GateUser-ffe7bee5

This script: first clear the liquidity, then reverse, the market flavor is a bit strong.

Recently, I've seen people say, "I clearly have enough margin, why am I still being liquidated?" My first reaction isn't to blame the exchange or the blockchain, but to check whether the oracle price feed has been delayed. Simply put, liquidation is based on "what it perceives as the price," not the K-line you see in your mind; if the price feed is slow by a few minutes, during extreme volatility, there can be a period where the price deviates, and the liquidation bot will still follow the rules and liquidate you. By the time you realize it, the process is already complete... This isn't fate;

Staying around 0.21 without any movement is not showing signs of improvement; the longer the compression lasts, the more dangerous it becomes. Don't use high leverage.

Today I turned off all those switches for “Auto Signature/Auto Authorization”… Watching on-chain front-running (MEV/ordering) feels more and more uncomfortable. Honestly, it’s not about who’s smarter—it’s about who’s closer to the ordering. The ones affected aren’t only the person who gets “sandwiched”; liquidity, slippage, and even ordinary people placing a limit order can end up being treated like a public menu. Recently, cross-chain bridges were hacked again, and there was that wave of abnormal oracle pricing—where everyone collectively “waited for confirmation.” In reality, it’s the same t

I just looked through a chain transaction that looked like a "coincidental transfer," and I almost instinctively thought it was a random typo in the address... I got a little scared: if I had clicked on that "claim/reclaim" link directly at the time, I would have basically paid tuition.
Looking at the path, it’s actually quite clear: first a small exploratory transfer → a fork in the same relay address → finally converging into a familiar collection point, with two obvious front-running traces inserted along the way.
Recently, everyone has been complaining about validators eating MEV and u