How does Jumbo Kuji work?

PreviousHow many $KUJI can I get?NextProduct Features

Last updated 11 months ago

How does Jumbo Kuji work?

Each block has a unique identifier called the Block Hash. This hash value is unknown until the block is confirmed, making it a source of randomness. The rules are as follows:

Extract all the numbers from the Block Hash. For example, in the Block Hash "D7VbT5H9ZsnjhZUtwiT5c32QVyNVsexfEGcEQxHLHYWd", the sum of the numbers is 7+5+9+5+3+2 = 31.
Extract all the numbers from the Signature Hash. For example, in the Signature Hash "yWxWXiFv3SAQwiosnBsfZXvSdwEXkT1ane7sNYQev09kmVdCDqAjJaSfMywwLYckx1Hy1TCrM6hDbCM6AYUW6c", the sum of the numbers is 3+1+7+9+0+1+1+6+6+6 = 40.
Take the unit digits (or 10 for numbers ending in 0) of the numeric parts of the Block Hash and the Signature Hash. This determines the token quantity factor (α) = |(Block Hash) - (Signature Hash)|. For example: When the unit digit of the Block Hash is 0 and the unit digit of the Signature Hash is 1, α = 9.

To prevent bots from conducting high-frequency transactions within a short period, we have implemented a rule where the minting earnings for the same wallet are inversely proportional to the minting interval. This rule effectively counters the behavior monitoring of minting bots on the blockchain as well! The earnings adjustment factor (β) = (Block height of the previous transaction for that wallet) - (Block height of the current transaction for that wallet) / 30, (0 ≤ β ≤ 1).
For example:
- The block height of the first transaction is 171,717,171, and the block height of the second transaction is 171,717,177. Therefore, the earnings adjustment factor β = (171,717,177 - 171,717,171) / 30 = 0.2.
- The block height of the first transaction is 171,717,171, and the block height of the second transaction is 171,717,200. In this case, the earnings adjustment factor β = (171,717,200 - 171,717,171) / 30 = 1, as β will not exceed 1.

To encourage manual purchases of $KUJI, we have introduced a Mint Time Coefficient. This coefficient helps reduce the earnings of frequently minted bots and ensures that manual participation is encouraged.

PreviousHow many $KUJI can I get?NextProduct Features

Last updated 11 months ago

Each block has a unique identifier called the Block Hash. This hash value is unknown until the block is confirmed, making it a source of randomness. The rules are as follows:

Extract all the numbers from the Block Hash. For example, in the Block Hash "D7VbT5H9ZsnjhZUtwiT5c32QVyNVsexfEGcEQxHLHYWd", the sum of the numbers is 7+5+9+5+3+2 = 31.
Extract all the numbers from the Signature Hash. For example, in the Signature Hash "yWxWXiFv3SAQwiosnBsfZXvSdwEXkT1ane7sNYQev09kmVdCDqAjJaSfMywwLYckx1Hy1TCrM6hDbCM6AYUW6c", the sum of the numbers is 3+1+7+9+0+1+1+6+6+6 = 40.
Take the unit digits (or 10 for numbers ending in 0) of the numeric parts of the Block Hash and the Signature Hash. This determines the token quantity factor (α) = |(Block Hash) - (Signature Hash)|. For example: When the unit digit of the Block Hash is 0 and the unit digit of the Signature Hash is 1, α = 9.

To prevent bots from conducting high-frequency transactions within a short period, we have implemented a rule where the minting earnings for the same wallet are inversely proportional to the minting interval. This rule effectively counters the behavior monitoring of minting bots on the blockchain as well! The earnings adjustment factor (β) = (Block height of the previous transaction for that wallet) - (Block height of the current transaction for that wallet) / 30, (0 ≤ β ≤ 1).
For example:
- The block height of the first transaction is 171,717,171, and the block height of the second transaction is 171,717,177. Therefore, the earnings adjustment factor β = (171,717,177 - 171,717,171) / 30 = 0.2.
- The block height of the first transaction is 171,717,171, and the block height of the second transaction is 171,717,200. In this case, the earnings adjustment factor β = (171,717,200 - 171,717,171) / 30 = 1, as β will not exceed 1.