A blockchain project can solve a real problem, attract users, and provide a useful service without creating a convincing reason for its own token to exist. This possibility is easy to overlook because crypto projects often present the application and the token as parts of the same investment thesis. If the product succeeds, the argument goes, the token should also become valuable. But that conclusion depends on an additional question: does the application actually need a proprietary asset, or has a token been added to a system that could function just as well without one?
The distinction matters because usefulness belongs to the application, while economic necessity belongs to the token. A decentralized marketplace may help people exchange assets efficiently. A storage network may coordinate unused computing resources. A payment application may make transfers easier. A financial protocol may automate lending or trading. All of these services can be useful. None of that automatically proves that users need to acquire and hold a separate token created by the project.
One way to test this is to imagine removing the token. If the application could continue operating by charging fees in an established currency or in the native asset of the blockchain on which it runs, the case for a proprietary token becomes less obvious. The software might still need servers, smart contracts, governance procedures, liquidity providers, or other infrastructure, but those functions do not necessarily require a new tradable asset.
This is especially relevant for applications built on existing smart-contract networks. The underlying blockchain already has a native asset used to pay for transaction execution and network security. An application running on top of it may issue an additional token, but that second asset does not automatically contribute anything to the security of the base network. If users could pay application fees in the blockchain's native coin or in a stablecoin, the project must explain why introducing another asset improves the system.
Sometimes the answer is that the token provides access to a service. Users may need it to buy computing capacity, storage, bandwidth, digital goods, or another resource. This creates a functional role, but even here economic necessity should not be assumed. If users must first buy a volatile token simply to purchase a service priced in ordinary economic terms, the token can add friction rather than remove it. A customer who wants ten dollars' worth of storage may prefer to pay ten dollars rather than acquire a separate asset whose price can change before the service is consumed.
A proprietary token can be justified if it performs a function that would be difficult to reproduce with another asset. It might coordinate incentives among participants who do not trust one another, serve as collateral directly connected to the protocol's risk, or participate in a security mechanism that depends on economic penalties. In those cases, the token may be part of the architecture rather than an accessory added after the application was designed. The important question is whether its role is structurally necessary or merely convenient for the issuer.
Governance is frequently offered as another justification. A project may distribute tokens that allow holders to vote on fees, upgrades, treasury spending, or other parameters. This can provide a mechanism for coordinating decisions, but a governance function alone does not necessarily create strong economic demand. Users may benefit from the application without caring about governance, and voting rights may be concentrated among a small number of holders. If the token has little authority or participation is consistently low, its governance role may be more nominal than essential.
There is also a difference between needing a token and needing that particular token to have a high market value. A protocol might genuinely require an internal unit for voting or incentives while functioning perfectly well if each unit were inexpensive. Technical usefulness does not imply investment value. If users need tokens only briefly and can obtain them immediately before using the service, there may be little reason to hold large balances for long periods.
This problem becomes clearer when considering velocity. Suppose an application requires its token for payments, but users buy the token, spend it immediately, and service providers sell it as soon as they receive it. The token is technically involved in every transaction, yet very little persistent demand to hold it exists. High usage may generate enormous token turnover without producing equivalent long-term demand for ownership. The project can grow while the token remains economically weak.
A similar issue appears when software automatically hides the token from users. A project may claim that its native asset is essential because fees are ultimately settled in it, while the application allows customers to pay in dollars or stablecoins and converts those payments behind the scenes. This can improve usability, but it also reveals that users themselves may have little reason to want the token. The protocol may need it operationally while the investment case depends on a much stronger form of demand that has not been established.
Token incentives can obscure the issue further. Projects often distribute their own assets to attract users, liquidity providers, developers, or other participants. Such rewards can accelerate growth because receiving a valuable token makes participation attractive. But issuing an asset to subsidize activity is different from users needing that asset because the underlying service is useful. If activity falls sharply when rewards end, the token may have been financing adoption rather than expressing demand created by adoption.
This does not make incentives inherently illegitimate. New networks often face a coordination problem: a marketplace is unattractive without buyers and sellers, a lending protocol is less useful without liquidity, and a decentralized infrastructure network may need enough providers before customers find it reliable. Token rewards can help overcome this initial shortage of participants. The economic question is what remains once subsidies become smaller. A sustainable system eventually needs reasons to participate that do not depend mainly on receiving newly issued tokens.
The distribution of value is equally important. Imagine a useful application that collects substantial fees, but those fees go entirely to service providers or are used to pay operating costs. Token holders receive no portion of the revenue, do not need the token to use the application, and gain no unique rights from owning it. The project may become economically successful while the token remains only loosely connected to that success. Buying the token would not be equivalent to buying a share in the underlying business.
This is one of the most common conceptual errors in cryptoasset valuation. Investors may observe rising users, transactions, or revenue and assume that token holders automatically benefit. In a company, shareholders have legally defined claims associated with ownership. A token holder may have no comparable claim. Unless the protocol contains a mechanism that links activity to token demand or holder benefits, the success of the application can flow elsewhere.
Some designs attempt to create this connection by requiring fees to be paid in the token, using revenue to acquire and remove tokens from circulation, requiring participants to lock tokens as collateral, or distributing certain benefits to holders. Each structure should be evaluated on its own terms. None guarantees value automatically. A mandatory token payment can create unnecessary friction, a token-removal mechanism can be overwhelmed by new issuance, and staking rewards may simply redistribute inflation. What matters is the net economic effect rather than the presence of token-related mechanics.
Stablecoins provide a useful contrast because they show that blockchain applications can often operate using assets whose economic purpose is already clear. A user of a decentralized application may prefer a stable unit for payments because the objective is to access a service rather than speculate on its internal economy. If an existing asset can perform the required payment or collateral function effectively, introducing another volatile token needs an additional justification.
There may also be regulatory, organizational, or fundraising reasons for issuing a token that have little to do with the technical needs of the application. Selling tokens can provide capital to developers, distribute ownership broadly, or create an early community with a financial interest in promoting the project. These may be important for the project's development, but they should not be confused with long-term economic necessity. A financing mechanism can help build a useful product without remaining essential once that product exists.
Indeed, token issuance can sometimes create incentives that damage an otherwise promising application. If a team depends heavily on token appreciation, attention may shift from improving the product to sustaining market enthusiasm. Decisions may be optimized for exchange listings, trading volume, or short-term price narratives rather than user experience. Large allocations to insiders can also create future selling pressure and mistrust even when the technology itself is valuable.
The strongest token designs usually have a clear explanation for why the asset belongs inside the system. Its function should arise naturally from the problem the protocol is solving rather than from the assumption that every blockchain project needs something tradable. Bitcoin provides an instructive example because BTC is deeply integrated into the network's monetary and security architecture: issuance rewards miners, transaction fees compensate block producers, and BTC is the asset whose ownership the network records. Removing it would fundamentally change what Bitcoin is.
Many applications do not face the same requirement. They may simply use blockchain infrastructure to provide a service. In those cases, issuing a proprietary asset should be treated as a separate design decision. The project may be genuinely decentralized, technically sophisticated, and socially useful while its token remains redundant.
A practical evaluation therefore requires separating three questions. Does the application solve a real problem? Does the system need a proprietary token to solve that problem? And if the token is necessary technically, does increased use of the application create meaningful economic demand for holding it? A project can answer yes to the first question and no to the other two.
This distinction prevents technological enthusiasm from becoming an automatic investment argument. Useful software creates value for its users, but that value does not necessarily accrue to every asset associated with the software. A token deserves its own economic justification. If the project would work just as well with an existing currency, stablecoin, or base-layer asset, then the most successful outcome may be a valuable application built around a token that was never economically necessary in the first place.
