StrategyBeginner#Passive Income#Consensus
Staking
S
Definition
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.
Source reviewed
- Ethereum.org: Staking opens in a new tab
Supports: Documents distinct solo, service, pooled, and liquid-staking paths, with validator penalties, slashing, counterparty, execution, and liquidity risks.
- Ethereum.org: Staking as a service opens in a new tab
Supports: Documents provider trust assumptions and the distinction between signing and withdrawal-key control.
Concept Diagram
Key Takeaways
1
Staking paths and trust assumptions differ by network, validator, pool, liquid token, and provider
2
Rewards are variable and can be reduced by fees, penalties, downtime, or provider terms
3
Key custody, withdrawal access, exit rules, slashing, liquidity, and smart-contract risk must be checked
4
APR is not a promised return or safety measure
Practical Example
A user compares solo validation, a service, and a liquid-staking token. They check who holds signing and withdrawal keys, how exits work, service fees, validator penalties, and token redemption before choosing. A quoted APR does not settle those questions.
Finished learning?
Related Terms
Blockchain
EigenLayer StakingA 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.
Blockchain
LST (Liquid Staking Tokens)A provider-specific token issued against assets delegated to a staking arrangement. It can be transferable or usable in other protocols, but redemption, rewards, backing, governance, fees, and risks depend on the issuer and integration.
Blockchain
NodeSoftware connected to a blockchain network that can relay data and, depending on its operating mode, validate blocks and transactions under that network's rules. Node capabilities, data retained, privacy, and trust assumptions vary by implementation.
Blockchain
Proof of Stake (PoS)A family of consensus designs in which validators commit stake under network-specific rules and use it to participate in block proposal, attestation, or finality. Validator selection, rewards, penalties, delegation, and withdrawal rules vary by network.
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