eigenlayer

EigenLayer restaking secures Actively Validated Services (AVSs) by redelegating existing staked ETH and liquid staking tokens to provide cryptoeconomic security for new protocols. It leverages core contracts like StrategyManager and DelegationManager to coordinate deposits and slashing conditions across Ethereum mainnet.

To delegate restaked ETH, you deposit LSTs or native ETH into the StrategyManager, then use the DelegationManager to delegate your staked assets to a registered operator. This process allows your restaked tokens to back AVS deployments and earn rewards.

Yes, you can use liquid staking tokens (LSTs) for EigenLayer restaking. The platform supports depositing LSTs alongside native ETH to secure Actively Validated Services, allowing validators to bootstrap new protocols by leveraging already staked assets.

The best way to manage queued withdrawals is through the DelegationManager, which handles the exit process for restaking. You initiate a withdrawal request, wait for the queue to process, and then complete the withdrawal to unlock your deposited ETH and LSTs.

Yes, EigenLayer supports native restaking for validators through EigenPod, which enables on-chain verification. This allows validators to restake their native ETH directly without relying on liquid staking tokens, securing AVSs via core proxy contracts.

Restaking involves slashing scenarios because Actively Validated Services require cryptoeconomic security guarantees. If operators fail their duties or act maliciously, the delegated ETH and LSTs can be slashed, penalizing the operator and protecting the AVS network.