memoscan

0x8db1…a2d4

All memos sent from and to 0x8db1…a2d4.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,901,634·0xe42925ae…cabd39
Allow the AI to independently select 2 prompts (for slots #3 and #4) from all submitted proposals that best complement the randomly selected token mechanics. The goal is to optimize for long-term success: +liquidity +trading activity +user engagement +positive user experience +retention and virality
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,901,292·0x71948588…294049
Implement a 5% tax on sell transactions only. Use collected fees to acquire floor CMD NFTs from the market. List acquired NFTs for sale at a +10% premium. Cycle: Once an NFT is sold, use the proceeds to buy CMD tokens. Burn all purchased CMD tokens. Constraints: Ensure gas-efficient execution. Avoid unnecessary on-chain complexity.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,900,969·0x8ffaf27e…612fba
Implement a 1% transaction tax and allocate all fees to the Marketing Fund. Governance: - Token holders can propose and vote on fund allocation. - Voting power is proportional to token or staked balance. Execution: - Executed on-chain or via an authorized executor contract. Constraints: - Ensure gas-efficient and scalable design. - Require a minimum 1,000,000 token threshold to submit proposals.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,900,928·0xf2420c75…5cebad
Implement a 1% transaction tax and allocate all fees to the CryptoPunks Birthday Pool. Annual event (June 23): - Use the pool balance to acquire floor CryptoPunks. - Any unused funds roll over to the next year. Distribution: - Raffle NFTs among eligible holders or stakers using weighted randomness. - Winning probability is proportional to token or staked balance. - Use VRF if available. Eligibility: - Wallets must not execute any sell transactions of this token during the year. - Exclude burn addresses, liquidity pools, and system addresses. Constraints: - Ensure gas-efficient and scalable design. - Avoid iterating over all holders on-chain. - Track sell activity per wallet efficiently. Claim: - Rewards must be claimable within a defined window.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,886,836·0x6298c81b…ac56d0
Implement a 1% transaction tax and allocate into Happy New Year Pool. At the end of each year, distribute the pool to the top 1000 token holders. Eligibility criteria: - Top 1000 holders (by token balance) are eligible. - Eligible wallets must not have executed any sell transactions of the token during the year. - Exclude burn addresses, liquidity pools, and non-eligible system addresses. Weighting: - Rewards must be distributed proportionally based on token balance Implementation constraints: - Do not iterate over all holders on-chain. - Track sell activity per wallet in a gas-efficient way. - Use scalable accounting mechanisms. Distribution: - Rewards should be claimable by eligible holders. - Provide a defined claim window after distribution. Constraints: - Ensure gas-efficient and scalable execution compliant.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,886,826·0x62a60aef…1c6cce
Implement a 1% transaction tax and allocate into Jackpot pool. Introduce a weighted randomness reward system using the existing immutable VRF infrastructure: - When the Jackpot pool balance reaches at least 1 ETH, trigger a winner selection event. - Use the VRF output as the sole source of randomness to select one eligible token holder. - The probability of selection must be proportional to each holder’s token balance (weighted randomness). Eligibility rules: - Exclude the zero address - Exclude burn addresses - Exclude liquidity pool addresses - Optionally exclude contract addresses Execution: - Upon winner selection, allocate 1 ETH from the Jackpot pool to the selected holder. - If direct automatic transfer is not gas-efficient, record the reward and allow the winner to claim it. Constraints: - Avoid iterating over all holders; use scalable accounting mechanisms. - Ensure gas-efficient and secure execution compliant with AI validation.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,886,819·0x71cef4bb…039d51
Implement a 2% sell tax and accumulate the funds into NFT buyback pool. Target NFT collection (CMD): 0x5d750ce0d452c7f22a2feecbbcfcb56d496728ad Introduce a permissionless buyback function: - Any user can trigger a buyback by submitting a valid marketplace order The contract must verify: - the NFT belongs to the target collection - the purchase price does not exceed the available pool balance Execution: - The contract executes the purchase using the provided order - The acquired NFT is immediately sent to a burn address Constraints: - Do not rely on on-chain floor price calculations - Do not integrate complex price oracles - Ensure gas-efficient and secure execution Optional: - Add a small incentive fee for the caller to trigger the buyback
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,886,240·0x88b4cf8e…dfe5ed
Remove the Round 3 puzzle requirement and 90% tax. Implement a 2% sell tax and accumulate the funds in an NFT buyback pool. Target NFT collection (CMD): 0x5d750ce0d452c7f22a2feecbbcfcb56d496728ad Introduce a permissionless buyback function: - Any user can trigger a buyback by submitting a valid marketplace order The contract must verify: - the NFT belongs to the target collection - the purchase price does not exceed the available pool balance Execution: - The contract executes the purchase using the provided order - The acquired NFT is immediately sent to a burn address Constraints: - Do not rely on on-chain floor price calculations - Do not integrate complex price oracles - Ensure gas-efficient and secure execution Optional: - Add a small incentive fee for the caller to trigger the buyback
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,886,105·0x97d34752…b00458
Remove the Round 3 puzzle requirement and 90% tax. Implement a 1% transaction tax and allocate to the Happy New Year Pool. At the end of each year, distribute the pool to the top 1000 token holders. Eligibility criteria: - Top 1000 holders (by token balance) are eligible. - Eligible wallets must not have executed any sell transactions of the token during the year. - Exclude burn addresses, liquidity pools, and non-eligible system addresses. Weighting: - Rewards must be distributed proportionally based on token balance Implementation constraints: - Do not iterate over all holders on-chain. - Track sell activity per wallet in a gas-efficient way. - Use scalable accounting mechanisms. Distribution: - Rewards should be claimable by eligible holders. - Provide a defined claim window after distribution. Constraints: - Ensure gas-efficient and scalable execution compliant.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,880,253·0x9c837db8…853c65
Implement a 1% transaction tax and route the collected fees into a dedicated Jackpot pool. Introduce a weighted randomness reward system using the existing immutable VRF infrastructure: - When the Jackpot pool balance reaches at least 1 ETH, trigger a winner selection event. - Use the VRF output as the sole source of randomness to select one eligible token holder. - The probability of selection must be proportional to each holder’s token balance (weighted randomness). Eligibility rules: - Exclude the zero address - Exclude burn addresses - Exclude liquidity pool addresses - Optionally exclude contract addresses Execution: - Upon winner selection, allocate 1 ETH from the Jackpot pool to the selected holder. - If direct automatic transfer is not gas-efficient, record the reward and allow the winner to claim it. Constraints: - Avoid iterating over all holders; use scalable accounting mechanisms. - Ensure gas-efficient and secure execution compliant with AI validation.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,880,042·0x39c3eccf…ba0782
Implement a 2% sell tax. Route the collected fees into a reward pool. Introduce a weighted randomness reward system using the existing immutable VRF infrastructure: - Every 1 hour select one token holder to receive all collected tokens from the reward pool. - The probability of selection must be proportional to the holder’s token balance (weighted randomness). Exclude: - the zero address - burn addresses - liquidity pools - contracts (optional) Distribution: - Rewards should be distributed automatically. All logic must comply with the AI validation and avoid introducing excessive gas costs or non-scalable operations.
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,879,987·0x09dca802…9fc36b
Implement a 2% sell tax and accumulate the funds in an NFT buyback pool. Target NFT collection (CMD): 0x5d750ce0d452c7f22a2feecbbcfcb56d496728ad Introduce a permissionless buyback function: - Any user can trigger a buyback by submitting a valid marketplace order The contract must verify: - the NFT belongs to the target collection - the purchase price does not exceed the available pool balance Execution: - The contract executes the purchase using the provided order - The acquired NFT is immediately sent to a burn address Constraints: - Do not rely on on-chain floor price calculations - Do not integrate complex price oracles - Ensure gas-efficient and secure execution Optional: - Add a small incentive fee for the caller to trigger the buyback
0x8db1d555…a2d4sent to0x467d66b9…4bf7·#24,879,469·0xfe0851b1…8e9433
Apply a 2% transaction tax on buys and sells. Route the collected fees into a reward pool. Introduce a weighted randomness reward system using the existing immutable VRF infrastructure: - Every 1 hour select one token holder to receive a reward from the pool. - The probability of selection must be proportional to the holder’s token balance (weighted randomness). Exclude: - the zero address - burn addresses - liquidity pools - contracts (optional) Distribution: - Rewards should be distributed automatically. All logic must comply with the AI validation and avoid introducing excessive gas costs or non-scalable operations.