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Module 03·Part 1Foundations

Bitcoin: what makes it valuable?

By Deven Davis·8 min read

The skeptical version says Bitcoin is collective delusion. The maximalist version recites a list of slogans. Neither is the honest answer. The honest answer requires walking through specific properties, comparing them to the alternatives, and being clear about which are mathematically provable versus which depend on collective behavior.

By the end of this module

You will be able to:

  • Articulate Bitcoin's four reinforcing value drivers — scarcity, decentralization, store of value function, and real utility in specific economies.
  • Recognize that the 'produces no cash flows' critique applies equally to gold and is not a complete argument against monetary assets.
  • Distinguish Bitcoin's mathematically enforced scarcity from the perceived scarcity of physical commodities.
  • Identify where Bitcoin's value is highest in 2026 — and why — by understanding what makes a working alternative monetary asset.
Bitcoin: what makes it valuable?

Module Overview

Bitcoin's value is the most-debated question in modern finance. Get the honest answer and every other valuation argument in crypto becomes easier to evaluate.

  • Bitcoin has no cash flows, no industrial use, and no government backing — the same is true of gold, which has stored value for thousands of years.
  • Bitcoin's 21 million supply cap is mathematically enforced, verifiable by anyone running the software, and cannot be changed without network consensus that has never happened.
  • Decentralization is the property that lets every other value claim hold up under pressure. Without it, the rules could change.
  • Bitcoin's role as store of value is increasingly separated from its role as medium of exchange — stablecoins fill the latter on-chain.
  • Bitcoin's value is highest in failing economies (Argentina, Nigeria, Turkey, Venezuela). In those contexts it is infrastructure, not speculation.

Key Terms

The vocabulary this module unlocks. Skim before you read.

Halving
The protocol-enforced event, occurring approximately every four years, that cuts the rate of new bitcoin entering circulation in half. Tightens supply against existing demand.
Network effect
The phenomenon where a network becomes more valuable as more people use it. Money, languages, and platforms all exhibit network effects.
Hash rate
The total computational power being applied to mining Bitcoin at any given time. Higher hash rate = more secure network.

The lineage before 2008

  1. Oct 2008

    Whitepaper published

    Satoshi Nakamoto posts the nine-page Bitcoin paper to a cryptography mailing list six weeks after Lehman collapses.

  2. Jan 2009

    Genesis block mined

    Network goes live. Embedded headline: 'Chancellor on brink of second bailout for banks.'

  3. May 2010

    First commercial Bitcoin transaction

    Laszlo Hanyecz buys two pizzas for 10,000 BTC — first time the digital asset is exchanged for a real-world good.

  4. Nov 2013

    First $1,000 close

    Bitcoin crosses $1,000 for the first time. First cycle peak follows within weeks.

  5. Dec 2017

    First mainstream cycle peak

    Bitcoin hits ~$20,000. Retail attention arrives globally.

  6. Aug 2020

    Corporate treasury adoption begins

    MicroStrategy (now Strategy) buys $250M in BTC. The institutional treasury era starts.

  7. Jan 2024

    Spot Bitcoin ETF approval

    SEC approves 11 spot Bitcoin ETFs simultaneously. The largest institutional onramp in crypto history.

  8. 2026

    Trillion-dollar asset class

    Bitcoin's market cap is durable across cycles. ETFs and Digital Asset Treasury Companies hold ~10% of all Bitcoin.

The skeptics aren't entirely wrong

The strongest skeptical argument against Bitcoin is that it produces no cash flows, has no industrial use, and is not backed by any tangible asset or government. By every traditional metric of intrinsic value, it should be worth roughly zero. Critics like Warren Buffett and Charlie Munger built careers on this analysis and have repeated it consistently for over a decade.

The same analysis applies word-for-word to gold. Gold also produces no cash flows. Its industrial use is small relative to its market capitalization. It is not backed by anything except the fact that for thousands of years, humans have agreed it stores value. The dismissive argument against Bitcoin is the dismissive argument against gold. And gold has been worth something for the entirety of recorded civilization.

This does not prove Bitcoin will work the way gold has. It does suggest that "produces no cash flows" is not, by itself, a complete argument against monetary assets. The question is whether Bitcoin has the specific properties that make a thing function as money.

There are four properties worth understanding. Each one matters. Together they make the case.

Provable, not perceived, scarcity

Most scarce things — diamonds, oil, real estate — are scarce because of physical constraints that could change. New discoveries can expand supply. New extraction technologies can lower costs. The supply curve is mostly elastic over long enough timeframes.

Bitcoin's scarcity is different. The protocol specifies that there will be twenty-one million bitcoin, ever. New issuance happens on a known schedule that halves every four years. By around 2140, the last bitcoin will be mined. After that, the supply is fixed.

This is not perceived scarcity. It is mathematically enforced scarcity, verifiable by anyone running the software. There is no organization that can change the schedule without losing the consensus of the network. There is no discovery that can add new supply.

Comparable scarcity in monetary history is hard to find. Gold's supply grows roughly one and a half percent per year through new mining. Silver's supply has grown faster. Fiat currencies expand at the discretion of central banks. Bitcoin's terminal supply curve, with monetary inflation already below one percent per year and dropping, is the steepest deflationary trajectory of any reasonably-tradeable monetary asset.

The shape of Bitcoin's scarcity

Cumulative supply over time — approaching but never exceeding 21M

21M HARD CAP0M5M10M15M20M21M20092024204020802140YEARBTC ISSUED (MILLIONS)

Each halving event reduces the rate of new issuance by 50%. The curve approaches the 21M cap asymptotically and reaches it around the year 2140.

Decentralization is the load-bearing property

The second property is decentralization, and most explanations get this one wrong.

Decentralization in Bitcoin is not just a feature. It is the property that allows every other value claim to hold up under pressure. Without decentralization, scarcity could be changed. Without decentralization, transactions could be censored. Without decentralization, the network could be captured by a state, a corporation, or a coordinated group of validators.

What decentralization gives Bitcoin specifically is the absence of a central party that can be pressured. Governments can freeze bank accounts. They can ban gold ownership, as the United States did between 1933 and 1974. They can devalue currencies overnight. They cannot, by any process currently available to them, change Bitcoin's monetary policy or reverse a confirmed transaction. The closest they could come is making Bitcoin illegal in their jurisdiction, which several have tried and none have succeeded at globally.

For a meaningful subset of humanity — citizens of countries with unstable currencies, holders of assets in jurisdictions with seizure risk, organizations that need to operate across hostile borders — this property has direct measurable value. The Bitcoin held in those use cases is not held because the holders believe in disruption narratives. It is held because the alternatives have failed them.

Store of value vs. medium of exchange

The third property is Bitcoin's function as a store of value, which often gets confused with its function as a medium of exchange. These are different roles.

A store of value preserves purchasing power across time. It does not need to be used in daily transactions to perform this function. Gold has worked as a store of value for thousands of years while almost never being used to buy groceries. The two roles can coexist or be separated.

Bitcoin's volatility makes it a poor medium of exchange for daily transactions. Prices in bitcoin would change too frequently to be useful for most commerce. But that volatility, while real, has been declining over time as the market deepens. And for the store-of-value function, the relevant question is not daily volatility but long-term trend. Over any five-year window since 2013, Bitcoin has outperformed the dollar by a wide margin in dollar terms.

Stablecoins increasingly fill the medium-of-exchange role on chain. Bitcoin fills the store-of-value role. This division of labor is settling into place across the crypto economy and resembles, in structure, the way different financial instruments serve different functions in traditional finance.

Real utility in real economies

The fourth property is Bitcoin's utility in specific economic contexts, which becomes most visible in places where the alternatives are worst.

In Argentina, where inflation has averaged over one hundred percent per year for stretches of the last decade, Bitcoin adoption has grown roughly in proportion to peso devaluation. In Nigeria, where capital controls limit dollar access and the naira has lost most of its purchasing power, peer-to-peer Bitcoin trading is among the highest in the world per capita. In Turkey, in Lebanon, in Venezuela, in any economy where the local currency has failed its holders, Bitcoin shows up as a substitute.

Critics in developed-economy contexts often dismiss this utility because they have not experienced it themselves. The dollar works. Their banking system functions. They cannot easily imagine why someone would choose to hold a volatile digital asset over a stable currency. The answer is that for billions of people, the local currency is not stable, and the banking system does not function predictably. Bitcoin is not better than the dollar for someone whose dollar account works. It is dramatically better than the bolivar, the peso, or the lira for someone whose local-currency account does not.

This is the most underrated source of Bitcoin's value. It is not a speculation in those contexts. It is infrastructure.

The honest answer

Bitcoin has value for a specific combination of reasons that no single property explains by itself.

It has provable, mathematically enforced scarcity that no other monetary asset matches. It has decentralization that makes it resistant to the pressures that have historically degraded other monetary assets. It has a global network of users, miners, and developers who have collectively maintained it for over a decade and a half without interruption. It has real utility in specific economic contexts that get worse, not better, over time. And it has trillions of dollars of accumulated market consensus that it is worth holding, which both produces and is produced by all the prior properties.

Whether it remains worth what it is worth, or grows from here, or falls dramatically, depends on whether those properties continue to hold and whether new buyers continue to find them valuable. That is an open question. The closed question is whether the value has a real basis. It does.

The next module turns from Bitcoin's design to the practical question of how you actually hold it. Wallets, keys, and the difference between owning Bitcoin and owning a claim on someone who owns Bitcoin for you. It is the single most important practical decision in this entire course.

Key takeaways

Carry these with you

01

Asking 'does it have intrinsic value' applies to no monetary asset honestly. The real question is whether it has the specific properties that make a thing function as money.

02

Mathematically enforced scarcity is unprecedented in monetary history. Gold's supply grows ~1.5% annually; Bitcoin's terminal supply is fixed.

03

Decentralization is not a feature — it is the property that makes all the others credible under pressure.

04

The most underrated source of Bitcoin's value is its function as monetary infrastructure for people with no working local currency.

What you should now be able to do

  1. 01.Articulate Bitcoin's four reinforcing value drivers — scarcity, decentralization, store of value function, and real utility in specific economies.
  2. 02.Recognize that the 'produces no cash flows' critique applies equally to gold and is not a complete argument against monetary assets.
  3. 03.Distinguish Bitcoin's mathematically enforced scarcity from the perceived scarcity of physical commodities.
  4. 04.Identify where Bitcoin's value is highest in 2026 — and why — by understanding what makes a working alternative monetary asset.

Module quiz

Test what you learned

Pick an answer, see the result immediately, and check your reasoning against the explanation. The questions are tied directly to the outcomes promised at the top of this module.

  1. Question 1 of 6

    What is the strongest argument the Bitcoin skeptics make?

  2. Question 2 of 6

    What is Bitcoin's maximum supply?

  3. Question 3 of 6

    How is Bitcoin's scarcity different from gold's scarcity?

  4. Question 4 of 6

    Which property is most foundational to Bitcoin's value?

  5. Question 5 of 6

    Where in the world does Bitcoin have the highest per-capita adoption?

  6. Question 6 of 6

    What is the difference between a store of value and a medium of exchange?

Read deeper

Curated readings for Module 3

Up next

Module 4 · Beginner · 9 min

Wallets, keys, and your money's actual location

Back to Module 2 · What is a blockchain, really?

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