How Does a ‘Speed Bump’ Mechanism Affect High-Frequency Trading on a CEX?

A speed bump, or minimum resting time, imposes a small, mandatory delay (e.g. a few milliseconds) on incoming orders before they can be executed. This delay is designed to negate the ultra-fast technological advantage of high-frequency traders, particularly those engaging in latency arbitrage.

By slowing down the fastest actors, it aims to level the playing field and protect slower participants from being consistently picked off.

What Is the Difference between Front-Running and Latency Arbitrage in Traditional Options Trading?
How Does a Fast Propagation Delay Impact the Effectiveness of a 51% Attack?
How Do High-Frequency Trading (HFT) Firms Attempt to Gain an Advantage despite the Price-Time Priority Rule?
How Do CEXs Attempt to Level the Playing Field for All Traders regarding Latency?
How Does Co-Location of Servers Mitigate Latency Arbitrage in Financial Markets?
How Is Transaction Latency on a Blockchain Analogous to Market Data Feed Speed in Traditional High-Frequency Trading?
What Are the Key Advantages of a Hybrid CEX/DEX Model for Derivatives Trading?
What Are the Security Trade-Offs between a Fast Finality PoS Chain and a Slower PoW Chain?

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