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Level 8 · Objections and open questions

Concentration of ownership, mining and power

What large addresses and pools show, what they cannot reveal and why wealth is not a protocol vote.

Article
82
Reading time
15 minutes
Reviewed
9 September 2026

In a nutshell

Available studies find substantial concentration in Bitcoin ownership, but an address is not a person and one exchange address may represent many customers. Likewise, a pool coordinates hashrate it may not own. Wealth, block production, software development and rule verification are different forms of influence.

01

An address is not a person or wallet

One person may control thousands of addresses, while a custodian's address may aggregate coins belonging to thousands of customers. Change outputs, multisig and an exchange's internal ledger further disrupt simple counts. A rich-address list measures the distribution of outputs, not human wealth directly.

Analysts use heuristics, public labels and proprietary records to cluster addresses into entities. Makarov and Schoar used such methods and found high concentration among large individual holders. Their result is important evidence for a particular period and method, not a live registry of every owner.

02

Concentration is real; the exact share is uncertain

Early participants could acquire many BTC when competition was low, and later market prices created large wealth differences. Lost keys, unknown beneficial owners behind custodians and transfers among one's own addresses alter both assignments and denominators. Credible studies can therefore report different percentages.

Concentration raises a distributional concern and a large sale may move markets. A large balance does not grant authority to sign another person's coins, create a valid invalid block or rewrite issuance alone. Bitcoin is not proof of stake, where coin quantity directly weights a consensus vote.

03

A miner, pool, manufacturer and node hold different power

Individual miners commonly direct work to a pool that assigns jobs and distributes revenue. Pool-share charts therefore show concentration in block-production coordination, not necessarily ownership of all machines. A miner can switch pools, although switching has friction and a pool can influence transaction selection or ordering in the short run.

Cambridge's report also found a highly concentrated ASIC manufacturing market. That is a supply-chain risk distinct from pools. Developers propose and maintain software, but nodes choose releases; exchanges influence liquidity and ticker naming, but cannot alone make every full node accept an invalid rule.

  • coins confer market wealth
  • hashrate influences the ordering of valid blocks
  • a node decides which rules it accepts
  • developers and services influence coordination
04

Open access is not equal distribution

Bitcoin lets anyone create an address or verify rules without a central account allocation. It does not guarantee equal incomes, equal entry dates or equal access to cheap energy and hardware. An open protocol and unequal outcomes can coexist.

A sound assessment therefore tracks several measures: beneficial owners, exchange liquidity, pools, physical operators, hardware manufacturers, client software and geography. No single Nakamoto coefficient or Gini index captures every channel of power.

Level 8 · Objections and open questions

Terms to know

Address cluster
A set of addresses that an analytical heuristic attributes to one entity.
Mining pool
A coordinator that combines submitted hashrate and distributes revenue among miners.
Gini coefficient
A statistical inequality measure whose result depends on the unit of analysis and data quality.

Common misconception

The largest Bitcoin addresses are the richest individuals and therefore control the network's rules.

A more accurate explanation

A large address may be a custodian for many customers, and coins are not consensus votes. Wealth may influence markets but cannot sign others' transactions or change node rules by itself.

A more accurate explanation

Wasn't the early distribution still unfair?

Criticising first-mover advantage and high concentration is reasonable. Bitcoin did not promise equal wealth; it offers open issuance and transfer rules. Whether that distribution is acceptable is a value judgement that technical openness cannot settle.

82

Key takeaways

  1. 01Addresses cannot be counted as people.
  2. 02Research still finds meaningful concentration despite measurement uncertainty.
  3. 03Pools, miners, manufacturers, nodes and exchanges exercise different kinds of influence.
  4. 04Open participation does not guarantee even wealth.

A child-friendly recap

In very simple terms

A large Bitcoin address may be an exchange holding funds for thousands of customers, not one rich person. A mining pool may coordinate machines it does not own. Money, computing power and rule checking are different kinds of influence.

Reviewed: 9 September 2026

Sources and further reading

Sources support particular facts and definitions; listing one does not mean the editors endorse every view of its author.

01
NBER: blockchain analysis of the Bitcoin marketNational Bureau of Economic Research
nber.org
02
Research: accuracy of address clusteringarXiv
arxiv.org
03
Cambridge: mining and the ASIC marketCambridge Centre for Alternative Finance
jbs.cam.ac.uk
04
Bitcoin Developer Guide: full-node roleBitcoin Developer Guide
developer.bitcoin.org

Educational material, not an investment recommendation.