Definition:
Restaking yield is the additional return earned by Ethereum validators (or liquid restaking token holders) for providing economic security to external protocols — called AVSes (Active Validator Services) — via EigenLayer or similar restaking systems. Restakers expose their staked ETH to additional slashing conditions in exchange for fees paid by AVSes that want to inherit Ethereum’s trust. The total restaking yield is: base ETH staking yield + AVS fees. However, the AVS fee component was largely theoretical or point-based in 2024 rather than cash-settled, leading to widespread debate about whether “restaking yield” was real or a points-based extraction scheme.
How Restaking Yield Is Generated
Base layer: ETH staking
Restakers first stake ETH natively (receiving stETH, rETH, or native staked ETH). They earn the standard LST yield (consensus + execution layer + MEV). See LST Yield Sources.
Restaking layer: AVS fees
The restaker then deposits their LST (or native staked ETH) into EigenLayer. They opt into one or more AVSes — decentralized oracle networks, data availability layers, interoperability bridges, and other services that need security. In exchange:
- Operators (who run the infrastructure for restakers’ capital) earn operator fees from AVSes.
- Restakers earn a portion of AVS fees (after operator split).
Fee flow:
$$text{AVS pays fees} to text{Operator takes cut} to text{Restaker receives remainder}$$
Typical split: EigenLayer suggests operators typically take 10–20% of AVS rewards, with 80–90% flowing to restakers.
AVS Fee Types
AVSes can pay restakers in:
- Their native token: Most common. The AVS protocol pays fees in its own governance or utility token.
- ETH or stablecoins: Rare in 2024 but more sustainable long-term.
- Points: Many early AVSes paid “points” redeemable for future token allocations rather than cash fees. Eigenlayer itself issued EIGEN via points in 2024.
The points problem: “Restaking yield” in 2024 was primarily points accrual, not cash distribution. The dollar value of points depended entirely on future token price assumptions — making published “restaking APRs” highly speculative.
Liquid Restaking Tokens (LRTs)
Liquid restaking platforms (EtherFi, Renzo, Kelp, Puffer) automatically handle restaking logistics for users, issuing LRTs (weETH, ezETH, rsETH, pufETH) representing restaked ETH positions.
LRT yield = base staking yield + AVS fees + platform-specific points/rewards
LRT holders benefit from:
- Automatic operator selection and diversification across AVSes
- Liquidity (LRTs are usable in DeFi unlike native restaking positions)
- Compounding of EigenLayer points across multiple AVS exposures
LRT risks beyond base staking:
- Additional slashing conditions from AVS obligations
- Smart contract risk in the LRT protocol layer
- Points devaluation if AVS token prices disappoint
- Depeg risk during illiquid market conditions
Practical Yield Numbers (2024)
| Layer | Typical APR |
|---|---|
| Base ETH staking | ~3.5% |
| EigenLayer EIGEN points premium (estimated at launch) | +1.5–3% |
| AVS fees (cash) through end of 2024 | Minimal/zero for most |
| LRT platform points | Variable, project-specific |
| Total advertised “restaking yield” | ~5–8% annualized equivalent |
The gap between advertised and actual cash yields was a persistent criticism throughout 2024.
Slashing Risk in Restaking
Standard ETH staking slashing: Validators are slashed for double-signing or surround voting — clearly defined malicious behavior by the validator itself.
Restaking slashing (AVS conditions): AVSes can define their own slashing conditions for operators/restakers who provide security. These conditions can be:
- Failure to process AVS messages within a time window
- Incorrect computation in ZK-proof generation
- Liveness failures during critical periods
Key concern: Unlike Ethereum slashing (which requires validator key misuse), AVS slashing can be triggered by software bugs, network failures, or misconfiguration — not just malicious behavior. Restakers are effectively taking on the operational risk of the operators they delegate to.
EigenLayer and Competitors
| Protocol | Chain | Key LRTs | Status (2024) |
|---|---|---|---|
| EigenLayer | Ethereum | Native integration | Mainnet, 10M+ ETH restaked |
| Symbiotic | Ethereum | Multiple protocols | Mainnet launch mid-2024 |
| Karak Network | Multi-chain | Various | Growing |
Related Terms
Sources
- EigenLayer Whitepaper — Technical specification of restaking, AVS design, and slashing conditions.
- EtherFi Documentation — LRT mechanics, weETH yield components, and operator structure.
- Delphi Digital — Restaking Report — Comprehensive analysis of restaking economics and risks.
- Rated.Network — Restaking Analytics — Operator performance data relevant to restaking delegation decisions.
Last updated: 2026-04