Restaking Risks Overview
TODO: Complete Restaking Risk Framework
This document explains why restaking introduces unique risks and why EigenWatch exists.
Required Sections
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Slashing Risk Fundamentals
- Traditional staking: single-purpose (block production)
- Restaking: multi-purpose (multiple AVSs simultaneously)
- Why slashing happens: malicious behavior, protocol bugs, operator faults
- Slashing mechanics: full vs partial stake loss
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Operator Risk Dimensions
- Technical Risk: Infrastructure quality, uptime, software bugs
- Economic Risk: Rational operator behavior under slashing incentives
- Governance Risk: AVS rule changes affecting operator obligations
- Correlation Risk: Multiple AVSs requiring similar behavior (shared failure modes)
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Systemic Risk in EigenLayer
- Concentration: What happens if top operators are correlated?
- Cascade effects: One AVS slashing triggering others?
- Market dynamics: How do stakers respond to slashing events?
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Why Monitoring Matters
- Stakers need real-time visibility into operator health
- AVSs need to detect & replace risky operators before slashing
- Insurance protocols need data for risk pricing
- Researchers need longitudinal data on ecosystem dynamics
Links & References
- Primary audience: Restakers, AVS developers, risk analysts
- Prerequisites: EigenLayer Primer
- Related docs:
Status: NOT STARTED — Requires protocol expertise + research