17-Minute Token Swap: PIPEDOG’s Rapid Reissue and Centralized Cluster Risks

Woofun AI reports that a rapid token reissue event on Robinhood Chain involved the PIPEDOG asset, where a single developer deployed, abandoned, and relaunched an identical token within a narrow window. This anomaly, highlighted by KarenZ of Foresight News, exposes structural vulnerabilities in early-stage meme coin deployments where contract continuity is not guaranteed by the protocol itself.

The sequence began with the deployment of the initial PIPEDOG contract at address 0x030e...9560. On-chain records indicate that address 0xa359...e814 executed this deployment at 04:12 on July 28th. Within two minutes, the developer utilized nearly the entire token supply alongside approximately 263 WETH to establish a liquidity position on Uniswap, initiating the token’s market presence with significant capital backing.

By 04:21, the market capitalization of this first PIPEDOG iteration had surged to $2.11 million.

However, just three minutes later, the developer engaged in a coordinated exit strategy, repeatedly invoking the multicall function of the Uniswap position management contract and the withdraw function of WETH to extract the associated liquidity. This action effectively removed the price support mechanism from the market.

Following the liquidity withdrawal, the market cap of the first token collapsed to approximately $9,000 within two minutes, before stabilizing at a residual value of $68,000. This rapid depreciation marked the end of the first contract’s relevance, as the developer did not attempt to stabilize or manage the asset further, signaling an intentional abandonment of the initial deployment.

At 04:29, the same developer deployed a second PIPEDOG token with the contract address 0x5cb6...d8a6. The interval between the two deployments was merely 17 minutes, with less than ten minutes elapsed between the creation of the first pool and the subsequent withdrawal operations. This second token quickly captured market attention, reaching a peak market capitalization of $74.6 million, and maintaining a value of around $55 million at the time of analysis.

Woofun AI data shows that the trading structure of the second token exhibited significant centralization, with bundled transactions accounting for 23.16% of total activity, peaking at 42.65%. Wallets identified as participants in these bundled transactions retain nearly a quarter of the total token supply, raising questions about the independence of holders and the true distribution of ownership among retail participants.

Further analysis via Bubblemaps reveals that excluding the Uniswap pools which hold 10.19% of the supply, the top eight holding groups are structured as clusters. These clusters consist of 31, 18, 28, 18, 13, 15, 13, and 10 addresses respectively, totaling 146 addresses. Collectively, these eight clusters control approximately 32% of the total token supply, indicating a high degree of concentration among a limited number of coordinated entities.

The first PIPEDOG token displayed similar distribution anomalies, suggesting this is not an isolated incident limited to the second issuance. GMGN data indicates that bundled holdings accounted for 16.5% of the first token’s activity.

Additionally, Bubblemaps data shows that the largest single address held 67.16% of the tokens, while the second-largest holder was a cluster of 76 addresses controlling 21.09% of the supply, reinforcing the pattern of centralized control.

In response to concerns, the project team claimed on Twitter that they would "permanently lock" liquidity worth 1,358.83 ETH, providing an on-chain transaction that invoked the lock function. While this measure mitigates the risk of a sudden liquidity pull, it does not address the underlying issue of token distribution. Locking LP tokens prevents the removal of pool assets but does not restrict cluster wallets from selling their tokens or prevent bundled purchase wallets from acting in coordination.

The distinction between liquidity locking and token distribution risks remains critical; the presence of LP tokens in a locked state does not imply that cluster wallets are independent or that bundled purchases represent organic demand. Although there is currently insufficient evidence to classify the PIPEDOG events as a "conspiracy scheme" manipulated by a single entity, the rapid reissue and concentrated holding structure present clear risk signals that warrant caution for market participants.