Crypto markets have matured enough to expose a basic truth that earlier cycles often hid: a token does not become useful because it is tradable. It becomes useful when it performs a job that users, partners, validators, customers, or developers cannot easily replace. That distinction matters more now because tokenized markets are no longer limited to speculative trading. Global crypto ownership reached about 562 million people in 2024, and current industry data points to continued growth beyond that base. At the same time, tokenized real-world assets and stablecoins have expanded into payment, treasury, and settlement use cases at meaningful scale. In other words, the market now rewards tokens that sit inside functioning systems, not just those launched with a narrative.
For entrepreneurs, that changes the assignment. The question is no longer, “How do I launch a token?” It is, “What economic problem inside my product or network should a token solve, and why is a blockchain-based asset the right tool for solving it?” That is a harder question, but it leads to stronger businesses. A utility token can coordinate users in a network, pay for access, align contributors, support governance, secure infrastructure, or lubricate onchain financial flows. But all of those only work when the token’s role is tightly connected to the product’s day-to-day operations. a16z’s recent writing on token types and launch risks makes this point repeatedly in different ways: utility alone is not enough as a label; the token’s function, rights, and dependency on an actual network have to be clear.
Utility begins with a real business model, not tokenomics
Many founders still begin backward. They pick a supply number, draft vesting charts, decide on a ticker, and only then ask what the token is supposed to do. That usually produces a weak asset attached to a business rather than embedded in it. A better sequence starts with the underlying system. What is the product? Who creates value inside it? Who captures value? What frictions exist today? Where do you need trust minimization, programmable incentives, or portable digital ownership?
A useful token normally emerges from one of five business conditions. First, the product requires a native medium of exchange across multiple counterparties. Second, the network needs incentives to bootstrap participation before organic demand fully forms. Third, the protocol must coordinate governance among users, builders, and infrastructure providers. Fourth, access rights or economic privileges need to be programmable and transferable. Fifth, the system benefits from interoperable assets that can move across wallets, exchanges, and applications without custom integration each time. Standardized token design became powerful for this reason. The ERC-20 standard was adopted widely because it gave fungible tokens a reusable interface, making them easier to support across wallets, exchanges, and other applications.
This is why token utility must be traced back to a concrete operational role. A marketplace token might reduce fees for buyers and sellers, but that only counts as utility if users repeatedly choose it because it lowers transaction costs or unlocks better access. A gaming token may reward engagement, but it only becomes durable when it is tied to sinks such as upgrades, tournament entries, asset minting, or governance over game economies. A DePIN or infrastructure token may reward node operators, but the rewards need to connect to actual work performed, not just emissions. Once the token becomes optional in practice, its economic story starts to fall apart.
The strongest utility tokens do one necessary thing extremely well
Entrepreneurs often overload a token with too many promises. They want it to be a payment asset, governance asset, reward asset, collateral asset, staking asset, and brand asset at the same time. That sounds ambitious, but it frequently creates conflict. A token designed for price stability does not behave like one designed for volatile governance speculation. A token used for everyday spending is not automatically a good treasury reserve. A reward token that inflates aggressively may undermine the value proposition of staking or governance.
The better model is to begin with one core economic function and add adjacent functions only when they support the first one. Stablecoins are the clearest example of disciplined utility. Their role is narrow but powerful: they provide a programmable onchain representation of fiat-linked value that can move quickly across exchanges, payment systems, and applications. That focus helped turn them into one of crypto’s most established real-world use cases. Chainalysis now describes stablecoins as live, programmable payment rails used across payments, remittances, and merchant services, while RWA.xyz shows total stablecoin value near $300 billion and hundreds of millions of holders.
Entrepreneurs building new crypto tokens should learn from that discipline. A token does not need ten use cases on day one. It needs one use case that produces repeat behavior. When repeated behavior exists, secondary utility can be layered in carefully. Without that foundation, every additional function becomes decoration.
Choose the right token category before writing a line of code
Not every crypto asset should be a fungible utility token. A large number of weak projects come from forcing a fungible token structure onto a business that would be better served by subscriptions, points, NFTs, tokenized claims, or simple database logic. One of the most important strategic decisions, then, is classification at the product level.
A fungible token works best when units should be interchangeable and widely reusable. That fits network fees, staking, governance weight, pool incentives, or in-app currencies. NFTs fit unique identity, membership, provenance, and individually differentiated assets. Offchain credits may be better for tightly controlled loyalty systems where portability is unnecessary. A company share or revenue claim may require a regulated structure rather than a loosely defined “utility” token. Recent a16z analysis explicitly distinguishes network tokens from company-backed tokens because the two create different risk profiles and should not be treated as interchangeable simply because both live onchain.
For entrepreneurs, the practical takeaway is simple: match the asset type to the job. Do not use a token because the market expects one. Use a token because your system becomes more functional, more defensible, or more efficient with it.
Real utility is built through demand loops and sink design
Once the token category is clear, the next challenge is demand. Utility does not come from a whitepaper sentence. It comes from repeated actions that make users acquire, hold, spend, stake, or earn the token for rational reasons. That is where sink design matters.
A healthy token economy usually contains three elements. It has a source of demand, a source of distribution, and a sink that removes or locks supply temporarily or permanently. Demand may come from access, discounts, required collateral, settlement, voting rights, or productive yield. Distribution may come from sales, rewards, ecosystem grants, or operational payments. Sinks may include staking, subscriptions, fee payments, burns, bonding, or locked governance positions. The point is balance. If distribution greatly exceeds reasons to hold or use the token, inflation will dominate behavior. If the token is required too aggressively before the product has traction, user friction will kill adoption.
This is why the best founders think in loops, not isolated features. A token used to access premium tools may also be earned by contributing content, then locked to influence curation, then spent again on promotion or analytics. In that loop, the token is not sitting idle. It is circulating through the system as a coordination tool. a16z’s work on token incentives makes a related point: early incentives can help bootstrap a network, but they must bridge toward native utility rather than replace it forever.
Token standards are strategic choices, not just technical defaults
Many entrepreneurs treat token standards as a back-end engineering detail. In reality, token standards shape user experience, integration cost, and long-term distribution. ERC-20 became dominant because standardization lowered friction across wallets, exchanges, and protocols. That interoperability is still one of the main reasons entrepreneurs choose established standards instead of inventing custom logic from scratch.
The playbook here is practical. Start with the smallest standards-compliant design that supports your business model. Then add extensions only when there is a clear economic or user-experience gain. For example, the ERC-2612 permit extension allows approvals via signed messages rather than separate onchain approval transactions, which can reduce friction in token interactions and improve onboarding. That may not sound dramatic, but small UX improvements often decide whether users actually engage with token-based products.
Entrepreneurs should ask four questions at this stage. Will the token need exchange and wallet compatibility fast? Will users interact frequently enough that gas friction matters? Will the product rely on smart-contract composability with DeFi or other onchain apps? Will regulatory or operational constraints require tighter control over transfer behavior? The answers determine whether a plain vanilla fungible token is enough or whether the design needs permissioning, cross-chain support, transfer restrictions, or meta-transaction features.
Case studies in real utility
The clearest modern examples come from sectors where the token solves a visible operational problem.
Stablecoins are the strongest case. Their utility is not theoretical. They act as settlement assets, trading pairs, treasury instruments, and payment rails. Their adoption reflects actual use because they reduce the mismatch between crypto-native infrastructure and fiat-denominated economic life. That is why they have persisted across market cycles.
Tokenized real-world assets form another strong category. Here, the token is useful because it improves transferability, programmability, reporting, or market access around underlying assets such as treasuries, private credit, commodities, and real estate. RWA.xyz’s current market data shows tens of billions of dollars in distributed onchain asset value and a much larger represented asset value, which signals that tokenization is moving beyond pilots into broader financial infrastructure.
A third category is network infrastructure. Tokens can compensate validators, node operators, storage providers, or bandwidth contributors for measurable work. The utility is strongest when payment is directly tied to service quality or capacity provision. The weak version is when the token mostly subsidizes participation without the network becoming independently useful. Entrepreneurs in this category need especially tight incentive calibration because emissions can bootstrap supply faster than real demand appears.
Governance is useful only when it governs something meaningful
Governance is one of the most overused claims in token design. Many projects add voting rights because governance sounds serious, even when there is very little worth governing. In those cases, token voting becomes symbolic. Worse, it becomes a marketing shield for an otherwise unnecessary asset.
Governance utility becomes real when the token holder can influence matters that shape economic outcomes or system rules in a legitimate way. That may include treasury allocation, fee policies, incentive schedules, listing decisions, network upgrades, or community grants. a16z’s writing on crypto governance argues that governance should create the conditions for long-term adoption and self-sustainability, not simply distribute voting theater.
Entrepreneurs should phase governance carefully. Early on, concentrated decision-making may still be necessary for security and speed. Over time, governance rights can widen as the network matures and the community develops enough context to participate intelligently. Handing out governance too early can paralyze execution. Handing it out too late can make decentralization look cosmetic. The token’s governance role should therefore expand in step with the product’s maturity, not as a one-time branding gesture.
Security, compliance, and distribution matter as much as utility
A well-designed token can still fail if the surrounding systems are weak. Smart contract security remains fundamental because a token that can be exploited is economically broken regardless of its idea. Entrepreneurs should rely on widely used libraries and battle-tested implementations wherever possible. OpenZeppelin’s ERC-20 documentation reflects the broader industry norm here: standard contracts and extensions exist precisely to reduce unnecessary custom logic.
Compliance is the other major pressure point. Entrepreneurs often speak loosely about utility while ignoring how regulators may view the economic reality of the asset. That risk becomes sharper when the token appears tied primarily to managerial efforts, company value, or speculative upside rather than network use. Recent a16z analysis on network tokens versus company-backed tokens is useful here because it highlights how similar-looking assets can create very different legal and economic expectations.
Distribution also determines whether utility survives contact with the market. A token may have a sensible product role but still collapse because insiders hold too much supply, vesting is too short, incentives are too aggressive, or market-making expectations overpower usage. Entrepreneurs need token distribution to support adoption, not dominate it. That means aligning unlock schedules with product milestones, ecosystem growth, and actual liquidity needs.
An entrepreneur’s practical playbook
For founders building a utility token today, the sequence should look something like this:
- Define the underlying product and user behavior before defining the token.
- Identify the specific economic problem the token solves.
- Choose the right asset type instead of defaulting to a fungible token.
- Use standard token architecture wherever possible for compatibility.
- Design demand loops and sinks before finalizing emissions.
- Phase governance according to product maturity.
- Stress-test legal, security, and distribution assumptions early.
- Launch only when the token already has a job inside a live or near-live system.
That last point matters most. A token should arrive as part of an operating economy, not as a promise that an economy may someday exist. Markets have become much better at spotting that difference.
Final thoughts
Creating a crypto token with real utility is not mainly a branding exercise or a capital-raising tactic. It is an exercise in economic design. The entrepreneur’s task is to decide whether a token creates a better system than the alternatives, and then prove that through product behavior, not presentation. Strong utility tokens reduce friction, align contributors, extend interoperability, and create durable participation loops. Weak ones outsource their value proposition to speculation.
That is why the real playbook begins with restraint. Use a token only where it makes the product stronger. Give it one indispensable role before giving it five optional ones. Build around standards, measurable use, and disciplined incentives. In the current market, that approach is no longer just prudent. It is one of the clearest dividing lines between tokens that become infrastructure and tokens that become noise.
