Emily Wang

Defined the on-chain economic parameters that determined ATA's issuance rate, vesting timelines for team and investor allocations, and the structure of staking rewards. These design choices were codified in governance proposals and smart contracts, producing measurable effects on circulating supply and therefore on market liquidity and price formation. Designed incentive programs to bootstrap node operators and relayers, including bond requirements, reward decay schedules and penalty conditions. The incentive engineering influenced how quickly technical integrations attracted active service providers and where ATA tokens were locked versus available for trading. Worked with exchanges and market makers to coordinate initial liquidity mining and staking launch events, setting eligibility rules and reward distributions that affected early market depth. Decisions on cliff periods, linear unlocks and community reserve releases were decisive in shaping sell pressure windows and long-term token velocity. Monitored post-launch metrics and proposed on-chain adjustments via governance when supply dynamics deviated from targets. Implemented parameter changes that altered staking APY and emission tapering; those actions had direct, observable impacts on trading volumes and the availability of ATA across centralized and decentralized venues.