How Does High Transaction Latency (Slow Block Times) Hinder Arbitrage Effectiveness?

High transaction latency, or slow block times, hinders arbitrage effectiveness by increasing the risk that the price discrepancy being exploited changes before the arbitrageur's transaction is confirmed on the blockchain. The delay gives other market participants or bots time to front-run the trade or for the market to naturally correct the price.

This "execution risk" reduces the certainty of the arbitrage profit, making it less attractive and thus weakening the constant pressure needed to maintain the stablecoin's peg.

What Is the Difference between a “Soft-Peg” and a “Hard-Peg” and Its Impact on Collateral Risk?
How Do Zero-Confirmation Transactions Increase the Risk of a Double-Spend?
Does the Volatility of Staking Rewards Affect the Certainty of the Arbitrage Profit?
How Does Transaction Latency Affect the Profitability of High-Frequency Spot-Futures Arbitrage?
How Does High Transaction Latency Affect an Arbitrageur’s Ability to Profit from Stablecoin Price Deviations?
What Is the Impact of a High Pool-Switching Rate on the Effectiveness of the PPLNS System?
What Is the Role of Arbitrageurs in Maintaining the Peg of Both Fiat-Backed and Algorithmic Stablecoins?
How Does Network Congestion Affect the Latency of an Arbitrage Transaction?

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