Early liquidity provision plays a crucial role in airdrop eligibility and allocation size. Projects consistently reward users who provided liquidity during the protocol's bootstrap phase, as this demonstrates genuine belief before financial incentives were clear. Early LPs take on higher risks like smart contract vulnerabilities and low trading volume, making them valuable to nascent ecosystems. Many airdrop algorithms heavily weight the timestamp of initial liquidity provision, often placing early providers in premium reward tiers. The depth of early liquidity matters too - substantial deposits during the fragile early days can significantly boost airdrop allocations. This early support helps protocols establish initial price discovery and trading functionality, making these contributors essential to project survival and growth.
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How did restaking APY behave during past Ethereum hard forks? Given restaking's recent emergence, there is limited live data from major Ethereum hard forks. However, we can infer its behavior from first principles. During a fork like Dencun, the pre-fork period likely saw a temporary APY dip due to operational caution, as operators paused new AVS commitments to avoid unforeseen slashing risks during the upgrade. Post-fork, if the upgrade successfully enhanced scalability (as Dencun did with proto-danksharding), the effect would be bullish for restaking APY. Lower transaction costs can spur more on-chain activity and DeFi innovation, increasing demand for the data availability, sequencing, and other services provided by AVSs. This would lead to a medium-term APY increase, demonstrating its sensitivity to foundational Ethereum improvements.
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How did restaking APY behave during past Ethereum hard forks? Given that EigenLayer and the modern AVS ecosystem are relatively new, there is limited data on their behavior during major Ethereum hard forks like the Merge or Dencun. However, we can extrapolate from first principles. In the lead-up to a fork, APY would likely experience elevated volatility and potential downward pressure. Risk-averse operators might temporarily unstake to avoid any unforeseen slashing risks associated with the base-layer changes, which could temporarily increase APY for those who remain. Post-fork, if the upgrade is successful and introduces scalability improvements (like Dencun's blobs), it could fuel a new wave of L2 and AVS activity, increasing demand for restaking security and pushing APY higher. The behavior is a function of perceived risk versus anticipated future utility.
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