{"p":"can-20","op":"mint","tick":"can","amt":"1000","rows":[{"df":"qa","content":[{"q":"How does State Compression work in Solana?","a":"The working principle of State Compression in Solana is to compress and store state data on the Solana blockchain using an encryption hash function called PBKDF2. The PBKDF2 function accepts a master key and a salt value, then generates a longer encrypted hash value. This encrypted hash value is used as a compressed representation of the state data, thereby reducing the overhead of storage and transmission. When querying or updating the state is required, the Solana network uses the same PBKDF2 function, as well as the master key and salt value related to the original compressed state, to decrypt the hash."}]}],"pr":"89a5d8d5acdfab3cd6b87f78e09eb97b4e5dca1fbf83d5c29a7352bdd6c848f2"}