🔢Tokenomics

Fixed Supply, Deflationary Mechanism, and Buy Back & Burn

The tokenomics of NEUTRONSWAP are designed to create a sustainable and deflationary ecosystem, while also implementing a buy back and burn mechanism to enhance the scarcity and value of the native token.

Fixed Supply

NEUTRONSWAP will have a fixed supply of tokens, meaning that the total number of tokens minted will be predetermined and not subject to inflationary issuance. This fixed supply ensures that the token maintains its scarcity and value over time.

Deflationary Mechanism

To introduce a deflationary aspect to the tokenomics, NEUTRONSWAP implements a mechanism that reduces the total supply of tokens over time. This can be achieved through various mechanisms, such as token burns or periodic token destruction events. The deflationary nature of the token ensures that the supply gradually decreases, potentially leading to increased token value as demand remains constant or grows.

Buy Back and Burn Mechanism

To further enhance the scarcity and value of the native token, NEUTRONSWAP incorporates a buy back and burn mechanism. This mechanism involves using a portion of the platform's revenues or fees to buy back NEUTRONSWAP tokens from the market. The purchased tokens are then permanently removed from circulation, effectively reducing the overall supply. By reducing the token supply through burning, the buy back and burn mechanism aims to create a positive impact on the token's value.

The exact details of the tokenomics, including the initial supply, deflationary mechanisms, and buy back and burn strategy, will be announced by the project team closer to the launch of the platform. These details will provide clarity on the specific mechanisms employed by NEUTRONSWAP to maintain a sustainable token ecosystem, promote token value appreciation, and align the incentives of token holders with the long-term success of the project.

Please note that the tokenomics may be subject to adjustment or refinement based on community feedback, market conditions, or the evolving needs of the NEUTRONSWAP ecosystem.