NFT: Everything You Need to Know

NFTs: What is it?

"Non-fungible token" is what NFT stands for. A tokenized system that is only transferable and cannot be exchanged for anything else. An NFT is minted from digital objects to represent digital or non-digital assets. Since "fungible" implies that the thing can be exchanged for something else of equal value, something with which it is familiar, or something that can be found by performing a series of actions, NFT is not a fungible token.

Imagine you have 24-karat gold, which can be sold for the current market price. You can have complete ownership of that 24-karat gold once you make your purchase. However, here is the catch: you can find the same 24-karat gold elsewhere. When gold is accessible, anyone can get their hands on it. You have full ownership of everything. However, there is no evidence to suggest that you owned it when it was stolen.

On the other hand, an NFT token is not fungible because it has a unique identity that is not replaceable and cannot be replicated with anything at any cost. For example, a domain name such as "google.com" is unique. It is only the Google search engine's domain that is not replaceable. Because of the domain name's uniqueness, no one can have "google.com" in the future. Domain names are never created twice. Once registered in the DNS (Domain Name Server), it is impossible to recreate the same domain as it has a fixed, unique IP address for each domain name. 

So, these tokens are non-fungible and called "Non-Fungible Tokens," in short, NFTs.

History of NFTs

The first "NFT," Quantum, was created by Kevin McCoy and Anil Dash on May 3, 2014. Quantum is a generative piece made entirely with code that permeates into new forms. "Visually, it suggests a new world," McCoy said. The initial process of minting Quantum was carried out on NameCoin, a blockchain platform that took its design cues from Bitcoin's code. The minimum bid for Quantum was set at $100. In 2017, with the introduction of several NFT projects, such as "Curio Cards" and "CryptoPunks," the term "NFT" became more widely used on the Ethereum platform.

One of the main draws of the Ethereum platform is that its blockchain can be used to monitor the buying, selling, and holding of NFTs. In 2017, by selling tradable cat NFTs, the online game "CryptoKitties" became profitable, and its success brought public attention to NFTs. 

In 2020, the market for non-fungible tokens tripled, reaching $250 million. In the first three months of 2021, more than $200 million was spent on NFTs. Three trademark applications for NFTs were filed in 2020. 2021 saw over 1,200 trademark applications. The USPTO received 450 NFT trademark applications in January 2022. Many well-known brands and businesses, including the New York Stock Exchange, Star Trek, Panera Bread, Walmart, Elvis Presley, Sports Illustrated, Ticketmaster, and Yahoo, have trademarked NFTs. After high-profile sales and art auctions in 2021, interest in NFTs grew.

How NFTs function 

There can only ever be one NFT owner. The token's unique ID and metadata, which any other token cannot copy, are used to keep track of who owns it. Smart contracts oversee the transferability of newly created NFTs and assign ownership. The process of creating or minting an NFT begins with the execution of code in smart contracts that adhere to various standards, such as ERC-721. Information about the NFT is updated on the blockchain. NFTs exist in a blockchain, a decentralized public ledger that keeps track of transactions. Most people know about blockchain because it is the technology behind cryptocurrencies. NFTs are typically stored on the Ethereum blockchain, but other blockchains also support them. The digital files or items comprising NFTs cannot be modified after they have been recorded in a distributed ledger or decentralized database. It is called "minting" when an item is uploaded to the blockchain, just like when a manufacturer creates fiat currency by striking physical coins.

Several digital objects representing physical and immaterial things are used to "mine" a new NFT. For example: 

  • Graphical Art

  • GIFs or Images

  • Video Clips or Sports Highlights

  • Collectibles

  • Virtual avatars and Virtual skins

  • Famous Designer Sneakers

  • Music or Sound


The minting process of NFTs


An NFT is said to have been "minted" when it is created or bought on the day it becomes available for sale. Putting your token up for sale on the blockchain is referred to as "minting" for a non-fungible token (NFT). To make an NFT, you will need to know some of the steps outlined below: 

Step 1: Figure out what you want to create.

  • The Digital Objects: Such as Art, Images, Video, Sound

Step 2: Choose a blockchain.

  • Ethereum: Ethereum hosts thousands of NFT collections. ERC-721 stores Ethereum NFT metadata on the Ethereum blockchain. This standard was developed by the same teams that developed the ERC-20 smart contract and defines the minimum interface (ownership, security, and metadata) required for exchanging and distributing gaming tokens.

  • Solana: Solana is a competing blockchain platform to Ethereum. Solana was created as a faster, cheaper alternative to Ethereum, with transaction fees as low as $0.001 and a growing number of supported apps for NFTs. Unlike Ethereum, Solana uses proof-of-history (PoH) and proof-of-stake (PoS) consensus mechanisms and boasts significantly faster transaction speeds.

  • Flow: Flow is a PoS blockchain for NFTs and decentralized gaming apps that host the NBA Top Shot NFT collection. Many sports franchises have created marketplaces on Flow, making it popular for sports-focused NFT creation.

Step 3: Set up an NFT wallet.

  • MetaMask: A popular cryptocurrency wallet, MetaMask works with many different tokens and blockchains, including Ethereum and Solana. Use it on the go with the mobile app or expand its functionality with the browser add-on.

  • Coinbase Wallet: A digital wallet provided by Coinbase can store ERC-721 NFT tokens and Solana NFT collections. It is available as a mobile app or a browser extension so that you can use it on any device.

  • Ledger Nano X: The Ledger Nano X is compatible with Ethereum and Solana NFTs, making it a good choice for anyone looking for a secure hardware wallet to store their NFTs.

Step 4: Choose an NFT platform.

  • OpenSea: OpenSea is the most widely used NFT platform. OpenSea is the leading platform for Ethereum-based NFTs, with over $20.0 billion traded and over 2.0 million NFT collections listed since its launch in 2017. OpenSea provides storage for NFTs built on Ethereum and recently added support for Solana NFTs.

  • Solanart: Solanart is the Solana NFT platform, housing some of the most popular Solana NFT collections and boasting an intuitive interface and straightforward minting application process.

  • Crypto Exchanges: Create-your-own-NFT functionality is available on many cryptocurrency trading platforms, including Binance Exchange. Your NFT can be minted or created directly on the platform, and you can select your preferred blockchain.

Step 5: Create the NFT.

  • Automatic Creation from the NFT Platform

  • Uploading Media File Mannually

Step 6: List the NFT for sale.

  • Putting up an NFT for sale on a platform is easy and usually free. As soon as your NFT is created and in your wallet, you can sell it by selecting the "sell" button on the platform of your choice, setting the price, and determining the length of time the NFT will be available for sale. Upon finishing the form with your sales information, you can publish the ad. You will need to sign a few transactions in your digital wallet, which may involve spending money on your choice's blockchain. Solana transactions are cheap at less than a dollar compared to the hundreds of dollars it can cost to list an NFT on the Ethereum blockchain.


Scarcity and royalty of an NFT 


  • Scarcity

Regarding NFTs, creators have complete control over supply and demand. The purchase of a sporting event ticket is a good illustration of this. The creator of an NFT has the same freedom as an event's promoter in deciding how many tickets to sell. Sometimes these are carbon copies, like the 5,000 general admission tickets printed. Tickets with assigned seating might be one example of a product for which multiples are produced that are nearly identical but with minor differences. Another scenario is that the creator wants to make a one-of-a-kind NFT as a collectible. Even in these scenarios, each NFT would still be owned by a single entity and identifiable by its unique identifier (similar to a bar code on a conventional "ticket").

The creator of the NFT must, therefore, carefully consider and implement the NFT's intended scarcity. It is up to the author to decide whether to make each NFT truly one-of-a-kind and thus rare, or whether they want to mass-produce thousands of copies. Keep in mind that this data is freely available to the general public.

  • Royalty 

If you sell certain NFTs, you will get your hands on some royalties without lifting a finger. Although it is still in its early stages, this idea is shaping up to be highly potent. When an NFT is purchased, the original owners receive 8% of the sale price. The Foundation and Zora are two examples of services that give artists a cut of their revenue. The process is hands-off, meaning authors can collect royalties regardless of who buys their work. The current system for calculating royalties is laborious and inaccurate, leaving many creators unpaid. You will get paid without fail if a royalty is built into your NFT. 


What are the applications for NFTs?


1. Generate the most money possible for artists. 

The most prevalent application of NFTs today is in the field of digital content. This is because of the current state of that industry. Platforms are eating up content creators' revenue and opportunities for growth. When an artist earns exposure and a following on a social network, the network profits by selling advertisements to the artist's fans. In exchange, they receive publicity, but publicity doesn't pay the rent. By using NFTs, creators can foster a new economy in which they retain ownership of their work and do not have to give it up to the platforms that promote it. The right to ownership is intrinsic to the content. When their content is purchased, the proceeds are paid directly to them. The creator may be entitled to residual payments if the NFT is sold again after being transferred to a new owner. Since the token's creator's address is immutable metadata, this is always the case when it is sold.

  • Duplicate content issue

A familiar tactic for critics who claim NFTs are "dumb" is to post a screenshot of the critic's hand-drawn version of a piece of NFT artwork. They boast, "Look, I got that picture for nothing!" Okay, sure. However, does buying a Picasso Guernica reproduction online make you the owner of a multi-million-dollar piece of art history? Owning the original has only the value that the market assigns to it. The value of content increases as it is copied and pasted, shared, and otherwise utilized. There will always be more value in possessing the authentic original than in anything that looks like it. 

2. Maximize potential in video games.

Video game designers are showing enthusiasm for NFTs. In-game economies, proof of ownership for virtual goods, and other perks can all be provided by NFTs. You can buy in-game items to use in various regular games. On the other hand, if it was an NFT, you could get your money back by selling it when you are done with the game. If that item suddenly becomes more sought after, you could potentially make a profit. As the NFT's issuers, game creators stand to gain a royalty whenever an item is resold on the secondary market. Because of this, the business model is improved for everyone involved because players and developers can profit from the secondary NFT market. Your accumulated content is still yours even if the game stops receiving updates. The in-game items you work hard to obtain can last far beyond the game's lifespan. Your possessions will remain yours regardless of whether or not the game continues to be supported in the future. Therefore, in-game items can be considered digital memorabilia with value beyond the confines of the game. You can even buy NFTs (virtual land parcels) in the VR game “Decentraland” and develop them however you like.

  • Loans secured by NFTs

DeFi (decentralized finance) programs provide the ability to borrow funds against security. To borrow 5,000 DAI, let us say you are willing to put up 10 ETH as collateral (a stablecoin). If the borrower defaults on the DAI, the lender can take possession of the collateral to recoup their losses. While cryptocurrency can be used as collateral, not everyone has enough. In its place, projects are beginning to investigate the use of NFTs as collateral. Suppose you invested in a rare cryptopunk NFT back in the day. It would be worth thousands of dollars now. Offering this as collateral will allow you to get a loan under the same conditions. If you default on the DAI, the lender can seize your cryptopunk as collateral. A future implementation might allow for the use of any NFT that can be tokenized. Because NFT and DeFi operate on the same Ethereum network, this is not a difficult task.

  • Shared or divided ownership

NFT developers can also create "shares" for their NFT. Investors and sports fans now have the opportunity to own a piece of an NFT without committing to purchasing the entire thing. This opens up even more doors of opportunity for minters of NFT coins as well as collectors. In theory, this would make it possible to acquire a previously unattainable piece of Picasso. You would be granted the status of a shareholder in the Picasso NFT, granting you the right to vote on matters such as revenue distribution. If you own a portion of a non-fungible token (NFT) in the future, you will almost certainly become a member of a decentralized autonomous organization (DAO) for the asset you manage. These organizations powered by Ethereum enable strangers, such as an asset's global shareholders, to coordinate securely without necessarily having to trust the other people involved. This is because the group must consent before any expenditure of any kind. As was mentioned earlier, this is a developing field. At varying rates, NFTs, DAOs, and fractionalized tokens are advancing. However, all of their infrastructures already exist, and it is simple to integrate them because they all speak Ethereum, the same language. So keep an eye on this space.

The reasons why NFTs are so vital?

Cryptocurrencies are based on a deceptively simple concept, and non-fungible tokens are the next logical step in their development. Today's financial markets are incredibly complex, with specialized platforms for trading and lending across various assets, from property and loans to artwork. NFTs contribute to this reinvention by allowing digital representations of physical assets. Physical assets having digital representations and those digital representations having unique identifiers are not new ideas. However, these ideas can genuinely affect positive change with the added security of intelligent contracts stored in a distributed ledger. The increased efficiency of markets is perhaps the most noticeable advantage of NFTs. A physical asset's digital representation can streamline operations and eliminate the need for intermediaries. To bypass intermediaries and connect with their audiences directly, artists can use NFTs to record digital or physical artwork on a blockchain.

Moreover, they can enhance operational procedures. An NFT for a wine bottle, for instance, would facilitate communication between the various participants in a supply chain and aid in tracking the bottle from its initial production to its final sale. It has already been developed by Ernst & Young, a consulting firm, for one of its clients. Identity management is another strong use case for non-fungible tokens. Let us take the example of passports, which must be shown at every port of entry and exit. Entry and exit procedures for jurisdictions can be simplified by converting passports into NFTs with unique identifying characteristics. This functionality can be expanded upon by employing NFTs for online identity management.

Muktadir Haque Sarker

Muktadir Haque Sarker is a current Brac University student. He is only 21 years old and his parents' second child. He was born in Rajshahi. He attended Dhaka City College after finishing high school and graduated in 2020. He is very interested in anything IT-related. He is currently enrolled in a "Full Stack Web Development Course," during which he has completed HTML, CSS, Bootstrap, and JavaScript. He enjoys coding challenges on online judging platforms like HackerRank and Codeforece. His ranking is now at the beginner level. In addition to Python, he is attempting to learn new coding languages, such as C/C++, to compete more effectively. He wishes to compete in all types of regional coding competitions and the ICPC and achieve a good ranking.

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