DOSSIERSBODHI-MULTIDEX-ARBITRAGE
github.com/bet-bodhi-public

Multi-DEX Arbitrage Engine

baseline oracle resolution & concurrent execution

Published: 2026-07-17  |  Project: Bet Bodhi  |  Discipline: Quantitative Engineering & Microstructure

Author: Nicholas Alexander MacAskill — Founder & CTO, Flocano Labs  |  Canonical: https://www.nicholasmacaskill.com/dossier/bodhi-multidex-arbitrage

alpha_threshold
>2.5%
Verified Invariant
latency_bottleneck
slowest_api_node
Verified Invariant

1. The Two-Step Alpha Engine

The foundational component of this pivot was the creation of the \MultiDexRouter\, which transforms Bodhi into a two-step arbitrage engine.

Step 1: Bodhi runs its proprietary technical and psychological analysis to generate a "Bodhi Probability." It compares this internal probability against Polymarket’s highly liquid orderbook—using Polymarket purely as a "fair value" pricing oracle to determine if a baseline edge (Alpha) exists.

Step 2: Once an edge is confirmed against Polymarket, the router fires asynchronous API calls concurrently to four alternative execution venues (SX Bet, Azuro, Dexsport, and BetDEX). It actively compares Polymarket's baseline price against these alternative platforms to find the absolute highest decimal odds available for the matchup, ensuring maximum return on every single trade before execution.

2. Parallel Latency Optimization

In algorithmic sniping, execution speed dictates success. Instead of sequential querying, the \MultiDexRouter\ utilizes \Promise.all\ to query all platforms concurrently. This parallel architecture maps the entire decentralized liquidity landscape in the time it takes the single slowest API node to respond.

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Flocano Labs
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Nicholas Alexander MacAskill
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Biography
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