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Future Readiness with Non-Fungible Tokens (NFTs): Prospects and Challenges

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21 February 2023

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24 February 2023

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Abstract
This article discusses the impact of new financial technologies, such as Non-Fungible Tokens (NFTs) on traditional industries such as art, sports, and game, while focusing on the recently formed "Metaverse" market. As a component of the overall blockchain ecosystem, the history of the establishment of NFT is analyzed. The impact of Web3 and intelligent contracts on Fintech are also investigated. This study examines the general trends in the NFTs market, including their price formation, price-influencing factors, and available patterns. Then the paper provides classifications and examples of NTFs. Besides, the technological application and primary technical path are also described. Later, the paper assesses the market's and marketplaces' accessibility. Finally, this study evaluates the management applications of NFTs and analyzes existing platforms, and demonstrates how they can be implemented effectively in various settings. The concluding portion discusses technological obstacles. The study concludes with a discussion of potential applications for the results and prospects for future research.
Keywords: 
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1. Introduction

The application of blockchain technology to the real world is still in its infancy, but it is already possible to assert that, like the Internet, it will be vital. Blockchain applications weave themselves into the fabric of ordinary life to the point that they are indistinguishable. (Mark Weiser,1999) Blockchain will be the next technology and will be just as essential to our daily lives. This study challenges the classification of blockchain-based non-fungible tokens (Blockchain-NFT) as an innovative paradigm capable of altering the long-standing rules of the game and regulating processes in several vital human domains1.
Since 2008, there has been an increasing likelihood that the technology and expanding the number of products it provides will become so ingrained in our lives that we will cease to be conscious of using the blockchain, as much as we are unaware that we are using TCP/IP for data transmission. As with any new technology, Blockchain has limitations, such as redundancy issues, scaling difficulties, irreversibility (Ammous, 2018), and methodological and application standardization issues. As a result of the process of progressive modernization, the legal structure in several governments is either unprepared for the use of technology or imposes artificial limitations on its adaption in specific areas. Prior research in the field elucidated problems with state recognition of programs and the conservatism of society in state-monopolized regions, such as elections and even the private sector. 2 Decentralization of projects and inadequate governance, intrinsic to newly developed technology, have also contributed to unfavorable results.
Despite these drawbacks, the business sector, and state-owned enterprises in diverse areas like management, logistics, and property registry, among others, have launched hundreds of blockchain-based initiatives in recent years. Before the “Bitcoin white paper,” a few attempts were made to deploy technology comparable to Bitcoin (2008). In 2001, BitTorrent successfully implemented a protocol for peer-to-peer file sharing (P2P) that enables users to distribute data and electronic files in a decentralized manner across the Internet (http://www.BitTorrent.com). In other words, the technology was not novel but updated. In addition to identifying the origins of NFT technology, one must also answer questions regarding the evolution of the Internet and smart contracts. The evolution of the Web has a defining impact on NFT. Web 1.0 was the Web of documents, Web 2.0 was the Web of people, and Web 3.0, which has yet to be realized, will be the Web of data (Anderson, 2007).
Since the creation of Ethereum, the second most popular cryptocurrency and the most utilized blockchain, the development of smart contracts has been propelled forward. To formalize and safeguard connections across public networks, intelligent contracts integrate protocols, user interfaces, and commitments conveyed via these interfaces (Szabo,1990). Smart contracts are digital contracts maintained on a blockchain and automatically executed when certain circumstances are satisfied 3. Among the financial uses of intelligent contracts are trading, investing, lending, and borrowing. Real-World Use Cases for Smart Contracts and dApps are in gaming, healthcare, and real estate apps; configuring entire business organizations; bonus payments contingent on fulfilling specific contract terms, and other fields. NFT is one of the one-of-a-kind tools created for a combination of reasons, including the rising need for innovative solutions, copywriting challenges, transaction security concerns, and the pervasiveness of virtual reality in everyday life.
Non-fungible tokens (NFTs) are a specific type of token that can uniquely identify something, making them non-exchangeable, unlike ERC20 tokens and other fungible cryptocurrencies. NFTs are one-of-a-kind in nature, with distinct features that allow them to be recognized from one another4. NFT refers to the so-called certificate of property rights. It is commonly utilized in the digital realm, where, since the advent of the Internet, it has been challenging to establish trust in virtually all artistic fields, from music to painting. NFT grants private ownership over music, video, photographic images, and other art forms. Tokens can also represent certificates, licenses, personal documents, keys, passes, and identities. As stated earlier, NFT is unique and cannot be split or merged. While access to the original file is unfettered, the rights of the legitimate owner, who presently possesses the NFT token, are explicitly stated. NFTs are tracked on blockchains to offer the owner proof of ownership, which is sometimes distinct from copywriting. If this requirement is included in the contract, the author can also impose royalties on each stage of a successful trade on any NFT market or peer-to-peer exchange.5
In 2013, Colored Coins was one of the earliest endeavors to associate unique qualities with a digital asset. The plan benefited from Bitcoin tokens to represent tangible assets such as stocks, bonds, commodities, and property deeds (Shermin Voshmgir, 2013). On May 3, 2014, however, the history of NFTs and Kevin McCoy, the inventor of the first NFT, began. Quantum, his non-fungible token, was created long before the NFT market became popular. Currently, this digital cube costs approximately 7 million dollars (Mendis, Dinusha, 2021)
This paper was written with the aim of a detailed description of the methods of applying blockchain and financial technologies, particularly NFT technology, and describes in detail the properties, trends, and functions of tokens in specific industries. Also, this work aims to convey in clear language the technological process of the cycle of creating tokens and NFT fiction. It also discusses the challenges and problems of application, as well as the positive properties and future promise of tokenization, both in the development of the metaverse and in the real world. In this regard, this paper is unique in covering all these different aspects and aims to account for the gap in the literature by assessing all these different dimensions in one piece.
The paper is structured as follows. The next section uncovers the technical details of the NFTs. Section 3 covers the NFT trends and provides insight into the marketplace for NFTs. Then, general trends and pricing of NFTs are discussed in Section 4. The following section is devoted to the issues and challenges in NFT implementation. Finally, the last section concludes with policy recommendations.

2. Technical path of NFT

ERC-20 defines the technical specifications for Ethereum’s standard blockchain. With the implementation of the ERC-721 standard, the company’s blockchain has become one of the pioneers of NFT. A method that enabled the symbolization and association of some (digital or physical) meaning with tokens. The evolution of the field has produced a modern model - the ERC- 1155 topstitch is a combination of characteristics - Multi Token Standard assigns a unique, adjustable token type for each token ID.6
The following standard enables the establishment of an API standard for NFTs within smart contracts. This standard provides fundamental capabilities for tracking and transferring NFTs. The ERC721 is shaped to be implemented using ERC165 during the development of smart contracts.7
Each ERC-721 contract must include both the ERC721 and ERC165 interfaces. NFT ERC721 generates a demand for the EVM (Ethereum virtual machine). Metadata exists within the NFT, given its context. The JSON representation of string data. In a minute, (the ERC721 token using the token URI) will be indexed. It includes data that signifies uniqueness, such as Name, Description, Image, and Link.8
An image is uploaded to a digital area such as IPFS or a “pinata cloud” so that the image does not alter an example of artwork in NFT. NFT gives a unique identifier and puts it on the network, making it impossible to delete the image from any server.
During the time of the NFT mint, the user is charged some amount of gas fee by the Ethereum Blockchain Network the mint period.
Gas = gwei (1 gwei = 0.000000001 ETH)
Gas refers to the unit that measures the amount of computational effort required to execute specific operations on the Ethereum network. Since each Ethereum transaction requires computational resources, each trade requires some fee. 9
As already alluded to in this section, the process of minting, sending, or buying NFTs requires Gwei tokens for EVM, for which the creator, the buyer, or the vendor of NFT must carry a stock of ETH on the wallet. The amount required depends on the traffic volume1. The high cost of the transactions is one of the central problems that are present in the Ethereum Network.10

5. Issues and Challenges in Implementation

Like every technology, NFT’s infant orientation has certain implementation challenges in its early stages. One of the main challenges is the input validation process. The processing of the submitted data is often not under the control of a third party because the information entered the blockchain is immutable and protected (occasionally troublesome due to the 51 attack), as has repeatedly been proven in earlier studies. Therefore, the right ownership and copyright procedure on them is uncertain because anyone can submit product data and claim ownership of them. These dreads have already begun distributing NFT versions of stolen pieces of art.34 Also in application issues are the complexity of the technology for the masses and the need in most cases to own cryptocurrencies to purchase NFTs, and their subsequent transactions between owners.
Another need, especially in the United States, is the passage of the KYC procedure, which is mandatory from the moment a certain amount has been passed. This case is not available when buying standard assets and is another barrier to the mass character of the product. Smart contracts that are performance-driven decide acceptance rather than conventional contracts, which are not. NFT based on a smart contract is a function for its execution rather than a single entity. The development of intelligent smart contracts in the US is still ongoing, even though, for example, in the US, an electronic signature is essentially (with slight alterations) identical in rights to the original signature (An Update on State Legislation Regarding Smart Contracts, by Christopher Adcock). For instance, the legislative process is not yet standardized in the EU. There are serious concerns about the legality of NFTs based on smart contracts because the recognition process has not yet started in several countries. Additionally, there are issues with NFT theft, which is related to inadequate security measures, and user complaints on this have already surfaced from numerous sources. More than $10,000 is being taken in NFTs, and victims have few options (Julia Gray and Ivan De Luce, 2009). Separate disputes can occasionally arise with NFT marketplace owners.35

6. Conclusion

An NFT is an identical cryptographic digital record attached to an asset, such as a work of art, music, collectible, or another object of the default value. When it comes to the new use of technology in any field, it takes some time for regulatory agencies and legislatures worldwide to catch up with the rapid adoption of technology and make legal regulations immediately. Similarly, for NFTs, no specific legal doctrine or principle of taxation has yet been determined in the world. At the time of writing this study, there is no direct regulation for NFTs.
When regulating NFTs, their legal status, as they can be traded globally and the different regulatory frameworks that they may be subject to in different countries must be considered. But more generally, we can develop ideas for how NFTs might be regulated by looking at how the law applies to cryptocurrencies, art, and collectibles. But given the unique features that distinguish these assets, it is certain that the cryptocurrencies framework cannot be fully applied to NFTs. In this study, potential tax issues related to NFT transactions need to be discussed.

Notes

1
Ateşler, H. (2021, April 13). Digital artist Murat Pak has released a new token that can be bought by burning NFT. Expertcoin. https://uzmancoin.com/murat-pak-nft-burn/
2
Beard, Briar & Rose. (2013, January 31). Fumeur V. https://beardbriarandrose.tumblr.com/image/41963857518
3
Binance Academy. (2021, April 29). Merkle trees and Merkle roots. https://academy.binance.com/en/articles/merkle-trees-and-merkle-roots-explained
4
Braidotti, C. & Franceschet, M. (n.d.). Enhancing art with information: The case of blockchain art. Universita'Degli Studi di Udine. https://users.dimi.uniud.it/~massimo.franceschet/publications/jocch20.pdf
5
Aysan, Ahmet Faruk, Abdelilah Belatik, Ibrahim Musa Unal, and Rachid Ettaai. 2022. "Fintech Strategies of Islamic Banks: A Global Empirical Analysis" FinTech 1, no. 2: 206-215. https://doi.org/10.3390/fintech1020016
6
Brennan, A. (2018, January 18). You can only use cryptocurrency to buy art at this Mayfair exhibition. Evening Standard. https://www.standard.co.uk/culture/you-can-only-use- cryptocurrency-to-buy-art-at-this-mayfair-exhibition-a3736831.html
7
8
Charlesworth, J. J. (2021, March 17). Why the artworld loves to hate nft art? Artreview. https://artreview.com/why-the-artworld-loves-to-hate-nft-art-beeple-christies-grimes/
9
10
Aysan, Ahmet Faruk, Abdelilah Belatik, Ibrahim Musa Unal, and Rachid Ettaai. 2022. "Fintech Strategies of Islamic Banks: A Global Empirical Analysis" FinTech 1, no. 2: 206-215. https://doi.org/10.3390/fintech1020016
11
Davis, B. (2021, March 17). I looked through all 5,000 images in Beeple's $69 million magnum opus. What I found isn't so pretty. artnet. https://news.artnet.com/opinion/beeple- everydays-review-1951656
12
AF Aysan, AY Polat, H Tekin, AS Tunalı - Defence and Peace Economics, 2022
13
Ducree, J. (2020). Research – a blockchain of knowledge? Blockchain: Research and applications. 1(1-2), 1- 4. https://doi.org/10.1016/j.bcra.2020.100005
14
AF Aysan, AY Polat, H Tekin, AS Tunalı - Defence and Peace Economics, 2022
15
Hawkins, J. (2021, August 31). Damien Hirst's dotty 'currency' art makes as much sense as Bitcoin. The Conversation. https://theconversation.com/damien-hirsts-dotty-currency-art- makes-as-much-sense-as-bitcoin-166958
16
17
Mattei, E. S. (2021, September 28). British Museum to sell NFTs of Hokusai works, including 'The Great Wave'. artnews. https://www.artnews.com/art-news/news/british- museum-hokusai-nfts-1234604998/
18
Hussey, M. & Phillips, D. (2021, Jan. 8). What are smart contracts and how do they work? decrypt. https://decrypt.co/resources/smart-contracts
19
GG Akin, AF Aysan, E ÖZER, L Yildiran - The Singapore Economic Review, 2022
20
Lastovetska, A. (2021, November 12). Blockchain architecture basics: Components, structure, benefits & creation. MLSDev. https://mlsdev.com/blog/156-how-to-build-your- own-blockchain- architecture
21
Aysan, Ahmet Faruk, Abdelilah Belatik, Ibrahim Musa Unal, and Rachid Ettaai. 2022. "Fintech Strategies of Islamic Banks: A Global Empirical Analysis" FinTech 1, no. 2: 206-215. https://doi.org/10.3390/fintech1020016
22
M Yaş, AF Aysan, MESM Rasid - Journal of Asset Management, 2022
23
Bolton, S. J. & Cora, J. R. (2021). Virtual equivalents of real objects (VEROs): A type of non-fungible token (NFT) that can help fund the 3d digitization of natural history collections. Megataxa Journal 6(2), 93-95. https://doi.org/10.11646/megataxa.6.2.2
24
Çağala, C. (2016, May 16). What is the hash value? What does the hash value do? techworm. https://www.tech-worm.com/hash-degeri-nedir-hash-degeri-ne-ise-yarar/
25
Cummings, S. (2019, February 2). The four blockchain generations. medium. https://medium.com/the-capital/the-four-blockchain-generations-5627ef666f3b
26
Criddle, C. (2021, March 9). Banksy art burned, destroyed and sold as token in 'money- making stunt'. bbc. https://www.bbc.com/news/technology-56335948
27
L Gunduz, IH Genc, AF Aysan - Housing Policy Debate, 2022
28
Fritts, M. (2021, August 9). Destroy the 'Mona Lisa' for an NFT? The Prindle Post. https://www.prindlepost.org/2021/08/destroy-the-mona-lisa-for-an-nft/
29
Fritts, M. (2021, August 9). Destroy the 'Mona Lisa' for an NFT? The Prindle Post. https://www.prindlepost.org/2021/08/destroy-the-mona-lisa-for-an-nft/
30
Fritts, M. (2021, August 9). Destroy the 'Mona Lisa' for an NFT? The Prindle Post. https://www.prindlepost.org/2021/08/destroy-the-mona-lisa-for-an-nft/
31
Mattei, E. S. (2021, September 28). British Museum to sell NFTs of Hokusai works, including 'The Great Wave'. artnews. https://www.artnews.com/art-news/news/british- museum-hokusai-nfts-1234604998/
32
33
34
Lastovetska, A. (2021, November 12). Blockchain architecture basics: Components, structure, benefits & creation. MLSDev. https://mlsdev.com/blog/156-how-to-build-your- own-blockchain- architecture
35
Lastovetska, A. (2021, November 12). Blockchain architecture basics: Components, structure, benefits & creation. MLSDev. https://mlsdev.com/blog/156-how-to-build-your- own-blockchain- architecture

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  17. Davis, B. (2021, March 17). I looked through all 5,000 images in Beeple’s $69 million magnum opus. What I found isn’t so pretty. artnet. https://news.artnet.com/opinion/beeple- everydays-review-1951656.
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Figure 1. CryptoPunk Price Trends. Source: https://opensea.io/collection/cryptopunks.
Figure 1. CryptoPunk Price Trends. Source: https://opensea.io/collection/cryptopunks.
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