How Do Pooled Mining Operations Affect the Difficulty of Launching a 51% Attack?

Mining pools aggregate the hash power of many individual miners, significantly centralizing the network's total hash rate. If a few large pools collectively control over 51% of the network, an attacker could theoretically compromise the network by coercing or compromising the leadership of those pools, rather than needing to acquire all the hardware themselves.

This centralization makes coordinating a 51% attack easier and poses a systemic risk, even for relatively high-hash-rate coins, if pool ownership is concentrated.

How Does the Concept of “Mining Pools” Affect the Distribution of the Total Hash Rate?
What Role Do Mining Pools Play in the Feasibility of a 51% Attack?
What Is the Staking Mechanism for Node Operators in a DON?
What Is a “51% Attack” and Why Is Hash Rate Relevant to It?
What Is the Role of Mining Pools in the Potential for a 51 Percent Attack?
How Does the Concentration of Hash Power in a Few Large Pools Impact Decentralization?
How Do “Data Providers” and “Node Operators” Differ in a DON?
How Does the “Mining Pool” Structure Distribute Transaction Selection and Block Rewards?

Glossar