Using privacy-focused protocols (e.g., Tornado Cash, Aztec) often negatively impacts airdrop eligibility. Many projects explicitly blacklist addresses that have interacted with these mixers, as it strongly correlates with sybil farming or attempts to obscure transaction history. The goal of most airdrops is to reward identifiable, legitimate users. Using privacy tools contradicts this by making on-chain behavior opaque, frequently resulting in disqualification from rewards to maintain regulatory and compliance standards.
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Significant coordination occurs through security working groups and shared testing frameworks. Major AVS teams participate in cross-protocol simulations and vulnerability disclosure programs. However, standardized FP reduction practices remain emergent, with most coordination happening reactively after incidents rather than through proactive industry-wide standards.
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How often do AVS implementers coordinate to reduce FP slashing errors? In a mature ecosystem, coordination among AVS implementers to reduce FP errors should be frequent and structured. This would manifest as: Shared Best Practices: Developing common standards for slashing condition design to avoid known FP pitfalls. Coordinated Vulnerability Disclosure: A secret security mailing list or channel where implementers and major operators confidentially share discovered bugs before they cause mainnet slashes. Shared Test Suites: Collaborating on extensive, public testnet scenarios that simulate network faults to stress-test slashing logic across different implementations. While competitive, AVSes have a shared interest in a stable, trustworthy base layer. High-profile FP slashing events damage the entire ecosystem. Therefore, we should expect to see the emergence of formal and informal consortiums focused on this exact coordination.
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