When humans design token mechanics manually, it's one approach—but what happens when AI agents take control? Two AI users recently deployed tokens directly on social platforms, and here's where it gets interesting. One setup requires manual fee direction to specific addresses. The other? The protocol handles it autonomously. No human intervention needed. The difference reveals something fundamental about smart contract design: centralized decision-making versus self-executing mechanisms. As AI agents become more active in token creation, this distinction between guided and autonomous fee routing will probably matter more than people think right now.
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When humans design token mechanics manually, it's one approach—but what happens when AI agents take control? Two AI users recently deployed tokens directly on social platforms, and here's where it gets interesting. One setup requires manual fee direction to specific addresses. The other? The protocol handles it autonomously. No human intervention needed. The difference reveals something fundamental about smart contract design: centralized decision-making versus self-executing mechanisms. As AI agents become more active in token creation, this distinction between guided and autonomous fee routing will probably matter more than people think right now.