How Does Merchant Moe Work?

Liquidity Book: discrete bin-based concentrated liquidity forked from Trader Joe

Liquidity Book uses discrete price bins rather than continuous tick ranges (Uniswap v3 style). LPs deposit into specific bins, and only the active bin earns fees. This simplifies LP management but concentrates all fee revenue in the active bin, making JIT attacks profitable.

Legacy v1 pools with standard xy=k invariant for simpler trading pairs

Standard constant-product AMM pools available alongside Liquidity Book for assets where concentrated liquidity is not optimal or necessary.

veMOE: non-transferable vote-escrowed MOE for directing emissions via gauge voting

Users stake MOE to accrue veMOE, a non-transferable governance token. veMOE holders vote on gauge weights to direct MOE emissions to specific pools. Similar to veCRV/veTHE models but with non-transferability enforced.

MOE emissions directed by veMOE gauge votes with bribe incentives from protocols

Standard gauge voting system where protocols bribe veMOE holders to direct emissions to their pools. 30% of total MOE supply allocated to liquidity mining via gauges.

sMOE staking for real yield from protocol trading fees

Users stake MOE to receive sMOE, earning a share of protocol trading fees as 'real yield'. Separates fee revenue (sMOE) from governance power (veMOE), providing dual utility for MOE holders.

Fixed total supply of 500M MOE with 30% allocated to liquidity mining emissions

Total supply of 500M MOE tokens. 30% allocated to liquidity mining, 15% seed round, 2.5% airdropped to JOE holders at TGE. Emission schedule decays over time but creates sustained selling pressure.

JOE token bridge from Avalanche to Mantle for initial MOE acquisition

Initial MOE distribution was exclusive to JOE token holders, requiring bridging JOE to Mantle. This created a dependency on bridge infrastructure for the initial token distribution and linked Merchant Moe's community to Trader Joe's Avalanche base.

MOE emissions are only valuable if Mantle has sufficient trading volume to generate fees. If Mantle ecosystem activity declines, MOE emissions become pure inflation with no fee revenue to offset, collapsing veMOE voting value and triggering an emission death spiral.

The discrete bin structure makes it easy for MEV bots to identify the active bin and add JIT liquidity to capture fees from large trades. Passive LPs in the active bin are diluted by JIT capital that bears minimal risk, reducing organic LP yields.

As a Trader Joe franchise, Merchant Moe depends on Trader Joe for core protocol innovation (Liquidity Book upgrades). If Trader Joe deprioritizes Mantle or the franchise relationship deteriorates, Merchant Moe may lag in protocol development.

sMOE yields depend on trading fee revenue, which is concentrated in a few high-volume pairs. If one or two major pairs lose volume (e.g., MNT/USDC pair dries up), sMOE yields drop disproportionately, causing unstaking and MOE sell pressure.

15% of MOE supply allocated to seed round investors creates structured selling pressure as vesting unlocks. Combined with ongoing liquidity mining emissions, the dual source of supply can overwhelm thin Mantle DEX liquidity for MOE itself.