. Users can virtually taste and evaluate their creations, gaining insights into the potential flavors and characteristics of the blend.

Agent 2: Developer

The bot interacts with users, collecting information about their preferences, desired wine characteristics, and existing blends. Using the recommendation system, it suggests suitable ingredients, proportions, and techniques to achieve the desired blend.

Leveraging the extensive ingredient database, the bot suggests specific grape varieties, fermentation agents, oak types, additives, and flavor enhancers that complement the user's preferences. It provides detailed information on each ingredient's attributes and how they contribute to the final blend.

The bot allows users to virtually taste their proposed blends. By inputting the blend composition, the simulation module generates a detailed flavor profile, taking into account the characteristics of the selected ingredients. Users can explore the aroma, body, acidity, and other sensory aspects of their virtual blend.

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Virtual Wine NFT

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Help us to design virtual wine as a product

What you get

High customization

Controlled rarity

Controlled ownership

Special wine for events and gifts

Real wine experience

Virtual wine experience

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