AutoLoop vs Chainlink

Inverted Interest

Every participant loses something from triggering — damage, drain, cost. No rational player ever calls. CrumbleCore floors take VRF damage on every tick; the loop runs precisely because nobody is willing to run it themselves.

Timing Attack Surface

Controlling when the trigger fires lets the caller exploit mempool-visible VRF proofs. A player who triggers their own game can withhold if they dislike the precomputed outcome. AutoLoop's neutral keeper has no stake in the result.

Shared World State

Updates that benefit nobody individually but are required for the system — dungeon floors advancing, oracle rounds settling, treasury rebalancing. Self-incentivized triggering fails when the benefit is diffuse across all users.

Front-Run Prevention

NFT reveals, airdrop draws, lottery winner selection — if the trigger holder can see the VRF output before it lands, they can extract value by timing the transaction or simply withholding. The neutral keeper solves this structurally.

Two-Phase Randomness

PhasedVRFCompatible: commit VRF output in block N, settle with blockhash(N+5). Final randomness requires coordination between the committing keeper AND all 5 independent PoS slot validators in the settle window. No single party determines the outcome. Chainlink has no architectural equivalent.