What Technical Solutions Do Centralized Crypto Exchanges (CEXs) Use to Mitigate High-Frequency Front-Running?

CEXs employ several technical measures. They use latency-reducing infrastructure, often placing all matching engines in the same physical location.

They also implement sophisticated order book monitoring and anti-spoofing algorithms. Furthermore, some use 'randomized batching' or 'speed bumps' to slow down high-frequency traders and prevent them from consistently gaining a time advantage.

How Do Centralized Exchanges (CEX) Typically Implement Market Surveillance to Detect Manipulative Trading Practices?
How Do CEXs Typically Use Trade Surveillance to Detect Front-Running?
How Does Co-Location of Servers Affect the Fairness of Order Execution on a CEX?
What Internal Surveillance Tools Do CEXs Use to Detect Market Manipulation like Front-Running?
How Do Surveillance Systems on CEXs Enforce MAR Principles?
What Is a ‘Speed Bump’ and How Does It Deter Front-Running?
How Does Co-Location Benefit High-Frequency Traders on CEXs?
How Do Centralized Crypto Exchanges (CEXs) Technically Mitigate Front-Running?

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