What are the differences between a token and a cryptocurrency?
Native coins, tokens and crypto-assets: differences in implementation, functions and rights that cannot be inferred from the name alone.
Bitcoin, ether and tokens used by an application can appear together in a wallet even though their relationships with the network differ. A native coin belongs to its blockchain’s protocol; a token can be issued through a contract on an existing network. That distinction helps explain how each asset is created and used.
Cryptocurrency is a broader term whose usage does not always exclude tokens. It is therefore useful to distinguish everyday terminology from an asset’s actual features. Its function, issuer and associated rights provide information that the name alone cannot establish.
Three overlapping terms
Crypto-asset broadly describes digital representations of value or rights. Common usage of cryptocurrency can also include contract-issued assets; it is not always a technical category restricted to native coins. Native coin versus token is a more precise architectural distinction.
Native coin and token
A native coin belongs to a network protocol, such as BTC on Bitcoin or ETH on Ethereum. A token may be issued through a contract on an existing network, including tokens implementing ERC-20. This distinction describes implementation, not quality, risk or returns.
Token is itself used broadly. NFTs, governance tokens and tokens seeking stable value are not necessarily mutually exclusive categories across other classifications. Explain which dimension is being compared: fungibility, function, rights or issuance mechanism.
Which rights a holder receives
Controlling a token address establishes a technical capability within a system. Rights against an issuer, over a physical asset or concerning a work depend on documentation and the legal framework. An NFT does not automatically transfer copyright, and a property token does not independently replace a land register.
What users encounter when transferring assets
On Ethereum, sending ETH and transferring an ERC-20 token are different operations. The latter invokes the contract that maintains token balances. The balance of the asset being sent and the resources needed to pay for execution should be handled separately in the interface.
Two tokens may also share a name and symbol without being the same asset. Identification requires checking the network and contract address, rather than the logo alone. This matters when integrating wallets or accepting payments: recognising a commercial label without verifying its origin can produce an incorrect asset identification.
The ERC-20 standard also distinguishes transfers from granting another participant an allowance to spend tokens. Connecting a wallet, signing a message and granting that permission are different actions. The application should show which capability is being granted and to which address.
These mechanisms explain why technical descriptions should remain distinct from commercial claims. To evaluate an asset, identify its network, contract where applicable, purpose, administrative rules and associated rights. Calling it a token answers only part of those questions.
Legal classification is a separate question
MiCA defines different crypto-asset categories and excludes assets qualifying as financial instruments. Using ERC-20 or operating a separate network does not settle that classification. Calling a token utility is also insufficient.
Before designing one, document its function, issuance, transfers, rights, administration and access. Assess whether the product needs a token or conventional accounts and permissions meet the objective. Technical decisions and rights analysis must remain consistent.
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