Visa Launches Stablecoin Platform VSP to Enable Institutional On-Chain Operations

Since 2021, global payment giant Visa has initiated explorations into stablecoin settlement on public blockchains. Following initial settlement pilot programs and fund pre-deposit tests on Ethereum and Solana, as of April 2026, the annualized settlement volume of its stablecoin settlement pilot project has reached $7 billion, with a quarterly环比 growth of 50%, and settlement channels have been expanded to nine major blockchain networks. However, merely participating as a settlement channel cannot fully address the operational pain points faced by financial institutions.

On July 16, 2026, Visa officially announced the launch of the Visa Stablecoin Platform (VSP) and entered a limited testing phase. VSP is fundamentally positioned as an enterprise-grade cloud-based operating environment for commercial banks, fintech companies, and treasury departments, designed to provide institutions with end-to-end lifecycle management services for stablecoins, including minting, redeeming, holding, and transferring. This move marks Visa’s transition from its traditional role as a transaction processor to becoming an underlying infrastructure operator in the era of programmable digital currencies. This article provides an in-depth analysis of VSP’s technical landscape, product architecture, business ecosystem, and competitive positioning.

For most regulated financial institutions, the primary barrier to integrating crypto assets into core operations is not a lack of theoretical consensus, but rather the underlying technical and operational realities. Traditional banks attempting to build on-chain services independently must overcome significant engineering challenges, including maintaining validation nodes, managing hot wallet keys, conducting complex smart contract security audits, and reconciling distributed ledger data with the bank’s core ledger. The core design of VSP is to abstract and encapsulate these complex on-chain interactions into ready-to-use modular services. The VSP platform integrates four underlying technical functional modules:

1. Onchain Minting & Redemption Routing: Enables institutions to send instructions directly to supported smart contracts via VSP, allowing one-click issuance and destruction of tokens, eliminating the financial and technical costs of manually writing and deploying smart contracts.

2. Centralized Treasury Dashboard: Provides a unified management interface to help businesses monitor cross-chain, cross-currency stablecoin balances, transaction speeds, and fund flows in real time.

3. Enterprise Compliance & Fraud Monitoring: Directly integrated with Visa’s existing global risk control standards, providing on-chain anomaly detection and automated list screening.

4. Bank-grade workflow interoperability (Turnkey Interoperability): Connect on-chain virtual accounts with traditional banking systems via modern APIs to enable seamless conversion between fiat currency and digital assets through ACH or wire transfer channels.

In terms of specific wallet custody implementation paths, VSP has designed two parallel product models tailored to institutions with different regulatory preferences:

1. Wallet-as-a-Service (WaaS) model: Under the WaaS model, financial institutions do not need to build their own underlying key custody infrastructure. In simple terms, Wallet-as-a-Service refers to a third-party provider offering enterprises a complete suite of wallet development, management, interface, and security control functions via the cloud, eliminating the need for businesses to build complex nodes and encrypted ledgers. Within VSP’s WaaS architecture, Visa provides only secure key management technology; legally and operationally, customers remain the custodians of their own assets. This design avoids Visa’s compliance burdens and balance sheet risks associated with acting as a fiduciary custodian.

Underlying Security: VSP employs a dual-layer security stack combining Multi-Party Computation (MPC) and Hardware Security Modules (HSM) to protect sensitive private key assets. MPC (Multi-Party Computation) is a cryptographic technique that enables multiple parties to jointly compute an output—such as generating a digital signature—without any single participant or server ever possessing the full private key, thereby eliminating the absolute risk of asset theft due to a single-point private key compromise. The foundation of most digital asset custody solutions is built on MPC-based encryption. HSM (Hardware Security Module) is a physical hardware device, or essentially a dedicated secure computer, designed specifically to generate and store cryptographic keys. No external program can directly extract the plaintext keys from within an HSM, ensuring that key assets remain protected against physical extraction even in the event of a network intrusion.

Bank-grade internal controls: To meet the stringent audit requirements of Tier 1 financial institutions, the WaaS model incorporates multiple operational controls: Maker/Checker (Initiation and Approval Dual-Control Process): As a financial risk control approval mechanism, when the system performs sensitive operations—such as large fund transfers or smart contract parameter modifications—each instruction must be “initiated” by one operator and “checked” and approved by another administrator with authorization before execution. Passkey Signing with Device-Bound Security Keys: Replacing traditional shared account passwords, which are vulnerable to phishing attacks, every transaction requires local signature authorization via hardware-bound biometric or physical security keys. Wallet Allowlists and Comprehensive Audit Logging: The system mandates that funds may only be transferred between pre-approved wallet addresses on an allowlist, and all sensitive operations are recorded in immutable system logs, available for immediate review by compliance teams and regulators.

2. Bring Your Own Wallet (BYOW) mode: For established institutions that have already established and operate a secure private key environment with third-party custodians such as Fireblocks, BitGo, or Fystack, VSP offers a BYOW integration option. In this mode, Visa does not participate in the institution’s private key signing or daily custody processes; instead, VSP primarily serves as an external fiat-to-stablecoin conversion gateway, providing compliance configurations, virtual account deposit and withdrawal routing, and integration with Visa’s existing global card payment and settlement systems.

Although VSP is strategically positioned in its long-term planning to support a multi-currency, multi-chain open network, its current test release has well-defined technical boundaries: during this testing phase, VSP natively supports only one asset, Open USD (OUSD), and is limited to the Ethereum, Solana, and Tempo blockchains.

As a comprehensive digital asset operating system, VSP’s core business value lies not merely in its isolated wallet custody or token minting capabilities, but in its deep technical integration of on-chain stablecoins with Visa’s existing global real-time payment infrastructure—Visa Direct. In traditional cross-border B2B payments and global fund transfer systems, financial institutions and enterprises have long been constrained by the practice of treasury prefunding. Treasury prefunding refers to a conventional operational model in cross-border payments, where multinational corporations or fintech companies must pre-transfer and deposit substantial amounts of fiat currency into local bank accounts in the destination country to ensure immediate payment settlement. This results in massive capital being tied up and immobilized across multiple global corridors, significantly reducing overall corporate liquidity efficiency.

VSP enables businesses to store and hold stablecoins directly within their Visa-managed wallets. When making payments to overseas suppliers or merchants, the company’s finance system can send payment instructions directly to VSP. VSP automatically evaluates the optimal routing in the background, using the Visa Direct real-time clearing network to convert large stablecoin balances into the local fiat currency of the recipient country (such as Mexican pesos or Philippine pesos) within seconds, and delivers the funds directly to the recipient’s traditional bank account or card. This model allows multinational enterprises to consolidate globally dispersed working capital into a single on-chain treasury account, eliminating liquidity friction caused by maintaining large pre-funded fiat reserves.

Beyond the integration of public chain stablecoins, another far-reaching technical initiative of VSP lies in its technological integration with Pismo, a leading core cloud banking software platform owned by Visa. After acquiring Pismo fully in 2024, Visa plans to leverage Pismo’s embedded core banking technology to enable VSP to not only support third-party stablecoins at the foundational level, but also natively support commercial banks in issuing and managing their own tokenized deposits. For traditional commercial banks, stablecoins and tokenized deposits are technologically similar at the底层, yet differ significantly in financial, legal, and risk control characteristics. Stablecoins are typically off-balance-sheet monetary equivalents issued by non-bank entities, lack deposit insurance coverage, and are legally restricted from directly generating interest. In contrast, tokenized deposits allow commercial banks to benefit from blockchain’s 24/7 continuous settlement and smart contract programmability while keeping valuable deposits on their own balance sheets, preserving the traditional credit creation capacity of commercial banking’s deposit and lending operations.

Faced with this divergence in digital asset pathways, Visa CEO Ryan McInerney clearly stated that Visa’s role is not to predict in advance which type of token will ultimately dominate the industry, but rather to parallelly support both “stablecoins” and “tokenized deposits” through VSP. This multi-token, multi-chain technological integration strategy ensures that, regardless of which token format financial institutions ultimately adopt for value transfer, Visa’s network clearing interface and per-transaction “toll” revenue model will remain unbeatable.

To understand the changes brought by VSP, one must examine its deeply integrated core digital asset at launch: Open USD (OUSD). This is not merely a choice of token type, but a strategic strike against the profit monopolies of traditional stablecoin issuers.

For a long time, traditional stablecoin issuers such as Tether with USDT and Circle with USDC have relied heavily on a profit model based on exclusive reserve asset spreads (Float-Capture Economics). This monopolistic spread-based economic model is now facing increasing channel resistance as digital currency infrastructure moves into the mainstream. To disrupt this allocation of profits, the Open Standard consortium—whose founding members include Visa, Mastercard, Stripe, BlackRock, Coinbase, and over 140 global financial and technology giants—has launched Open USD (OUSD), a next-generation standard stablecoin. OUSD is fully collateralized by highly liquid short-term U.S. Treasury money market funds directly managed by asset management leaders such as BlackRock.

The disruptive core of OUSD lies in its innovative yield-sharing model. Due to strict legislative prohibitions in U.S. stablecoin regulations—such as the GENIUS Act—that prevent stablecoin issuers from directly paying interest to retail end-users, OUSD employs an elegant technical and contractual solution: instead of paying interest directly to retail end-users, it distributes and returns the interest income generated from its short-term U.S. Treasury reserves proportionally to financial institutions, enterprises, and distribution partners involved in token issuance, redemption, and operations.

When Visa native-integrates VSP with OUSD and promotes it to its 15,000 financial institution members worldwide, this spread-revenue model demonstrates strong channel appeal. For any traditional bank or fintech company, accessing OUSD settlement through VSP means converting previously interest-free operational capital outlays into interest-bearing assets that generate consistent compliant returns.

This alliance-based profit-sharing model has prompted Wall Street investment banks and market analysts to reassess traditional single-entity monopolistic issuers. On July 16, 2026, as the Visa Stablecoin Platform launched its beta test with OUSD, concerns about a deteriorating competitive landscape rapidly intensified. On the day of the joint announcement, Circle’s stock (issuer of USDC) dropped approximately 5%. Analysts’ primary bearish argument against traditional stablecoin giants is that the “channel ecosystem alliance” of VSP + OUSD will fatally compress and divert Circle’s existing float arbitrage opportunities by returning reserve interest dividends, thereby accelerating the stablecoin market’s transition from “monopoly arbitrage” to “infrastructure dividend” profit reallocation.

When analyzing VSP’s macro strategic positioning, global payments and fintech expert Tom Noyes offered a classic industry analogy: “VSP is to stablecoins what Visa DPS is to debit cards.” This metaphor directly reveals Visa’s intent to serve as the foundational infrastructure within the on-chain financial ecosystem. (Visa DPS, or Debit Processing Service, is a backend outsourcing service provided by Visa that silently processes, validates, and records cardholder transactions on behalf of thousands of banks. Banks avoid the enormous cost of building highly complex transaction accounting and communication infrastructure internally; instead, they fully outsource this technical burden to Visa, allowing them to focus on customer acquisition and relationship management.) VSP is fully replicating this time-tested network expansion model, except that its underlying rails have shifted from the debit card communication network to a distributed ledger, its connection points have evolved from PAN (Primary Account Number) management to encrypted wallets and custodial multisig, and its accounting model has transitioned from traditional batch reconciliation to on-chain minting and burning. Visa has never directly issued the fiat funds circulating on its network—instead, member banks handle deposit-taking and redemption, while Visa retains firm control over network standards, transaction routing, and dispute resolution. The emergence of VSP is the latest extension of this network philosophy.

This approach has set Visa apart from its competitors Mastercard and the emerging tech giant Stripe.

First, Visa adopts a neutral enabler and ecosystem partnership “toll road” approach. Rather than favoring the selection or issuance of any specific stablecoin, Visa is focused on providing a neutral, multi-chain, multi-currency operating system. Within the Visa Stablecoin Platform (VSP), Visa has partnered with more than 140 leading financial and technology firms—including Mastercard, Stripe, BlackRock, and Coinbase—to form an open standards consortium promoting Open USD (OUSD). Visa does not assume the underlying reserve asset management risk or bear the compliance burden of token issuance; instead, it focuses on generating revenue through transaction tolls and value-added service fees by providing wallet services, deposit/withdrawal routing, and card network settlement via VSP.

In contrast, Mastercard has pursued a path of ownership, mergers, and centralized control. Mastercard’s strategy in the stablecoin space leans heavily toward asset-intensive acquisitions. For example, in April 2026, Mastercard fully acquired the B2B stablecoin payment processor BVNK for $1.8 billion to build an internal, proprietary stablecoin payment and treasury management system. By directly owning the infrastructure, Mastercard aims to maintain complete control over its technology roadmap and capture all transaction fees and foreign exchange spreads. However, this centralized approach also means Mastercard bears full responsibility for operational risks, technological integration barriers, and potential systemic vulnerabilities arising from a single point of decision-making.

Meanwhile, emerging payment giant Stripe is focusing on building a merchant payment closed loop and vertical API monopoly. By acquiring the stablecoin platform Bridge at a premium, Stripe aims to create an extremely seamless and low-cost vertical settlement channel for both developers and merchants. Stripe’s core objective is to help merchants bypass the high fees of traditional card networks using stablecoins, thereby locking in merchant loyalty.

Tom Noyes’ analysis suggests that, since VSP does not need to develop and maintain its own local fiat on-ramp and off-ramp infrastructure in every region but instead delegates these tasks to partners within its network, this distributed innovation model offers long-term advantages. Stripe provides the developer API, Tempo Chain handles machine payments, and regional fintech providers independently tackle their respective local fiat settlement pathways. Each partner independently invests, localizes operations, and bears compliance burdens—while every additional stream of stablecoin traffic they generate ultimately flows through the Visa network, enabling Visa to capture a higher proportion of value-added fees per unit of stablecoin transaction volume with a lighter operational footprint.

This logic of neutrality and ecosystem empowerment has also been publicly validated by key decision-makers.

During the earnings call, Visa CEO Ryan McInerney acknowledged that Visa will maintain a long-term open stance toward “multi-currency, multi-chain” approaches. He emphasized that Visa’s role is not to predict which stablecoin will emerge as the ultimate winner in the market, as the broader stablecoin sector remains in its early stages of adoption for real-world commercial payments. The launch of the VSP platform is designed to ensure that, regardless of which compliant stablecoin or blockchain network gains mainstream market adoption, financial institutions can achieve seamless, large-scale connectivity within the trusted and secure Visa environment. Visa’s Chief Product and Strategy Officer, Jack Forestell, directly addressed banks’ pain points, noting that the core bottleneck for stablecoins has never been the macro concept of “programmable money,” but rather the highly granular operational and logistical realities. Before VSP, traditional banks seeking to engage in on-chain activities had to navigate cautiously among crypto custodians, public blockchain validators, third-party audit firms, and a fragmented landscape of smart contract standards. VSP’s technical abstraction allows banks to connect through their familiar Visa interface, transforming the complex blockchain backend into an invisible, underlying pipeline.

Traditional card payment systems were designed for humans. Human consumers typically have transaction frequencies limited by physiological constraints, higher per-transaction amounts, and heavy reliance on 30-day chargeback mechanisms and traditional credit authorization protections. However, as global commerce enters the era of the agent economy, a new business paradigm driven by artificial intelligence is rapidly emerging: AI Agentic Commerce.

When commercial entities shift from humans to AI agents, the fundamental limitations of traditional financial infrastructure become glaringly apparent. Traditional card networks impose a fixed transaction fee on every swipe or transfer; if an AI agent needs to pay a minuscule fee for each data query or API call per second, the fixed processing cost would exceed the value of the transaction itself by thousands of times, rendering it economically unfeasible. Moreover, the frequent, high-frequency, 24/7/365 micro-coordination transactions between AI agents would overwhelm traditional banking backends, which rely on daily batch settlements and do not process transactions on weekends. This has created an urgent demand for machine-to-machine micro-clearing (M2M Micro-commerce). M2M Micro-commerce—also known as machine micro-clearing—refers to real-time, high-frequency micropayments, occurring tens of thousands of times per second, where software interacts with software and servers with servers to pay fractions of a cent for extremely small digital services, such as a burst of computational power or a single data label.

In response to this shift, Visa has demonstrated remarkable foresight in its strategic planning. On the frontend, Visa has officially launched the AI Payment Frontend Protocol—Intelligent Commerce Connect—and collaborated with industry alliances to establish the x402 machine payment standard and protocol. This protocol automatically issues secure credentials to each AI agent, featuring individual budget limits, credit rating assessments, and safeguards against system-level circular deadlocks. On the backend, Visa is supported by VSP. Leveraging a high-throughput public blockchain environment, VSP reduces the transaction fee for micro-clearances between machines to less than a cent, completely resolving the fee bottleneck in micro-commerce. Today, the vast majority of autonomous machine transfers default to settlement and clearing on public blockchain stablecoins.

Although VSP demonstrates ambition in building the underlying clearing infrastructure for digital currencies, as a financial infrastructure only launched in mid-July 2026, regulated financial institutions and enterprises must carefully evaluate its current limitations and real-world implementation challenges when considering integration with VSP.

During the current beta testing phase, VSP has the following clear limitations regarding product scope and technical access:

The closed nature of the entry barrier restricts the openness of the ecosystem.

VSP is not currently an open public cloud platform available for registration across the entire industry. Organizations wishing to join the platform for testing must first obtain an official Visa Access ID and Business Identification Number (BID) through Visa’s existing enterprise business channels. Due to this strict requirement, VSP is, at this stage, effectively a “closed-loop service upgrade” targeted exclusively at Visa’s existing banking and financial institution clients. Startups in fintech and emerging Web3 developers who have not yet established traditional agency or acquiring relationships with Visa remain excluded from the platform’s initial benefits.

2. Limited choice of assets and underlying blockchains

Although Visa has widely supported Circle’s USDC and Paxos’s USDP in other digital asset operations, the current VSP unified operating environment natively supports only one digital asset: Open USD (OUSD). Furthermore, its supported blockchain infrastructure is limited to only three networks: Ethereum, Solana, and Tempo. If a bank or enterprise’s financial roadmap relies on multi-currency, multi-chain treasury allocation (for example, requiring frequent transfers of USDC and the euro stablecoin EURC between Ethereum, Avalanche, and Base), the current version of VSP cannot directly meet these multi-asset management needs.

3. The API and development kit are not yet fully deployed.

For institutions such as neobanks and cross-border settlement providers that highly prioritize system automation, the only way to seamlessly integrate stablecoin settlement into their operations is through system-level code integration. However, the current version of VSP remains a portal-driven console system, requiring institutional administrators to manually perform deposit and withdrawal operations, minting, burning, and approval configurations via the front-end graphical interface. Although Visa’s product roadmap explicitly states that VSP will provide a comprehensive set of REST APIs and SDK development tools, and has already made preview documentation specs available to partners, the actual programmatic automated interaction functionality is still marked as “Coming Soon” for development teams. In the absence of a mature sandbox testing environment and API interfaces, enterprises cannot currently use VSP as a high-concurrency, highly automated system-level backend.

4. Business Decision Between Dedicated Stack and Neutral Orchestration Layer

From the perspective of its technical roadmap, VSP is a classic captive stack, which has sparked strategic discussions within bank payment teams about technological lock-in. (Captive Stack: Simply put, this is a highly integrated, closed technology system. Like the walled-garden ecosystems of smartphone manufacturers, Visa provides and controls every component—from wallets and custody to exchange rates and settlement for deposits and withdrawals—while also requiring approval for any supported stablecoins and blockchains.) The advantage of a captive stack lies in its high degree of integration: banks need only manage a single vendor relationship with Visa to access a complete suite of services, including WaaS wallets, compliance, and Pismo’s core cloud banking. However, for top-tier commercial banks that prioritize maximum neutrality, seek cross-border arbitrage opportunities, and are unwilling to fully cede control of their monetary payment sovereignty to card networks, they

They often prefer to adopt a neutral orchestration layer. For banks seeking sovereignty, VSPs are not the sole option in their technology architecture but rather one of several configurable routing pathways within a multi-route orchestration library. Banks can dynamically switch between VSPs (which enable direct interest sharing via OUSD payments) and public blockchains (such as the high-speed Base network for USDC transfers), based on the economic efficiency of specific payment corridors.

5. Undisclosed business costs and unquantifiable return on investment (ROI)

The implementation of any enterprise-level financial infrastructure must undergo rigorous review by the risk management and finance committees regarding return on investment. However, to date, Visa has not publicly disclosed specific pricing details for VSP, including licensing fees, transaction processing fees for minting, redeeming, or transferring stablecoins, and interface service fees under the BYOW model. Under this completely opaque pricing model, financial teams at financial institutions currently find it difficult to make quantifiable, accountable assessments of the cost reduction and efficiency gains (ROI) that would result from adopting VSP.

In summary, VSP represents a landmark leap in the modernization of traditional card networks, both technologically and commercially. However, it currently remains in an early testing phase, heavily reliant on Visa’s existing network relationships, supported by a single asset, and with its API not yet fully ready. During its full-scale deployment between late 2026 and 2027, VSP must undergo a complete transition from portal to API, expand horizontally to support multi-asset interoperability, and subject its pricing model to market validation through transparency. Institutions integrating VSP should seek the optimal dynamic balance between their proprietary VSP stack and neutral orchestration systems, aligned with their digital sovereignty strategies, asset preferences, and development timelines.

This article is intended solely for legal, policy, and industry research purposes, aiming to provide an objective analysis of digital finance, stablecoins, digital assets, and related regulatory developments. It does not constitute any form of investment advice, legal opinion, tax advice, or other professional recommendations, nor does it constitute any recommendation, promotion, or solicitation of financial products, digital assets, or business projects. The regulatory rules, market data, and institutional information referenced in this article are primarily sourced from publicly available materials and may be subject to change due to updates in laws, regulations, regulatory policies, market conditions, or project developments. Readers are advised to independently assess the information in light of the latest public disclosures and to comply with applicable laws and regulations in their respective jurisdictions. The author and the publishing platform assume no responsibility for any investment, trading, or other commercial decisions made based on the content of this article.