Dynamic NFT (dNFT) token is a type of token that is designed in such a way that its characteristics change according to new conditions. The most common use of dynamic asynchronous tokens is in the blockchain gaming industry; Because the in-game NFTs can be designed so that their shape and capabilities change as the player advances to the next stage.
Non-Fact Tokens (NFT) need no iroduction. Currely, they are an importa part of the blockchain industry and have expanded their popularity and applicability beyond the boundaries of digital currency projects. However, most of the curre asynchronous tokens have static and fixed properties.
In other words, after being registered on the blockchain, the shape, ideifiers, and metadata of these tokens remain the same and do not change. Now imagine a dynamic and variable token that can take differe shapes and forms while maiaining autheicity and security.
In fact, dynamic asynchronous tokens are designed to change after certain criteria are met or in response to predefined triggers. These tokens use smart coract technology and deceralized oracles to communicate with the world outside the blockchain.
In this article, with the help of an article from the Coingeco website, we will examine the dynamic non-monogamous token and how it works. Then, we will get acquaied with the advaages and disadvaages of this type of non-traditional token, and finally, we will meion some curre applications of this type of NFT. To learn more about the new generation of NFTs, stay with us uil the end of this article.
What is a dynamic heterogeneity token?
In a simple definition, a dynamic NFT token (dNFT) is a type of token whose data changes in response to external stimuli. These stimuli initiate unique changes based on pre-programmed and flexible criteria. For example, in blockchain games, unique in-game tokens can be designed in such a way that their shape and functionality change as the player advances to the next level.
Read more: NFT making tutorial; How to sell our token?
It should be noted that the dynamic asynchronous token technology has existed for a long time and was even used in the game CryptoKitties in 2017. However, this type of token has found more uses and has become more importa today. For example, in June 2021, basketball star LaMelo Ball eered the non-coin space by releasing special NFTs that changed their shape based on external data.
For example, if the player won awards such as Rookie of the Year, the value of the NFT token would also increase. It is ieresting to note that Lamelo Ball’s tokens are now considered to be simple and early examples of dynamic heteronormative tokens, and dNFTs have seen a lot of developme since then.
Read more: Getting to know 4 NFT applications in the real world
tokenThe How does dynamic heterogeneity work?Theslow?
Dynamic asynchronous tokens retain their unique ideifiers on the blockchain; But the metadata and appearance of these tokens changes based on the new status of the smart token coract and in response to external data. So, they are the same non-coin tokens, but with new features. The three main elemes that make up dNFTs are: the ERC1155 standard of asynchronous tokens and a set of smart coracts and deceralized oracles.
The ERC1155 token standard is something between the ERC721 asynchronous token standard and the ERC20 standard token. The ERC1155 standard is flexible and allows the token to change based on smart coract data.
Read more: What is NFT0.2? The emergence of a new generation of non-homologous tokens
Oracles are manageme systems and data feeds that connect the system to the outside world. Oracles, after obtaining reliable data, transfer it to smart coracts. In fact, in the deceralized finance industry and other blockchain systems that require reliable data from external sources, deceralized oracles such as Chainlink have found many applications.
In dynamic asynchronous tokens, oracles do the same and are the only data source for these tokens. They sort the data and communicate the necessary changes to the dNFTs smart coracts. The smart coract also manages the metadata change process. This coract is designed to be able to retrieve information from oracles and make automatic changes to related data.
How dNFT works
In short, the ERC1155 standard is built using a set of metadata and a smart coract associated with Oracle. Oracle communicates with an environme outside the blockchain and receives off-chain data. After receiving new data, Oracle passes it to the dynamic token smart coract.
Then, the smart coract selects the necessary information from the oracle and automatically modifies the metadata of the token token according to a pre-designed algorithm. This process is carried out in the form of a semi-open system for non-traditional tokens and has special advaages, some of which we will meion below.
Pros and Cons of Dynamic Asynchronous Token
A flexible blockchain system such as a dynamic asynchronous token can have several advaages. In the following, we meion two examples of these benefits.
- User activity and ieraction: The dynamic token is a semi-open system that works based on data availability and forms an effective, ieractive, two-way communication channel. For example, a meteorological dNFT could indicate weather changes, or the appearance of an in-game dNFT could change based on player progress or expertise.
- Applicability and general acceptance: Asynchronous tokens are statically limited and their information remains consta over time. Thus, a handful of these tokens can fit io the ieractive system. Hence, the use of traditional non-like tokens usually does not extend beyond profile pictures. On the other hand, the dynamic heterogeneity token is not limited and can be used in wider systems. In fact, dynamic asynchronous tokens adapt well to many real-world systems such as real estate and even vehicle tracking. In the coinuation of this article, we refer to more examples of these applications.
Disadvaages of dynamic heterogeneity token
Along with the advaages and achievemes of dynamic tokens, it is not bad to poi out some of their disadvaages:
- Need advanced resources: Thanks to the apps and platforms available, creating non-static tokens is not that difficult even for non-professional and non-technical developers. However, the creation (miing) of dynamic asynchronous tokens requires more knowledge and expertise. In addition to the normal NFT miing process, one must have a thorough knowledge of how smart coracts and oracle technology work in order to properly develop the ieractive capabilities and mutable features of dynamic asynchronous tokens.
Read more: Best tools for making NFTs
- Need a lot of computing resources: The normal mi token process does not require a lot of computing resources. On the other hand, in order to build dynamic asynchronous tokens, the developer must work on multiple smart coracts and oracles; Therefore, it requires much more hardware and software computing resources. It should be meioned that even after the mi token, the manageme and maienance of dynamic NFTs requires more computing resources, and finally, the maienance of the dynamic non-monotonic token imposes a higher cost on the hands of the creator and owner.
- Increased security risk: Dynamic asynchronous tokens are designed to coinuously ieract with oracles that mine off-chain data. Also, the data obtained from this ieraction causes coinuous change in the metadata. Therefore, dynamic asynchronous tokens are open to the environme outside the blockchain and appear more vulnerable to possible attack by malicious players. If Oracle is compromised, a hacker can bypass blockchain security measures and hack io the system. Thus, the attacker poteially gains access to the blockchain system and the attacked wallet.
What are the applications of dynamic non-monotonic token?
The dynamic token has many uses, and in the rest of the article, we will meion only a few examples of them. We should not forget that these tokens have only recely been considered and are likely to have many more uses in the future.
Gaming
GameFi projects and deceralized games are one of the common uses of non-monogamous tokens. The reward system in GameFi and blockchain-based games works based on non-monogamous tokens. Players also enjoy full ownership of their in-game items thanks to unique tokens. In blockchain games, NFTs can also represe characters and their abilities. However, these tokens are fixed and static, and in most cases, a new token must be created in the game in order to represe the change of game features and characters.
Dynamic asynchronous tokens are a big help in these situations and can take deceralized game design to a new level. Dynamic non-game tokens allow gamers to use a single NFT to represe a character or other in-game item throughout the game, coinuously changing it at each stage.
Read more: What is Gimfai? Get to know the world of deceralized games
For example, when a gamer was to change a character or its characteristics in role-playing games, he can use dynamic and changeable tokens to represe the character’s new abilities. Similarly, the in-game items can change their shape with the help of these tokens, despite keeping the initial ID of the token on the blockchain. For example, a single sword in the game can gain new abilities while remaining the same.
Using dynamic asynchronous tokens in deceralized games can save resources and provide a more immersive experience to gamers. Hence, dynamic asynchronous tokens can have an undeniable impact on the future of blockchain gaming.
Sumanstar
Sui Monstar is one of the deceralized blockchain games designed by dNFT-based characters. As gamers play, features such as health and friendships and accessories are also updated and changed in game characters. Although dynamic asynchronous tokens are still in their early stages, it can be predicted that more gaming platforms will adopt dNFT-based design in the future.
Real estate and landTheVirtual ones
Currely, one of the most importa and common uses of non-standard tokens is buying and selling virtual lands. In this space, virtual tokens play the role of virtual lands, and the holder of the token is considered the real owner of the land. Non-property tokens have metadata that is recorded at the time the token is mied and describes the properties of the property such as the size of the land.
However, property information almost never stays the same. During the routine of land manageme and developme, part of the land information changes, and non-fixed tokens cannot reflect new data changes due to their immutable nature. This is where dynamic asynchronous tokens come io play.
Read more: What is NFTfi?
Real estate projects can issue a dynamic asynchronous token with a smart coract and oracle that reflects changes in land features by instaly changing metadata information. For example, the virtual real estate platform Coded Estate has created a system based on dynamic asynchronous tokens and smart coracts and zero knowledge technology.
In addition to providing a short-term property real market and the availability of advanced homes, this project brings innovation and progress io the traditional real estate space. This project hopes to build a more deceralized market in the world of virtual real estate by increasing transparency, liquidity and efficiency.
Art
A large part of the token space is dedicated to art. Tokens like Cryptopunks and Board Ip Yacht Club (BAYC), which somehow fall io the category of works of art, have dominated the world of NFTs so far. However, dynamic non-monotonic tokens are gradually attracting the atteion of creators and collectors of digital artworks.
Tokens such as “Ties that Bind” and “Weather Jar”, which were created by artists such as Shavonne Wong and Zenavi, use dynamic asynchronous token technology. These works of art change their shape in response to certain eves.
The metadata of the “Ties that Bind” collection changes based on off-chain information such as changes in the artist’s age or blockchain traffic, and the metadata of the “Weather Jar” work changes according to the time and weather in Jakarta, the capital of Indonesia.
In the digital art space, the applications of dynamic non-ideical tokens are coinuously increasing. The ability of dNFTs to change shape has a significa impact on the value that digital art gives to these tokens.
Read more: Know the most expensive NFTs in the world
Funding eves
As similar tokens as Ether and Bitcoin are considered as iermediaries for providing capital, non-similar tokens can also be new iermediaries for collecting capital in new projects. These projects may be charitable or for-profit.
For example, “Regenerative Resources” uses non-coin tokens to fund its environmeal project. This project offered a dynamic non-monotonic token that takes on a new form every time the token is resold.
This feature not only turns funding io an ieractive process; Rather, it creates a lot of attraction for collectors who wa to participate in this eve in a bigger way for the benefit of the environme and ecosystem. It should be said that this environmeal project hopes to be able to use the obtained funds to save the destroyed lands and restore their wildlife.
Sport
The space of differe tokens has been attractive for sports teams and differe athletes; Because it can be a mediator for teams and famous people to communicate with their fans. Also, these tokens can create a revenue stream for teams and athletes. So far, many football and basketball stars have offered atypical tokens with perks such as meeting in person or attending major games.
However, most of these asynchronous tokens are fixed and static. Although Lamelo Ball’s NFT token is considered one of the few examples of dynamic heterosexual tokens in sports, it can well demonstrate the capacities of dynamic heterosexual tokens in this field. Many ideas and opportunities are available in the sports space with the help of dynamic asynchronous tokens. In practice, dynamic heterosexual tokens bring “flexibility” to the sports industry; An outstanding feature that non-static tokens fail to provide.
Vehicle information tracking
It is ieresting to know that the Tonale SUV produced by Alfa Romeo offers a unique dynamic token that can track information such as maienance records or car mileage. With this fascinating experime, Alfa Romeo is looking for a reliable and immutable recording of its new vehicle’s information.
Thus, the car owner is sure that he can correctly prese the car’s records to the next owner every time he sells it. Dynamic Asynchronous Token technology changes the token’s metadata every time a new kilometer is traveled or a specific maienance is performed on it. It should be noted that to protect privacy, information is transferred and registered to the token smart coract only if the curre owner approves.
Read more: 10 famous brands that have invested in NFT
Digital ideity
Currely, non-ideical tokens play an importa role in deceralized ideity verification systems. These systems take advaage of the immutability of unique tokens to store personal information and create an easy verification system for this information. For example, Ethereum’s Soulbound non-homogeneous tokens are examples of ai-hacking and ai-tamper autheication non-homogeneous tokens.
Non-static tokens are used in some of these applications; But personal data often changes. People’s ages and certificates and other details change from time to time and need to be updated. Therefore, dynamic non-monotonic tokens can find an importa use in this space as well. Instead of creating a new token with each change of personal information, dynamic tokens can be used. The metadata of these tokens is designed to change in response to new information.
TotalTheclassification
Generative tokens are evolving in form and idea. The first generation of unique tokens we beyond the boundaries of blockchain and crypto and met with a wide and positive reception. Therefore, it can be easily predicted that the wider capabilities of dynamic asynchronous tokens can easily grow this type of token and bring it to even greater popularity and acceptance than static asynchronous tokens.
In fact, the unique capacities of dynamic non-monotonic tokens in flexibility and applicability have increased the applications of this type of token. In this article, some of these applications were meioned; But as the industry and technology of NFTs grow, it is predicted that many more applications will be created for these heterogeneous and variable tokens.
However, we must not forget that, like any new technology, dynamic asynchronous tokens will also undergo considerable change and evolution, and any new technology in deceralized finance can face risks in various areas, such as investme risks or privacy issues.
