How Does Decentralization of Hashrate Distribution Contribute to Network Security?

Decentralization of hashrate means that the total mining power is spread across many independent miners and pools globally. This distribution prevents any single entity from gaining the 51% control needed for a malicious attack.

A highly decentralized network ensures that the economic cost of coordinating and executing an attack across multiple independent actors is prohibitively high, reinforcing the network's security.

What Are the Trade-Offs of Using a Multi-Algorithm System in Terms of Miner Accessibility?
What Is the Difference between Hashrate and Mining Difficulty as Underlying Assets for a Derivative?
How Does the Difficulty Adjustment Mechanism Affect the Attack Cost over Time?
How Does the Cost of a 51% Attack Relate to a Coin’s Total Network Hashrate?
How Does a Higher Difficulty Impact the Decentralization of Mining?
Can Increasing Transaction Fees Deter a 51% Attack?
How Does the Difficulty Adjustment Mechanism Affect the Cost of a 51% Attack?
What Is the Significance of the Number of Independent Nodes in an Oracle’s Security Model?

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