Author: Chuk
Compiled by: Deep Tide TechFlow
Original title: Everyone is issuing stablecoins, but only with buyers is there a moat
Deep Tide Introduction: As cryptocurrency regulatory policies (such as the GENIUS Act) become clearer, stablecoins are evolving from mere trading mediums into enterprise-level financial infrastructure. This article provides an in-depth analysis of the current state of the "Stablecoin Issuance-as-a-Service" market. Author Chuk points out that while the underlying technology for token minting has become increasingly homogenized, differences among issuers in terms of compliance stance, liquidity operations, and ecosystem integration make them highly irreplaceable for different types of buyers (enterprises, fintech companies, DeFi). In the future, the focus of stablecoin competition will no longer be the token itself, but rather the business closed-loop and network effects built around it.
The underlying architecture of tokens is converging, but the final outcomes vary greatly.
This article was first published in Stablecoin Standard, where you can find the full article archive and subscribe to receive such analyses and reports via email. Special thanks to Artemis for providing issuer data!
Introduction: Everyone is Issuing Stablecoins
Stablecoins are transforming into financial infrastructure at the application layer. As rules become clearer with the introduction of the GENIUS Act, brands like Western Union, Klarna, Sony Bank, and Fiserv are shifting from "integrating USDC" to "launching their own dollar tokens" through white-label issuance partners.
This shift is driven by the surge in Stablecoin "Issuance-as-a-Service" platforms. A few years ago, the shortlist was essentially just Paxos. Today, depending on what you are building, there are over 10 reliable choices, including emerging platforms like Bridge and MoonPay, compliance-first players like Anchorage, and large established institutions like Coinbase.
This abundance makes issuance seem "commoditized." At the token-plumbing level, it is indeed becoming more homogeneous. But whether it is "commoditized" depends on the buyers and their job-to-be-done.
Once you separate token-plumbing from liquidity operations, compliance stance, and surrounding配套设施 (on/off-ramps, orchestration, accounts, cards), this market no longer looks like a simple price war, but more like a competition in segmented markets. Pricing power is concentrating in areas where "the results are hardest to replicate."
Caption: White-label stablecoin supply is growing rapidly, creating a vast new issuer market beyond USDC/USDT. Source: Artemis
If you view issuers as interchangeable, you miss the real binding constraints and where profits are most likely to persist.
Why Do Brands Issue Their Own Stablecoins?
This is a good question. Companies do this for three main reasons:
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Economic benefits: Capture more value from customer activity (balances and flows) and tap into adjacent revenues (treasury management, payments, loans, cards).
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Control behavior: Embed custom rules and incentive mechanisms (e.g., loyalty programs) and choose settlement paths and interoperability that suit product needs.
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Move faster: Stablecoins allow teams to launch new financial experiences globally without rebuilding the entire banking tech stack.
Importantly, most branded tokens do not need to reach the scale of USDC to be considered "successful." In closed or semi-open ecosystems, the key performance indicator (KPI) is not necessarily market capitalization, but could be the improvement in average revenue per user (ARPU) and unit economics: how much additional revenue, retention, or efficiency the stablecoin functionality unlocks.
How Do White-Label Issuers Operate?
To judge whether issuance is "commoditized," we first need to define the job being done: reserve management, smart contract + on-chain operations, and distribution.
Caption: Issuers are primarily responsible for reserves and on-chain operations; brands are responsible for demand and distribution. Differentiation lies in the details.
White-label issuance allows a company (the brand) to launch and distribute its branded stablecoin while outsourcing the first two layers to a regulated issuer.
In practice, ownership is divided into two categories:
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Mostly owned by the brand: Distribution. Where the token is used, the default user experience (UX), its placement in wallets, and which partners or venues support it.
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Mostly owned by the issuer: Issuance operations. The smart contract layer (token rules, admin privileges, mint/burn execution) and the reserve layer (reserve assets, custody, redemption operations).
Operationally, most of this is now productized via APIs and dashboards, with launch times ranging from days to weeks depending on complexity. While not every project now needs a US-standard compliant issuer, for issuers targeting US enterprise buyers, compliance posture has become part of the product even before formal GENIUS Act enforcement.
Distribution is the hardest part. Within a closed ecosystem, getting the token used is primarily a product decision. But outside the ecosystem, integration and liquidity become bottlenecks, and issuers often break boundaries by assisting with secondary market liquidity (exchange/market maker relationships, incentives, capital injection). Brands still control demand, but this "go-to-market support" is one area where issuers can tangibly change outcomes.
Different buyers prioritize these responsibilities differently, which is why the issuer market has split into distinct clusters.
The Market is Fragmented; Commoditization Depends on the Buyer
"Commoditization" refers to a service becoming standardized enough that providers can be swapped without changing the outcome, thus shifting competition to price rather than differentiation.
If switching issuers changes the outcome you care about, then issuance is not commoditized for you.
At the token-plumbing level, switching issuers typically doesn't change the outcome, so it's becoming increasingly interchangeable. Many issuers can hold Treasury-like reserves, deploy audited mint/burn contracts, provide basic admin controls (pause/freeze), support major public blockchains, and offer similar APIs.
But brands rarely just buy simple token deployment. They buy "outcomes," and the required outcome highly on the buyer type. The market directionally splits into several clusters, each with a tipping point where alternatives fail. Within each cluster, teams often have only a few viable choices in practice:
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Enterprises and Financial Institutions: Procurement-led, optimized for "trust." Alternatives fail when differences in compliance credibility, custody standards, governance, and large-scale (hundreds of millions USD) 24/7 redemption reliability emerge. In practice, this is a "risk committee" style procurement: the issuer must be impeccable on paper and extremely robust in production.
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Fintech and Consumer Wallets: Product-led, optimized for "launch and distribution." The tipping point for alternatives is time-to-market, integration depth, and supporting配套设施 (like on/off-ramps) that enable the token to be used in real workflows. In practice, this is a "get it done this sprint" procurement: the winning issuer is the one that minimizes KYC/on-off-ramp/orchestration work and gets your entire feature (not just the stablecoin) to market fastest.
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DeFi and Investment Platforms: Are native on-chain, optimized for "composability" and "programmability," including designs that optimize yield at the expense of different risk trade-offs. Alternatives fail in reserve model design, liquidity dynamics, and on-chain integration. In practice, this is a "design constraint" procurement: teams will accept different reserve mechanics if it improves composability or yield.
Caption: Issuers cluster based on enterprise compliance posture and access methods. Enterprises & Financial Institutions (bottom right), Fintech/Wallets (middle), DeFi (top left).
Differentiation is moving up the protocol stack, which is very evident in the Fintech/Wallet segment. As issuance becomes a "feature," issuers compete by bundling adjacent infrastructure that completes the whole job and assists distribution: compliant on/off-ramps, virtual accounts, payment orchestration, custody, and card issuance. This can sustain pricing power by altering time-to-market and operational outcomes.
Caption: While there are over 10 white-label stablecoin issuers, for specific buyer types, options quickly collapse to a few.
With this framework, the commoditization question becomes clear.
Stablecoin issuance is commoditized at the token layer, but not at the outcome layer, because buyer constraints make providers non-interchangeable.
As the market matures, issuers serving each cluster will likely converge on similar products needed to serve that market, but we are not there yet.
Where Might Lasting Advantages Come From?
If token-plumbing is table stakes and differentiation at the edges is slowly eroding, the obvious question is: can any issuer build a lasting moat? For now, it looks more like a customer acquisition competition, retained through switching costs. Changing issuers involves reserve/custody operations, compliance processes, redemption behavior, and downstream integrations, so issuers are not "replaceable with one click."
Beyond bundling, the most plausible long-term moat is network effects. If branded coins increasingly require seamless 1:1兑换 and shared liquidity, value could flow to the issuer or protocol layer that becomes the default interoperability network. The open question is whether this network is owned by an issuer (strong control) or is a neutral standard (broad adoption, weak control).
A pattern worth watching: will interoperability become a commoditized function, or a primary source of pricing power?
Summary
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For now, issuance is commoditized at the core and differentiated at the edges. Token deployment and basic controls are converging. But where operations, liquidity support, and integration are critical, outcomes still diverge.
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For any specific buyer, the market is not as crowded as it seems. Real-world constraints quickly narrow the candidate list, and the "reliable options" are often just a few, not ten.
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Pricing power comes from bundling, regulatory posture, and liquidity constraints. The value lies not in "creating the token," but more in the surrounding配套设施 that make the stablecoin usable in a production environment.
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It's unclear which moats are sustainable. Network effects built through shared liquidity and exchange standards are a plausible path, but it's not obvious who captures the value as interoperability matures.
What to watch next: Will branded stablecoins converge on a few exchange networks, or will interoperability become a neutral standard? Either way, the lesson is the same: the token is just the entry ticket. The business is everything built around it.
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