📐NFT Data

NFT Level Data

• After converting the upgrade cost, it will be deducted at $WORD, with the reference price being the average price of the previous day.

• As the level increases, the computing power increases, the consumption ratio decreases, and the upgrade cooldown time becomes longer.

NFT Level Detailed Chart

Level	Basic Hashpower	Consumption Rate	Upgrade Fee	Cooldown Time
1	10	0.6	$600	24
2	40	0.5	$1,200	96
3	160	0.4	$2,200	192
4	640	0.35	$8,200	312
5	2,560	0.3

Series Computing Power Comparision ( Red Series V.S. Blue)

We are using SSR as an example in the chart below

Upgrade	Red NFT Computing Power Change	Red NFT Consumption Ratio Change	Blue NFT Computing Power Change	Blue NFT Consumption Ratio Change
1-2	50-110	0.5-0.5	10-40	0.6-0.5
2-3	110-240	0.5-0.4	40-160	0.5-0.4
3-4	240-500	0.4-0.3	160-640	0.4-0.35
4-5	500-1020	0.3-0.3	640-2560	0.35-0.3

Rarity Data

1. The higher the rarity, the greater the computing power at the same level (except for level 1 NFTs).

2. Please note that in the Blue NFT series, rarity does not reduce the upgrade cooldown time.

3. The formula to increase computing power with rarity is as follows:

   $$10 \times k \times 4^{N-2}$$

   • Where k is the rarity computing power coefficient, N is the NFT level (N≥2), and the result is rounded up to the nearest whole number

   For example, the computing power of a level 4 SR NFT with k=3.98 and N=4 is calculated as follows:

   $$10 \times 3.98 \times 4^{4-2} = 636.8 \approx 636$$

   So, the computing power would be approximately 636.

The chart below provides an overview of NFT rarities (R, SR, SSR, and Soul) with data on their initial durability, probability of obtaining, computing power coefficient (k), and computing power at different levels (Lv1 to Lv5).

Rarity	N	R	SR	SSR	Soul (Freemint)
Initial Durability	45	50	55	60	20
Probability of Obtaining from Blind Box	80%	12%	6%	2%	/
Computing Power Coefficient (k)	3.7	3.89	3.98	4
Lv1 Computing Power	10	10	10	10
Lv2 Computing Power	37	38	39	40
Lv3 Computing Power	148	155	159	160
Lv4 Computing Power	592	623	636	640
Lv5 Computing Power	2368	2494	2547	2560