Restaking Risks: Shared Security Needs Better Models
Choosing Between Restaking Paths Not all routes to shared security look the same. Your choice will depend on technical comfort, liquidity needs, and your tolerance for additional layers. Below is a practical comparison of common approaches observed in todays market.PathControlLiquidityReward SourcesExtra Risk LayersComplexityBest ForNative validator restakingHighest (you run/choose validators)Low; withdrawals follow Ethereum timelinesBase staking + selected AVSsOperator errors; AVS contracts; slashingHigh operational overheadTechnical users who want direct controlLST restaking (no wrapper)Medium (delegation choices)Moderate; depends on LST liquidity and exit queuesLST yield + AVS incentivesLST depeg; AVS risks; operator selectionModerateUsers prioritizing simpler ops with known LSTsLRT wrappers (liquid restaking tokens)Low to medium (protocol manages delegation)High in normal times; can gap in stressStacked: base + AVS + wrapper incentivesAll above + wrapper contract high systemic couplingYield-seeking users who accept layered risk Pro tip: Before you chase points or boosts, write down the maximum loss you would tolerate from an unexpected slash or depeg—and size your position to that number, not to the advertised APR. If youre undecided, start with small allocations across different paths. Observe real incident responses: how fast teams communicate, how slashing appeals are handled, and how liquidity holds during volatility. Stress Testing: What a Bad Day Actually Looks Like Failure models are blueprints for