How Does the Block Time of a Blockchain Affect Oracle Front-Running Vulnerability?

A shorter block time reduces the window of opportunity for an attacker to anticipate and exploit an oracle update. If the time between blocks is very short, the attacker has less time to observe the pending oracle transaction in the mempool, calculate a profitable trade, and submit their front-running transaction with a higher fee.

Conversely, a longer block time provides a wider window, making the oracle update more vulnerable to pre-emptive trading.

How Do Different Nodes’ Mempool Sizes and Policies Affect Transaction Visibility?
How Does the Transparency of a Public Order Book on a DEX Enable Front-Running?
How Does the “Front-Running” Issue Manifest Differently in AMMs versus CLOBs?
Can an Oracle Itself Be Front-Run If Its Price Update Is Visible in the Mempool?
What Is the Role of a Transaction Mempool in Enabling Front-Running?
What Is a Mempool and Why Is It Crucial for DEX Front-Running?
What Is a ‘Front-Running’ Attack in the Context of an Oracle Price Update?
How Does the Public Nature of the Blockchain Mempool Create a Unique Vulnerability for Front-Running?

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