Before asking whether a token can rise in price, there is a more fundamental question: why does this token need to exist at all? In crypto markets, discussions often begin with forecasts about adoption, market capitalization, partnerships, listings, or potential returns. Those may influence price, but they come after a more basic structural issue. A token should have a clear role inside the system that created it. If that role cannot be explained without referring to appreciation, speculation, or future buyers, the economic case for the asset may be much weaker than the case for the project itself.
This distinction matters because a useful application does not automatically require a proprietary token. A platform can facilitate payments, lending, trading, storage, identity, gaming, or data exchange while relying on an existing asset for fees and settlement. If a project already operates on a blockchain with a native coin, it may be able to use that coin. If users need price stability, a stablecoin may be more appropriate. Creating an additional token introduces another asset that users must understand, acquire, price, store, and potentially bear volatility in. There should therefore be some reason why the extra complexity improves the system.
The first test is functional necessity. What breaks if the token is removed? If the application cannot secure itself, coordinate participants, allocate a genuinely scarce resource, provide required collateral, or perform some other essential function without its native asset, the token may have a structural purpose. If the application continues working almost unchanged after replacing the token with an established asset, its necessity becomes harder to defend. This thought experiment is useful precisely because it separates the product from the financial instrument attached to it.
Payment alone is not always a sufficient answer. A project can require users to pay fees in its token, but that requirement may simply have been designed into the software. The important question is why those fees need to be paid in that particular asset. If a decentralized storage service charges users in a proprietary token, for example, the token may genuinely help coordinate a marketplace between storage providers and customers. But if the same economic relationship could operate more efficiently with a widely accepted stablecoin, mandatory use of the proprietary asset may create artificial demand rather than solve a technological problem.
Artificial demand can still affect price, but that is different from structural necessity. A protocol designer can create rules requiring users to purchase a token before accessing a service. This produces transactional demand because the software refuses other forms of payment. Yet the requirement should not automatically be interpreted as evidence of economic value. It may be comparable to a restaurant forcing every customer to exchange dollars for special restaurant credits before ordering. The credits are necessary because the restaurant designed the system that way, not because they solve an unavoidable economic problem.
A stronger case appears when the token is connected to functions that cannot be separated easily from the protocol. In some networks, participants must put the native asset at risk to help secure the system, and dishonest behavior can lead to economic penalties. In other designs, an internal asset may be necessary as collateral because the protocol needs something whose ownership and transfer it can enforce directly. A token can also help coordinate scarce resources among participants who have no central authority. These uses do not prove that the asset will become valuable, but they provide an explanation for why it belongs in the architecture.
That distinction between necessity and valuation is crucial. Even an essential token can be a poor investment. A network may require its token while issuing so many new units that holders are heavily diluted. Ownership may be concentrated among insiders. Users may need only very small amounts. The token may circulate quickly rather than being held. A technically necessary asset can therefore have weak economics. Establishing that a token has a purpose is the beginning of the analysis, not the conclusion.
The next question is whether demand for the service creates demand for the token. This relationship is often assumed rather than demonstrated. A project may announce growing users, transactions, developers, or revenue and then imply that its token should become more valuable as a result. But growth in a network does not automatically flow to token holders. The mechanism connecting usage to the asset needs to be identified.
Suppose users need a token only for transaction fees and those fees are extremely small. Network activity could increase tenfold while the additional token demand remains modest. If users acquire tokens immediately before making transactions and service providers immediately sell what they receive, the asset can support enormous activity without creating much desire to hold it. Utility exists, but persistent monetary demand may not.
Supply must then be considered alongside demand. A token can have legitimate uses and rising adoption while its supply expands even faster. New units may be distributed to validators, founders, employees, investors, liquidity providers, or users receiving incentives. Vesting schedules can release large previously locked allocations into circulation. If new supply consistently exceeds the additional demand created by the network, successful adoption may coexist with disappointing returns for holders.
This is why tokenomics cannot be reduced to a maximum-supply number. A meaningful assessment examines how many tokens already circulate, how new ones are issued, who receives them, which holdings remain locked, when those holdings can be sold, and what incentives recipients have. A nominally scarce token can experience substantial dilution if much of its supply has not yet entered the market.
Ownership rights require similar scrutiny. Some tokens are discussed as though buying them were equivalent to investing in the project behind them. Usually that assumption needs to be tested carefully. A company share can carry legally defined economic and governance rights. A token may provide none of those things. The project might earn substantial revenue while token holders have no claim on profits, assets, or cash flows. In that situation, the business can flourish without its success necessarily accruing to the token.
Governance rights do not automatically solve this problem. A token may allow holders to vote on protocol decisions, but the economic importance of those votes depends on what can actually be controlled. If voting participation is low, ownership is highly concentrated, developers retain decisive influence, or governance concerns only minor parameters, the token's formal voting function may contribute little to its economic value. The label "governance token" describes a mechanism, not the significance of the rights it provides.
Incentives deserve particular attention because they can make weak token economics look temporarily strong. Projects frequently distribute tokens to attract liquidity, users, validators, or developers. This can be useful for launching a network that otherwise faces a coordination problem. However, rewards create activity partly by paying people to participate. The critical question is whether users continue to find the service worthwhile when those subsidies decline.
If the principal reason to acquire a token is that other people are being rewarded with the same token, the system may depend heavily on continued market demand for newly issued units. High yields can obscure this dynamic because rewards are displayed as income even when they are funded primarily through monetary expansion. A holder receiving more tokens has not necessarily become wealthier if the total supply is expanding at a comparable or faster rate.
Another useful test is to distinguish users from investors. What does a person who wants the product, but has no interest in speculating, need the token for? If the answer is clear, the asset may have genuine utility. If the explanation immediately shifts toward scarcity, future listings, community growth, or potential price appreciation, the supposed utility may actually be an investment narrative.
This does not mean speculative demand is unreal. Speculators are genuine market participants, and their purchases can provide liquidity, capital, attention, and infrastructure. A token can remain valuable for long periods because people expect others to value it in the future. But speculative demand should be identified as such rather than presented as technological necessity. Buying something because its price may rise is a different proposition from needing it to use a network.
The same discipline should be applied to claims about scarcity. Limited supply matters only in relation to demand. An asset can be extremely scarce and still be worthless if nobody wants it. Conversely, an asset with increasing supply can retain substantial value if demand grows sufficiently. A fixed maximum can strengthen an investment thesis, but it cannot substitute for an explanation of why people would want the token in the first place.
Comparisons with Bitcoin can make this especially clear. BTC is not merely an optional token attached to an unrelated application. It is the asset whose ownership the Bitcoin network records, the unit distributed through its issuance mechanism, and the asset used to pay transaction fees. Bitcoin without BTC would no longer be the same monetary system. That does not guarantee any particular market value for BTC, but it demonstrates a strong connection between the asset and the function of the network.
Many projects have a weaker connection. Their software may still work if their tokens disappear, or another asset could perform the same role with little difficulty. In those cases, investors should distinguish between enthusiasm for the technology and a reason to own the token. A useful blockchain application can create substantial value for customers, developers, validators, or the company operating parts of the ecosystem without creating equivalent value for token holders.
The most revealing analysis therefore starts before price predictions. It asks what the token does, why another asset cannot do the same job, who must acquire it, whether they need to hold it, how network growth changes that demand, where new supply goes, and what economic rights holders actually receive. None of these questions predicts short-term market movements, and that is precisely their strength. They examine the structure rather than the excitement surrounding it.
A token can rise despite failing these tests because markets can be driven by narratives, momentum, leverage, limited liquidity, and expectations about future buyers. It can also fall despite having a legitimate role because markets are uncertain and valuation depends on more than utility. Asking why a token needs to exist is therefore not a formula for predicting its price. It is a way to determine whether the asset has an economic foundation beyond the hope that somebody else will eventually pay more for it.
That is the distinction between utility analysis and a promise of appreciation. Genuine utility explains why an asset belongs inside a system. It does not guarantee how markets will price that role. Before considering how valuable a token might become, the more fundamental task is to establish what would be lost if it did not exist. If the answer is very little, then whatever investment case remains is being built on something other than necessity.
