In our last blog, we explored how ERC-20 and ERC-3643 enable the tokenization of fungible assets like company shares, bonds, or stablecoins.
Now, let’s look at the assets that are one of a kind and unique. These could be a luxury apartment, a car, or an IP. Two Ethereum standards make tokenizing these unique assets possible: the non-fungible ERC-721 and the semi-fungible ERC-3525.
We’ll explore how each standard works in RWA tokenization, what sets them apart, and how they’re being used in real-world applications.
๐ Key contents:
๐ธ What is ERC-721 Standard?
๐ธ Core Functions of ERC-721
๐ธ Use case
๐ธ What is ERC-3525?
๐ธ The Core functions of ERC-3525
๐ธ ERC-721 vs ERC-3525
๐ https://medium.com/mvl-ecosystem/nft-vs-sft-rwa-token-standards-5acaf5c760f6
Thank you.
Trust-Driven
MVL
In our last blog, we explored how ERC-20 and ERC-3643 enable the tokenization of fungible assets like company shares, bonds, or stablecoins.
Now, let’s look at the assets that are one of a kind and unique. These could be a luxury apartment, a car, or an IP. Two Ethereum standards make tokenizing these unique assets possible: the non-fungible ERC-721 and the semi-fungible ERC-3525.
We’ll explore how each standard works in RWA tokenization, what sets them apart, and how they’re being used in real-world applications.
๐ Key contents:
๐ธ What is ERC-721 Standard?
๐ธ Core Functions of ERC-721
๐ธ Use case
๐ธ What is ERC-3525?
๐ธ The Core functions of ERC-3525
๐ธ ERC-721 vs ERC-3525
๐ https://medium.com/mvl-ecosystem/nft-vs-sft-rwa-token-standards-5acaf5c760f6
Thank you.
Trust-Driven
MVL