| Name | Related DEX | Address | Token Price (USD) |
|---|---|---|---|
| USDC / MAX | uniswap_v2 | 0x9c89...729b | 0.000152576977238819 |
| MAX / USDT 1% | uniswap_v3 | 0x560a...f6cd | 0.1463747466 |
| MAX / USDT | uniswap_v2 | 0x9e15...de91 | 0.000150069685973038 |
| USDC / MAX 1% | uniswap-v4-ethereum | 0xb921...771b | 0.1650873408 |
| USDC / MAX 0.3% | uniswap-v4-ethereum | 0x5c44...f9ae | 0.1427393015 |
| USDC / MAX 88% | uniswap-v4-ethereum | 0x113b...1bb2 | 0.000149180282522036 |
| USDC / MAX 0.3% | uniswap_v3 | 0xaf74...8452 | 0.1631954413 |
| USDC / MAX 1% | uniswap_v3 | 0xcdb6...a36c | 0.112625824 |
| MAX / KABOSU | uniswap_v2 | 0x1223...28dc | 0.1182997144 |
Generally, a honeypot Detector operation consists of a computer, applications and data that simulate the behavior of a real system that would be attractive to attackers, such as a financial system, internet of things (IoT) devices, or a public utility or transportation network. It appears as part of a network but is actually isolated and closely monitored. Because there is no reason for legitimate users to access a honeypot, any attempts to communicate with it are considered hostile.