Explaining Bitcoin to people with no prior exposure to crypto has long been a challenge. Terms such as blockchain, decentralized networks, and permissionless ledgers can feel abstract, especially for beginners who are simply trying to understand what Bitcoin is and why it matters. A popular article highlighted by CryptoComLearn revisits this communication problem and presents two analogies that aim to make Bitcoin more approachable.
Rather than trying to define Bitcoin through technical jargon alone, the piece suggests that analogy can provide an accessible starting point. One comparison frames Bitcoin as a kind of text messaging system for value. The other compares the Bitcoin network to fungus, emphasizing decentralized coordination and survival. Each analogy captures a different part of the system, and together they offer a clearer way to introduce Bitcoin to newcomers.
Bitcoin as Text Messaging
The first analogy was attributed to Beautyon on the Bitcoin Matters podcast and later transcribed by David van der Weele on Twitter. In this framing, Bitcoin works like text messaging, except instead of sending words, users send numbers that represent value. Those numbers are bitcoins, and because the supply is limited, they can function as money rather than just information.
The strength of this analogy lies in its familiarity. Most people already understand how messaging apps work. A user installs an app, another person installs the same or a compatible service, and communication becomes possible across borders almost instantly. The article argues that Bitcoin can be introduced in a similarly simple way: anyone can download a bitcoin app, receive bitcoin, or use it to pay for goods and services online.
This approach does not attempt to explain every technical detail at once. It sidesteps the complexity of consensus rules, mining, and ledger replication in favor of a more intuitive entry point. For a beginner, that may be enough to understand the practical side of Bitcoin: it is a network that allows people to transfer scarce digital units directly to one another.
The comparison also helps clarify an important monetary distinction. Text messages are effectively unlimited, while Bitcoin has a limited supply. That scarcity is central to why bitcoins can be viewed as money rather than just digital messages. In this sense, the analogy combines familiarity with one of Bitcoin’s defining economic features.
Bitcoin as Fungus
The second analogy is less immediately relatable, but arguably more structurally ambitious. Advanced by Brandon Quittem, it compares Bitcoin to fungus, which the article describes as “earth’s natural internet.” The point here is not user experience but network design. Bitcoin, in this telling, spreads and operates like a fungal system: distributed, adaptive, and not dependent on a central controller.
Quittem’s analogy focuses on the way fungal networks process and distribute information and resources without a single “brain.” In the same way, the Bitcoin network is made up of nodes, miners, wallets, and other access points that collectively maintain the system. No central authority is required to coordinate every action. Instead, network participants follow shared rules and contribute to the system’s ongoing operation.
The article notes that this comparison resonates with the name “Mycelium,” familiar to many bitcoin users through the wallet of the same name. In biology, mycelium refers to the branching threads of fungus that connect into larger colonies. That image serves as a useful metaphor for a monetary network that grows through many distributed points rather than through a single centralized hub.
Quittem pushes the analogy further by focusing on resilience. He argues that fungi have survived all five mass extinction events because they are antifragile decentralized networks that adapt quickly and do not depend on sunlight for survival. By extension, he suggests Bitcoin could become a highly successful “monetary species” because it is decentralized, relatively adaptive, capable of responding to unmet demand, and does not rely on government support.
Whether or not one accepts that broader conclusion, the analogy highlights a trait that many Bitcoin advocates see as essential: durability under pressure. The article presents this as one reason Bitcoin continues to attract attention despite years of skepticism and repeated attempts to dismiss or undermine it.
Two Analogies, Two Entry Points
What makes the article notable is that the two analogies do not compete so much as complement one another. The text messaging comparison is practical and beginner-friendly. It helps answer the question: what does using Bitcoin feel like? The fungus analogy is more conceptual and systemic. It helps answer a different question: how can a network function effectively without central control?
For educators, writers, and everyday users trying to explain Bitcoin to friends or family, this distinction matters. Newcomers often do not need a full lecture on cryptography at the outset. They need a mental model. The messaging analogy offers one by linking Bitcoin to a familiar communications tool. The fungus analogy offers another by showing how decentralization can produce coordination and resilience in nature as well as in technology.
At the same time, the article does not claim that either analogy fully defines Bitcoin. That limitation is important. Bitcoin has been described in many ways over the years: as a store of value, a medium of exchange, and a form of censorship-resistant money. Even within the Bitcoin community, there is no single universally accepted definition that captures every dimension of the asset and the network.
That is precisely why analogy remains useful. A good analogy does not replace technical understanding, but it can lower the barrier to entry. It gives beginners something concrete to hold onto before they move into more difficult concepts such as consensus, settlement, and monetary policy encoded in software.
Why Communication Matters
The broader takeaway from the article is that Bitcoin adoption is not only a technical or financial question, but also a communication challenge. If people cannot understand the basic idea, they are less likely to explore the technology further. In that sense, effective analogies may play a small but meaningful role in education and onboarding.
The text messaging analogy works because it simplifies use. The fungus analogy works because it simplifies structure. Together, they illustrate two sides of Bitcoin: a tool for sending scarce digital value and a decentralized network that persists through distributed participation. For beginners, that may be enough to begin asking the next set of questions.
As the article suggests, explaining Bitcoin has never been easy. But with clearer language and better metaphors, the task may become far less intimidating.