Properties of NFTs

Co-written by Raphael Bustamante, James de Jesus, and Gabriel Paningbatan
Key Takeaways
  • The properties of an NFT include uniqueness, indivisibility, authenticity, portability, and programmability.
  • If you want to transfer an NFT, you must transfer the whole token.
  • NFTs can easily be authenticated through the provenance available with NFTs.
  • NFTs are programmable like software, meaning you can add different functionalities to them, adjust their appearances, or interact with various decentralized applications (dApps).

Remember Lia and Luis from our previous modules? Let’s imagine they transformed their works into NFTs to establish ownership - the next question that may come to mind is, “What other properties do NFTs have aside from non-fungibility?” A lot, actually! These include, but are not limited to, uniqueness, indivisibility, authenticity, portability, and programmability.


More often than not, the originality of a digital asset is hard to determine online, given how easy it is to copy-paste artworks, photographs, writings, etc. This limits artists, content creators, and businesses' ability to fully take advantage of the digital space. This is where NFTs can come in.

Unlike fungible assets, NFTs are one-of-a-kind. If an artist turns their artwork into an NFT, the blockchain secures their artwork's originality. No matter how often the artwork is copied across different online platforms, the originality of the artwork lies with the NFT created by the original artist.

Take Bored Ape #7990 from the Bored Ape Yacht Club (BAYC), for example. This artwork can easily be copy-pasted online. However, no matter how many visual copies exist, the original version will always be defined through the metadata of the NFT. Even if an impostor makes these visual copies into NFTs, it can be determined which NFTs are the original through the NFT’s code and provenance, which is the next property we will discuss.


If you want to transfer an NFT, you will have to transfer the whole token. It's not possible to divide your NFT into smaller fractions, just as you can't expect to cut your vintage watch in half and expect it to retain its value. While this means that NFTs are illiquid in nature, at the same time, it reinforces ownership of the asset as the next owner can ensure that the NFT can be verified and still exists as one piece before buying the asset. 


NFTs can easily be authenticated through the provenance available with NFTs. Provenance is defined as a historical record of ownership of an object or item. In the past, provenance or verifying authenticity was barely possible with digital items such as artworks and photographs. All this changed with NFTs

Since NFTs are based on a blockchain, anyone can track an NFT's historical movement no matter where it goes. To review, the blockchain is a publicly viewable ledger available to anyone in the world. The main way to check an NFT’s historical movement is through blockchain scanners such as Etherscan, Polygonscan, and Solscan. 

Going back to our Bored Ape example earlier – we can find out who owns it by going to its OpenSea website and checking the wallet after “Owned by.” Doing so will take us to a wallet named ‘SC30’, which we know is Stephen Curry’s NFT wallet! 

When it comes to traditional art, one often must go through expensive processes to verify an artwork's authenticity. With NFT provenance, collectors can easily verify the artwork's originality by looking at past ownerships. NFT provenance can also add value to an object depending on who previously owned it. Imagine if Manny Pacquiao owned a certain NFT. The fact that Manny owned that NFT would immediately make it more desirable. Being based on the blockchain does two things: helps prove authenticity and adds a layer of value.


NFTs are portable and easily accessible. Like cryptocurrencies, NFTs can be stored in a digital wallet, allowing you to bring your NFT anywhere and still maintain access to it from devices like your phone or personal computer. This is a fundamental advantage compared to traditional physical assets that you need to carry, store, or deliver.

For example, if you send a physical artwork to another owner in another country, you would need to ship it by air or sea, which can have risks like the plane malfunctioning or scratching the artwork in the storage area. NFTs, on the other hand, can be transferred with a click of a button, throwing out the need for any logistics to take care of.


NFTs are programmable like software, meaning you can add different functionalities to them, adjust their appearances, or interact with various decentralized applications (dApps)!

One example is how NFTs can be programmed to automatically pay a percentage of NFT sales to the original artist in perpetuity. This new way of doing artist royalties is one of the reasons why NFTs served as a breakthrough for digital creators looking to monetize their work.

Side note: While NFTs are inherently immutable, NFTs can also be created to be non-immutable, giving way to programmability. It all depends on the developers.

Even though NFTs, as of writing, are commonly used for digital art, their programmability aspect allows NFTs to adapt and evolve with the times, only being limited by the developers' imaginations. With this, NFTs use-cases can expand outside digital art, having the potential to tackle different industries, which we will further explain in the next module.

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