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Token Holder Governance Guide.docx

Generated 2026-07-01T16:39:32.685095+00:00 from live Dropbox Public folders.

Description

 📝 EXHIBIT A — UNDERLYING SMART CONTRACT LOGIC (DAO-LLC COMPATIBLE) To be attached to the Operating Agreement and referenced in Article I, Sections 10 & 11. This Exhibit documents the smart-contract logic that governs the calculation of voting power, the management of concentration safeguards, and the enforcement of multi-signature requirements. In the event of any conflict between this Exhibit and the Operating Agreement, the smart contract shall control pursuant to Section 17-31-106 of the Wy

Extracted Content

 📝 EXHIBIT A — UNDERLYING SMART CONTRACT LOGIC (DAO-LLC COMPATIBLE) To be attached to the Operating Agreement and referenced in Article I, Sections 10 & 11. This Exhibit documents the smart-contract logic that governs the calculation of voting power, the management of concentration safeguards, and the enforcement of multi-signature requirements. In the event of any conflict between this Exhibit and the Operating Agreement, the smart contract shall control pursuant to Section 17-31-106 of the Wyoming DAO Supplement. 1. Voting Power Algorithm 1.1 Quadratic Voting The smart contract SHALL compute each Member’s voting power as: [ \text{votePower}(member) = \sqrt{\text{tokenBalance(member)}} ] Effects enforced on-chain: Large holders receive diminishing marginal influence. Small holders retain proportionally greater influence relative to balance. Prevents any one wallet from disproportionately controlling governance. 2. Time-Weighted Holding Multiplier To promote long-term participation, the smart contract applies a holding duration multiplier : [ \text{adjustedVotes}(member) = \text{votePower(member)} \times (1 - e^{-t/180}) ] Where: t = days tokens have been continuously held Continu