Summary
Verda Ventures' latest report exposes design flaws in stablecoin infrastructure optimized for blockchain trading rather than commercial payments. McKinsey and Artemis joint analysis reveals actual 2025 stablecoin payment volumes fall far short of the widely cited $35 trillion transaction figure, highlighting significant market misconceptions about stablecoin commercial adoption.
The Design Dilemma of Stablecoin Infrastructure
The stablecoin market experienced rapid growth throughout 2024, but Verda Ventures' newly released "State of Stablecoin Infrastructure" report reveals a troubling reality: most current stablecoin infrastructure was not designed for genuine commercial payment scenarios, but primarily serves trading activities on public blockchains.
This design misalignment has created a cascade of practical problems. First is fee unpredictability—reliance on public blockchain gas mechanisms means enterprises cannot accurately forecast transaction costs, creating significant obstacles for business scenarios requiring stable financial budgeting. Second is the absence of privacy protection, where blockchain's transparent nature directly conflicts with enterprises' need to protect commercial confidentiality.
The report traces these issues to stablecoin infrastructure's evolutionary path. Early stablecoins primarily facilitated value transfer between cryptocurrency exchanges and served as collateral in DeFi protocols. These scenarios had lower fee sensitivity, and participants generally accepted publicly transparent transaction records. However, as stablecoins attempt to enter traditional commercial payment domains, these characteristics have become impediments rather than features.
The infrastructure gap extends beyond technical specifications to fundamental architectural philosophy. Public blockchains prioritize decentralization and censorship resistance over the performance characteristics businesses require: guaranteed transaction finality times, predictable cost structures, and configurable privacy levels. This philosophical mismatch explains why despite billions in infrastructure investment, stablecoin payment adoption in traditional commerce remains limited.
McKinsey Research Exposes the Transaction Volume Myth
The joint research by McKinsey and blockchain analytics firm Artemis provides a crucial reality check for the market. For years, the "$35 trillion annual stablecoin transaction volume" figure has been widely cited as evidence of stablecoins' commercial value and market acceptance. However, this in-depth analysis reveals the truth behind the numbers.
The research team emphasizes the fundamental difference between on-chain transaction volume and actual payment scale. The vast majority of stablecoin transaction volume derives from exchange internal transfers, DeFi protocol liquidity operations, arbitrage trading, and high-frequency bot activities. While these activities generate enormous on-chain transaction volumes, they do not represent genuine commercial payment demand.
Taking first quarter 2025 data as an example, while on-chain stablecoin transfer totals continue to register in the multi-trillion dollar range, after deduplication and categorization, transactions genuinely used for goods and services payments may represent only single-digit percentages of total volume. This finding carries profound implications for the entire stablecoin industry, reminding market participants to more carefully assess actual progress in stablecoin commercial applications.
The methodology behind this analysis is particularly revealing. Researchers employed sophisticated clustering algorithms to identify transaction patterns, distinguishing between genuine peer-to-peer payments, exchange operations, DeFi protocol interactions, and wash trading. They found that circular flows—where stablecoins move through multiple addresses before returning to their origin—account for a substantial portion of reported volume. When adjusted for these patterns, the picture of stablecoin payment adoption becomes considerably more modest.
The Transition Challenge from Trading Tool to Payment Instrument
For stablecoins to truly become mainstream payment instruments, they must overcome multiple technical and commercial barriers. Current infrastructure providers, while numerous, mostly focus on specific niches and lack comprehensive end-to-end solutions.
Fee predictability represents the primary challenge. Traditional payment systems like Visa or bank transfers have clear fee structures that enable enterprises to perform precise cost accounting. Blockchain-based stablecoin payments face gas fee volatility issues, with single transaction costs potentially surging several times or even dozens of times during network congestion periods. While Layer 2 solutions and dedicated payment chains can reduce base fees, they have not fully resolved the predictability problem.
The technical solutions emerging to address this challenge include gas abstraction layers, where third parties guarantee maximum transaction costs, and dedicated payment channels that operate outside main chain congestion. However, these solutions introduce new complexities: additional counterparty risk, liquidity requirements, and integration overhead. The industry has yet to converge on standard approaches that balance cost predictability with decentralization and security.
Privacy protection represents another critical gap. Business-to-business commerce involves substantial sensitive information, including counterparties, transaction amounts, and payment frequency. Complete transparency of this information on public blockchains could lead to commercial secret leakage, with competitors able to infer enterprises' supply chain relationships, sales scale, and other core business information through on-chain data analysis. While privacy technologies like zero-knowledge proofs are developing, their maturity and usability in enterprise applications require improvement.
The privacy challenge extends beyond technical implementation to regulatory acceptance. Privacy-preserving technologies must satisfy regulators' need for transaction monitoring and audit capabilities while protecting commercial confidentiality. This balance is particularly delicate in jurisdictions with strict anti-money laundering requirements, where complete transaction opacity is unacceptable, but full transparency undermines legitimate business privacy needs.
Compliance requirements are also continuously increasing. Regulatory agencies worldwide are gradually refining stablecoin regulatory frameworks, requiring enterprises using stablecoins to satisfy multiple compliance requirements including anti-money laundering, know-your-customer (KYC), and tax reporting. This demands infrastructure providers possess not only technical capabilities but also deep understanding of regulatory requirements across different jurisdictions, seamlessly integrating compliance functions into payment workflows.
Infrastructure Provider Market Landscape
The current stablecoin infrastructure market exhibits highly fragmented characteristics. At the issuance level, major stablecoin issuers like Circle and Tether occupy core positions; at the technical level, there are projects focused on payment rails like Stellar and Ripple, as well as middleware providers offering enterprise-grade API services; at the compliance level, specialized KYC/AML service providers and custody solution providers operate.
However, this fragmented landscape also creates integration challenges. Enterprises building complete stablecoin payment systems often need to interface with multiple service providers, which not only increases technical complexity but also raises operational costs and potential security risk points. The market is calling for comprehensive service providers capable of offering one-stop solutions, but the emergence of such providers requires time and market validation.
For institutions, selecting appropriate infrastructure partners requires comprehensive consideration of multiple dimensions: technical maturity, compliance capabilities, service stability, cost structure, and long-term development roadmap. Particularly in scenarios involving large-scale fund flows, security and reliability are primary considerations.
The competitive dynamics among infrastructure providers reveal interesting patterns. Some providers pursue vertical integration, attempting to control multiple layers of the stack from blockchain infrastructure to end-user applications. Others adopt modular approaches, specializing in specific functions like compliance screening or treasury management. Neither strategy has clearly proven superior, suggesting the market remains in an exploratory phase where different approaches may succeed in different segments.
Future Development Directions and Market Opportunities
Despite current challenges, the development prospects for stablecoin payment infrastructure remain promising. As regulatory frameworks gradually clarify, more traditional financial institutions and enterprises are beginning to explore stablecoin applications, which will drive infrastructure specialization and standardization.
Technological innovation is providing new approaches to problem-solving. Account abstraction technology can improve user experience, making stablecoin payments more closely approximate traditional payment convenience; modular blockchain architectures can enhance performance and reduce costs while maintaining security; advances in privacy computing technologies promise to find balance points between transparency and privacy protection.
Emerging technologies like intent-based architectures may fundamentally reshape how users interact with stablecoin infrastructure. Rather than directly managing blockchain transactions, users could express payment intentions that specialized solvers execute optimally across multiple chains and protocols. This abstraction could finally deliver the seamless experience enterprises expect from payment systems.
Market education is equally crucial. McKinsey's research reminds the industry not to be misled by inflated transaction volume data, but rather to focus on genuine payment demand and user pain points. Only when stablecoins can demonstrate clear advantages over traditional payments in cost, speed, and convenience will they achieve large-scale commercial application.
For infrastructure providers, future competition will encompass not merely technical competition, but contests of business scenario understanding depth and compliance capabilities. Providers able to deeply penetrate vertical industries, offer customized solutions, and maintain good communication with regulatory agencies will more likely stand out in the market.
The path forward requires collaboration across the ecosystem. Stablecoin issuers, infrastructure providers, enterprises, and regulators must work together to establish standards, share best practices, and build trust. The gap between transaction volume metrics and payment reality highlighted by recent research serves as a valuable course correction, refocusing the industry on solving real problems rather than celebrating inflated statistics. As this maturation process continues, stablecoin infrastructure may finally fulfill its promise of transforming global payments—but only by honestly confronting current limitations and systematically addressing them.
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