The Decentralized NFT Access Manager (DNAM) is a Solidity-based smart contract system designed to manage access to NFT launches, pre-sales, or any other exclusive content in a decentralized, secure, and efficient manner using Merkle Trees for whitelisting. The system aims to provide NFT builders with a tool to create an exclusive experience for their early supporters or any designated group, ensuring that only whitelisted addresses can mint or purchase NFTs during the early stages of a launch.
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Merkle Tree Whitelisting: Utilize Merkle Trees to efficiently verify whether an address is part of the whitelist without revealing the entire list on-chain, thus ensuring privacy and reducing gas costs.
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Dynamic Whitelist Management: Enable NFT project owners to dynamically update the whitelist by deploying a new Merkle Tree root to the smart contract, catering for last-minute changes or additional rounds of whitelisting.
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OG Supporter Rewards: Implement a system that allows for different tiers within the whitelist, such as OG supporters, who may receive additional benefits like reduced minting costs, access to special editions, or higher purchase limits.
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Decentralized Verification: Allow users to verify their whitelisting status through a decentralized interface, providing transparency and trust in the whitelisting process.
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Compatibility and Integration: Design the DNAM to be easily integrated with existing NFT projects or platforms on Ethereum, ensuring broad usability and appeal.
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Anti-Sybil Mechanism: Incorporate mechanisms to limit the impact of Sybil attacks, where one user tries to claim multiple spots on the whitelist by using different addresses.
- Deploy the contract to an EVM-compatible chain,
- Fetch the contract ABI
- Use
abigento create Go bindings. - Write a simple client to interact with the contract.
- Create a UI for the Go client.