Renzo Protocol
TEMPEREDLiquid Restaking · Ethereum · $1B+ TVL · 10 contracts
Public risk assessment — scores are produced with the same methodology as monitored protocols
Security Profile
70
68
72
50
42
62
50
78
68
89
70
68
72
50
42
62
50
78
68
89
Audit History
Bug Bounty Program
Assessment
Liquid restaking with proven depeg risk. Inherits EigenLayer compositional risk (D4=50) and governance centralization (D5=42) significantly drag score. No BlackHart findings but economic design issues are documented.
Dimension Breakdown
How scores work →- Operator selection controlled by Renzo team
- Deposit/withdrawal gated by protocol state
- ezETH minting access open but redemption has been restricted
- Admin keys control operator delegation and strategy
- ezETH depeg events occurred (May 2024, ~18% depeg)
- Restaking yield model depends on AVS reward sustainability
- Withdrawal queue design caused liquidity crises
- Points-based incentive model creates speculative pressure
- ezETH/ETH rate determined internally by protocol
- External oracle feeds for cross-chain bridging
- Rate oracle manipulation surface during depegs
- Chainlink feed added post-depeg for external validation
- Mainnet since January 2024 (~28 months)
- Experienced significant depeg event (May 2024)
- Protocol redesign after depeg (withdrawal improvements)
- TVL ~$3B, moderate battle testing
- Z-factor: 0.823
- REZ token governance but largely centralized operation
- Team multisig controls critical parameters
- No meaningful timelock on operator changes
- Withdrawal restrictions imposed unilaterally during stress
- Maximum resilience under independent adversarial testing
- Comprehensive security coverage across all attack surfaces
- Active bounty program incentivizes continuous scrutiny
- No validated adversarial findings — score set to neutral baseline
- Response to depeg was slow initially
- Improved operational procedures post-incident
- Cross-chain deployment adds operational complexity
- Monitoring improvements after May 2024 event
- Inherits ALL EigenLayer compositional risk
- ezETH composed across lending protocols (Morpho, Aave)
- Cross-chain bridging adds bridge risk layer
- AVS slashing cascades through to ezETH holders
- Depeg showed cascade risk in DeFi composability
- Appears in 2 cross-protocol cascade chain(s)
- Member of 4 dependency cluster(s)
- Score: 89/100 (higher = more isolated from systemic risk)
- Source: cross_protocol_composition.json dependency analysis
- OpenZeppelin upgradeable contracts
- Standard dependency stack
- Cross-chain message passing adds bridge dependencies
- Multiple proxy layers increase upgrade surface
Risk Drivers
Primary risk factors driving this score, ordered by severity.
Adversarial Risk Signals
Observable security posture indicators. These signals reflect publicly verifiable information and responsible disclosure outcomes. No specific vulnerability details are exposed.
Score History & Verification
Score provenance tracking begins with the next reassessment.
On-Chain Data
- Protocol Slug
- "renzo"
- Oracle
- BRORegistry (Base)
- Evidence
- IPFS (pinned)
- Staleness Threshold
- 24 hours
registry.getScore("renzo")Reduce exploitable risk
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