A service with its own validation rules that can use EigenLayer's opt-in restaking and operator mechanisms. Security, slashing, rewards, and participation are specific to each AVS and its deployed contracts.
Supports: EigenLayer describes opt-in restaking and operator participation, while explicitly discussing operator collusion and unintended slashing vulnerabilities for AVSs.
An AVS defines its own validation and uses opt-in operator and restaking mechanisms
Security depends on the opted-in set, quorum, deployed rules, and service implementation
Restaking can create service-specific slashing and correlated risks
Do not infer guaranteed yield, inherited security, decentralization, or return from the AVS label
Before delegating to an AVS, a participant checks the deployed contracts, opted-in operator set, quorum, slashing and withdrawal rules, upgrade controls, and current reward terms. They treat restaked value and advertised rewards as inputs for research, not evidence that the service is secure or that payments will occur.
A protocol framework in which a staker holds supported restaking shares and may delegate them to an operator that has opted into an AVS or operator-set commitment. Assets, delegation, withdrawal, slashing, and reward rules are contract- and service-specific; restaking does not guarantee yield or security.
A provider-specific token representing a restaking position or pool. It may reflect staking and restaking rewards, but its backing, service exposure, withdrawal path, slashing, fees, and redemption rules depend on the issuer, selected services, and protocol design.
Assurance that data needed for a specified verification process was published and can be accessed under that system's rules. It is distinct from permanent historical retrievability.
Protocol-specific participation in proof-of-stake validation or a third-party staking arrangement, with rewards and risks determined by the particular network and provider.
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