Liquid Staking vs. Liquid Restaking
How liquid staking and liquid restaking actually differ in what they secure, their risk layers, and the tokens they produce.
This compares the two mechanisms generally, not any specific protocol implementing either one -- see Kaavon's own Lido Finance and EigenLayer research profiles for specific-protocol detail. No live TVL or yield figures are included, since those change continuously.
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| Dimension | Liquid Staking | Liquid Restaking |
|---|---|---|
| What's being secured | Only the base-layer blockchain's own consensus (for example, Ethereum's base-layer proof-of-stake consensus). | The base layer's consensus, plus one or more additional services (AVSs) layered on top of the same underlying capital. |
| Token produced | A liquid staking token (LST) representing a claim on staked capital and its base-layer rewards. | A liquid restaking token (LRT) representing a claim on restaked capital and its base-layer plus AVS-specific rewards. |
| Slashing exposure | Exposed only to the base layer's own slashing conditions. | Exposed to the base layer's slashing conditions plus each additional AVS's own separate slashing conditions. |
| Yield source | Base-layer staking rewards only. | Base-layer staking rewards plus additional AVS rewards -- compensation for the additional, compounding risk described above. |
| Relative maturity | An established, longer-running mechanism with a longer production track record. | A newer mechanism, with enforced slashing for restaked capital reported to have gone live in 2025 -- a shorter production track record under live, enforceable conditions. |
Liquid Staking vs. Liquid Restaking
Why this comparison exists
Liquid restaking is often discussed as a natural extension of liquid staking, and mechanically it is -- but the risk and reward profile changes meaningfully once capital secures more than just the base layer. This comparison makes that difference explicit rather than treating restaking as simply "staking with extra yield."
Trade-offs
Liquid staking's simpler risk profile -- exposure only to the base layer's own slashing conditions -- comes with a correspondingly simpler, generally lower yield. Liquid restaking's additional yield comes specifically from taking on additional, compounding slashing risk across every AVS the underlying capital also secures, plus the added smart-contract and operator risk of the restaking and liquid-restaking-token layers themselves.
Liquid restaking's extra risk is additive, not a replacement
Liquid restaking doesn't trade away base-layer staking risk for a different risk -- it keeps the base-layer risk and adds AVS-specific risk on top of it. A liquid restaking token's total risk is the sum of these layers, not a like-for-like substitute for a simpler liquid staking token's risk.
Who each may be referenced for
This is general education, not a recommendation. Liquid staking is often referenced by participants prioritizing a simpler, more established risk profile. Liquid restaking is often referenced by participants specifically seeking additional yield, who have evaluated and accept the additional, layered risk that comes with it.
Key Risks and Limitations
- Both mechanisms carry smart contract risk in their own token and protocol layer, independent of the underlying staking or restaking mechanism itself.
- Liquid restaking's shorter track record under live, enforced slashing conditions means less historical data exists to evaluate its real-world risk compared to liquid staking's longer history.
- This comparison covers the general mechanisms, not any specific protocol's current implementation, fees, or operator set.
Conclusion
Liquid staking and liquid restaking aren't simply different-sized versions of the same thing -- liquid restaking adds a genuinely separate, compounding risk layer (additional AVS slashing exposure) in exchange for additional yield, on top of whatever risk liquid staking already carries. Evaluating either requires understanding exactly which layer of risk you're accepting, not just comparing headline yield figures.
How this profile is maintained
Synthesized from Kaavon's existing restaking-risk research article and EigenLayer research profile -- no new primary research conducted for this comparison, and no live TVL or yield figures included, since those change continuously.
- Source:
- Derived directly from Kaavon's own restaking and EigenLayer research
- Last reviewed:
- 2026-10-28