Explaining Bitcoin to someone with no background in crypto has always been difficult. Terms such as blockchain, decentralized networks, and permissionless ledgers can sound abstract or overly technical to beginners. A featured article highlighted by CryptoComLearn argues that two analogies stand out as especially useful for making Bitcoin easier to understand: text messaging and fungus.
Bitcoin as text messaging
The first analogy, originally discussed by Beautyon on the Bitcoin Matters podcast and later transcribed by David van der Weele on social media, presents Bitcoin as something similar to text messaging. In this framing, people are still sending information over a network, but instead of words, they are sending numbers. Those numbers are bitcoins. Because the supply of bitcoin is limited, unlike the effectively limitless flow of text messages, those numbers can function as money.
This comparison is effective because it starts with something most people already understand. Messaging apps do not require users to understand the internet’s underlying protocols before they can communicate. In the same way, the analogy suggests that Bitcoin can be used without requiring every beginner to master its technical foundations at the outset. A person can download a Bitcoin app, receive bitcoin for work, or use it to pay online, just as they can install a messaging app and immediately begin exchanging messages with other users around the world.
The value of this analogy lies in its simplicity. It lowers the barrier to understanding by focusing on a familiar user experience: open a networked app, connect with others, and transmit something digitally. In the case of Bitcoin, that “something” is not a message but a scarce digital asset. For newcomers, this offers a practical introduction to what Bitcoin does before diving into how it works under the hood.
Bitcoin as fungus
The second analogy is less intuitive for a mainstream audience, but the article suggests it may be more structurally accurate. Brandon Quittem compares the Bitcoin network to fungus, describing fungal systems as a kind of natural internet. In this view, the Bitcoin ecosystem—made up of nodes, miners, wallets, and other access points—resembles a distributed biological network that spreads, adapts, and coordinates without a single command center.
According to the article, fungi do not rely on a central brain. Instead, they distribute information and resources across a decentralized system. They also form consensus around resource management, reproduction, and defense. That description resonates strongly with how Bitcoin is often understood by its advocates: a system that persists because no single party controls it, and one that coordinates through distributed participation rather than centralized authority.
The article also notes a symbolic connection familiar to many Bitcoin users: “Mycelium,” the name of a well-known Bitcoin wallet, comes from the thread-like fungal structures that branch out and form colonies. This reinforces the broader point that fungal growth and Bitcoin network expansion can both be understood as systems built on distributed connectivity rather than central hierarchy.
Resilience and antifragility
Quittem’s analogy goes beyond network architecture. He argues that fungi are among the most successful life forms on Earth because they are decentralized, antifragile, and highly adaptive. They can survive environmental stress, recover from disruption, and continue spreading without dependence on a single vulnerable core. The article extends this logic to Bitcoin, suggesting that its endurance comes from similar characteristics.
In this framework, Bitcoin does not require government support to survive, nor does it rely on a central institution to coordinate its existence. Instead, its persistence is tied to demand, participation, and the robustness of its distributed structure. The fungus comparison therefore aims to explain not just how Bitcoin functions, but why it has proven difficult to eradicate despite years of criticism, regulatory pressure, and repeated predictions of failure.
While this biological metaphor may be less immediately accessible than the texting analogy, it offers a deeper conceptual model for readers who want to understand Bitcoin as a living, evolving network rather than simply a payment tool. It speaks to the long-term durability of decentralized systems and helps frame Bitcoin as something that can adapt under pressure rather than collapse when challenged.
Why analogies matter
One of the article’s key observations is that even supporters of Bitcoin do not always agree on how best to define it. Depending on who is speaking, Bitcoin may be described as a store of value, a medium of exchange, or censorship-resistant money. Because the concept spans technology, economics, and social philosophy, direct definitions can become either too narrow or too complicated for first-time learners.
That is why analogies matter. A strong analogy does not capture every detail, but it can help people build an initial mental model. The texting analogy highlights usability and transfer: Bitcoin allows digital value to move across a network much like messages do. The fungus analogy highlights resilience and structure: Bitcoin survives because it behaves like a decentralized system with no single point of failure.
Together, these analogies offer two different entry points for public understanding. One is practical and beginner-friendly. The other is conceptual and systems-oriented. Used side by side, they can help explain both the everyday utility and the deeper design principles behind Bitcoin.
A communication challenge for crypto
The article ultimately reflects a broader issue in crypto education: technological innovation often moves faster than public understanding. For many outsiders, Bitcoin still appears confusing because explanations tend to begin with jargon instead of relatable experience. By turning to examples from daily life and nature, these analogies bridge that gap.
The comparison to text messaging may be the more effective starting point for family members, friends, or anyone new to digital assets. The comparison to fungus may resonate more with those interested in networks, resilience, and the idea of systems that thrive without centralized control. Neither analogy is perfect, but both illuminate a different side of Bitcoin’s identity.
In that sense, the article’s central message is straightforward: if Bitcoin is hard to define directly, it may be easier to explain through comparison. Text messaging helps people understand how Bitcoin moves value. Fungus helps them understand why Bitcoin endures. For educators, content creators, and crypto users trying to make the subject accessible, that may be one of the most useful lessons of all.