GEM
GEM is the core asset of the CyberCharge ecosystem, with a total supply of 5 billion. Among them, 4 billion are distributed through smart hardware mining and the Gem Mine, while 1 billion are reserved for ecosystem incentives and market expansion. Built on a strong deflationary mechanism, GEM serves as the fundamental asset for all user activities on the platform.
Use Cases of GEM
GEM plays a central role across the ecosystem, and can be used for:
Upgrading charging devices
Participating in the Gem Mine
Enhancing AIDoggy mining efficiency
Serving as a medium for platform activities and marketplace transactions
Acting as a key consumable in specific gameplay scenarios
In short, GEM functions as the primary circulating and value-bearing asset within the CyberCharge ecosystem.
How to Earn GEM
Users can acquire GEM through multiple channels, including:
Daily charging-based mining
Participation in the Gem Mine
Completing missions and activities
Marketplace trading
Mining rewards from AIDoggy StarMine
Dual Deflationary Mechanism of GEM
To ensure sustainable long-term growth and asset scarcity, GEM adopts a dual-decreasing model:
Burn-driven dynamic production decay
Supply ratio–based staged halving
Together, these mechanisms regulate GEM issuance and market circulation.
1. Ecosystem Black Hole Burn
Dynamic supply absorption
All GEM fees triggered by user activities are permanently burned into a black hole address, ensuring irreversible removal from circulation. This includes:
Marketplace transactions
Device upgrades
NFT synthesis
Game settlements
CyberCharge minting
Through continuous burning, GEM supply in circulation is gradually reduced, strengthening scarcity and intrinsic value.
2. Staged Supply Reduction Mechanism
Output ceiling suppression
Based on cumulative production milestones:
When total GEM output reaches 50% of max supply, all GEM-related rewards are reduced by 50%.
When total GEM output reaches 75% of max supply, production is reduced by 75%.
And so on in subsequent phases.
This staged halving ensures controlled emission and maintains long-term scarcity.
All GEM capacity is further multiplied by a GEM capacity coefficient:
GEM Output = Normal GEM Output * GEM Capacity Coefficient
＜2.5B
＜50%
100%
2.5B
50%
50%
3.75B
75%
25%
4.375B
87.50%
12.50%
4.6875B
93.75%
6.25%
4.84375B
96.88%
3.13%
4.921875B
98.44%
1.56%
4.960937B
99.22%
0.78%
4.980468B
99.61%
0.39%
4.990234B
99.80%
0.20%
4.995117B
99.90%
0.10%
4.997558B
99.95%
0.05%
4.998779B
99.98%
0.02%
4.999389B
99.99%
0.01%
5.0B
100%
0%
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