Ganji's DeFi SOR Protocol: Multi-Venue Smart Order Routing for Agent-Native Crypto Swaps on Basehttps://doi.org/10.7910/DVN/5BGOBXGanji, AbhijeethPriyanka velpulaHarvard Dataverse2026-06-022026-06-02T09:54:47ZSupporting dataset for "Ganji's DeFi SOR Protocol: Multi-Venue Smart Order Routing for Human and Agent-Native Crypto Swaps on Base" (Ganji & Velpula, May 2026, v1.0). Contains 265,000+ rows across 10 CSV files parameterized by prototype measurements on Base Mainnet (Chain ID 8453). Covers route discovery (median ~52ms latency), multi-venue scanning across 25+ DEX venues, Bellman-Ford graph routing, split-route optimization, cross-chain routing (Base, Ethereum, Solana, Injective), MEV protection, circuit-breaker logs, and price impact curves. Key results: REI=0.9994 stablecoin, VCS≈0.85, VER=1.0, +2.4 bps price improvement vs. baseline aggregator. All rows simulate autonomous agent workloads (10²–10³ intents/min). Includes analysis notebook reproducing all 18 paper figures.Computer and Information ScienceDeFi SOR ProtocolSmart Order RoutingAutonomous AgentsBase MainnetBellman-Ford RoutingGanji Sovereignty WeightRouting Efficiency IndexVenue Coverage ScoreVerifiable Execution ReceiptCryptographic Execution AttestationMEV ProtectionCross-Chain RoutingAgentic PaymentsPauli ProofGanji, Abhijeeth; Velpula, Priyanka. "Ganji's DeFi SOR Protocol: Multi-Venue Smart Order Routing for Human and Agent-Native Crypto Swaps on Base." Fluid Protocol, May 2026, v1.0., https://www.kaggle.com/code/abhijeethganji9/ganji-s-defi-sor-protocol2026-06-02Ganji, Abhijeeth2026-06-02CC0 1.0