Monitoring Uniswap V4 Pool Initialization Events on Robinhood Chain
Summary
This document describes a monitor for Uniswap V4 pool initialization events on Robinhood Chain. It checks the configured chain ID, scans logs from a specified PoolManager in small block ranges, decodes pool assets and parameters, and deduplicates events by transaction and log index. It can query and cache ERC20 names, symbols, and decimals, then classify pools by ETH/WETH presence, fee type, and whether a hook address is present. A dashboard summarizes recent pools, scan status, and a priority list of pairs involving the base assets.
The system is explicitly a monitoring tool, not a trading strategy: pool initialization does not establish that liquidity exists or signal a purchase. It does not assess token deployment age, liquidity, trading activity, buyability, contract permissions, or hook behavior. Its cursor and caches are in memory; persistent checkpoints, failed-event retries, and chain-reorganization handling are absent. The document provides implementation details and default scan settings, but no trading results or evidence that monitored pools are safe or actionable.
Key ideas
- The monitor discovers pools by scanning a configured PoolManager for initialization events.
- Event identifiers based on transaction hash and log index prevent duplicate counting during a run.
- Pools are categorized by ETH/WETH inclusion, static or dynamic fees, and hook presence.
- An initialized pool may have no liquidity and does not constitute a buy signal.
- In-memory state means restarts rescan recent blocks, while retries and reorganization rollback are not implemented.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.