What is Computing Power？
Last updated
Last updated
In Project OASIS, Computing Power is a key parameter for users to receive static computing power pool rewards. Upon successful upgrades or repurchases, the system automatically allocates computing power based on the amount of USDT paid. This computing power allows users to enjoy static pool rewards until it reaches zero. During reward extraction, the system converts the LP tokens into equivalent computing power, and the corresponding amount of computing power is deducted. Users can continue extracting rewards as long as their computing power remains above zero.
How Computing Power Works
Acquiring Computing Power: When you upgrade or repurchase on the platform by paying USDT, the system automatically assigns you a corresponding computing power quota based on the amount paid.
Computing Power and Rewards: Your computing power determines the amount of rewards you can receive from the static computing power pool on the platform. As long as your personal computing power quota is above zero, you can continuously collect earnings from the static computing power pool.
Reward Extraction: When you extract static computing power dividends, the system automatically converts the LP tokens (liquidity pool tokens) you withdraw into an equivalent computing power value. Each time you extract dividends, your account receives the corresponding LP tokens, and the system deducts a proportional amount of your personal computing power.
Features of Computing Power
Dynamic Allocation: Computing power is automatically assigned based on the amount of USDT you pay, requiring no manual action. This ensures fairness and automation within the system.
Sustainability of Rewards: As long as your personal computing power is above zero, you can continuously extract dividends from the computing power pool. This means your earnings will increase with higher computing power, but the computing power will gradually decrease as rewards are extracted.
Zero Computing Power Mechanism: When your computing power is reduced to zero, you will no longer be able to extract rewards from the static computing power pool. To maintain earnings, users need to ensure they have sufficient computing power, which can be replenished by adding more USDT.
Features of Computing Power
Measuring User Contribution: Computing power serves as an indicator of a user's contribution to the ecosystem. By paying USDT to participate in the platform, a user's computing power is tied to their investment amount. Upgrading membership or repurchasing membership increases their personal computing power.
Sustained Earnings: The higher the computing power, the greater the proportion of static rewards a user can earn. By effectively managing their computing power, users can continuously generate income from the platform.
Long-Term Incentive: The computing power mechanism incentivizes users to stay engaged with the platform and continuously provide liquidity to the ecosystem. By maintaining their computing power, users can secure a consistent long-term source of income.
How to Increase Computing Power
Membership Upgrade: Users can increase their computing power by upgrading their personal ranking to become a member. This upgrade provides a default personal computing power quota, qualifying users to earn reward distributions.
Repurchase Membership: By repurchasing membership, users can also gain additional computing power rewards. The computing power reward from repurchase matches the amount received during the initial membership upgrade.
Computing Power is a core mechanism in Project OASIS's new economic model that provides users with static reward earnings. Through personal computing power, users can earn rewards based on the USDT they pay and continuously receive benefits as they participate in the platform over the long term. As long as personal computing power remains above zero, users can collect rewards from the static computing power pool. This mechanism offers users a stable and incentivized earning structure within the platform.