{"p":"can-20","op":"mint","tick":"can","amt":"1000","rows":[{"df":"qa","content":[{"q":"The difference between compressed and uncompressed NFTs in blockchain lies in their respective uses and benefits. \n\nCompressed NFTs refer to a process where the original data of an NFT is compressed to reduce its size and improve transmission efficiency. This is particularly useful for large-scale NFT markets and platforms that require faster and more efficient transactions. Compressed NFTs enable faster transaction processing, lower fees, and improved scalability.\n\nOn the other hand, uncompressed NFTs maintain the original size and data of an NFT. They are less efficient in terms of transmission and storage, but they offer higher security and more precise data preservation. Uncompressed NFTs are commonly used in small-scale transactions and by individuals who prioritize data integrity and security over transaction speed and efficiency.\n\nIn summary, the main difference between compressed and uncompressed NFTs is that compressed NFTs are optimized for faster and more efficient transactions, while","a":"The  difference between compressed and uncompressed NFTs (Non-Fungible Tokens) in blockchain mainly lies in the aspect of data storage and transmission. Compressed NFTs compress the data of digital assets through technologies such as hashing algorithms, making them have smaller storage and transmission volumes. Uncompressed NFTs retain the original data of digital assets, therefore occupying larger spaces in storage and transmission.\n\nThe advantage of compressed NFTs lies in saving storage space and improving transmission efficiency, especially in large-scale application scenarios, which can alleviate the pressure on the blockchain network. In addition, compressed NFTs can also effectively reduce the risk of data tampering, because even if the tampering occurs in the compressed data, it will not affect the integrity of the original data."}]}],"pr":"9e397d915b09adcdefe54de9cce72ffc958638f153c2b9b376a2d1a51408d838"}