| Name | Related DEX | Address | Token Price (USD) |
|---|---|---|---|
| ASF / WETH | curve | 0x3d0d...9c50 | 0.0671736211686169 |
| ASF / WETH | uniswap_v2 | 0x6eb9...2846 | 0.0679223757207569 |
| ASF / USDT 0.01% | uniswap-v4-ethereum | 0xf432...4c77 | 0.0673585867606584 |
| ASF / WETH 1% | uniswap_v3 | 0x93b0...0c56 | 1.245930496 |
| opASF / ASF | curve | 0x7163...9be9 | 0.064492311428487 |
| ASF / USDC 1% | uniswap_v3 | 0x65b3...2cc4 | 2.1018592692 |
| ASF / USDC 1% | uniswap-v4-ethereum | 0x6758...525d | 0.5109220864 |
| ASF / USDT 88% | uniswap-v4-ethereum | 0xa5d8...b72c | 0.06358916046 |
| ASF / USDT 0.3% | uniswap_v3 | 0x66d6...35bb | 1.1171423897 |
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.