This Stablecoin RVP (Reference & Vendor Positioning) Guide is prepared by the Tokenminds Advisory Team to help fintech builders, Web3 project founders, DAOs, crypto exchanges, and institutional investors navigate the rapidly evolving stablecoin payments infrastructure landscape.

Stablecoins have moved from experimental blockchain technology to mission-critical financial infrastructure. Whether your organisation is building a new DeFi protocol, launching a cross-border payment solution, or seeking to integrate programmable money into your treasury operations, understanding which infrastructure vendors to work with — and how — is now a decisive competitive advantage.

This guide consolidates Tokenminds' proprietary research, technical due diligence, and vendor assessment frameworks into a single actionable reference document covering the full stablecoin infrastructure stack.

Table of Contents

• Overview

• The State of Stablecoin Adoption in 2025

• Stablecoin Infrastructure Explained

• The Regulatory & Compliance Landscape

• Vendor Categories & The Tokenminds Framework

• Vendor Positioning Matrix

• The Buying Process: A Step-by-Step Guide

• Key Evaluation Criteria

• Emerging Solutions to Watch

• Recommendations by Use Case

• FAQs: Answering the Most Common Stablecoin Infrastructure Questions

• About Tokenminds

The State of Stablecoin Adoption in 2025

Market Transformation

The past 18 months have marked a pivotal inflection point for stablecoin adoption across the payments industry. Previously, stablecoins were exclusively for crypto-using customers. Now, they have emerged as a key enabler for companies seeking faster, cheaper, and more programmable cross-border money transfers.

By mid-2025, nearly all major cross-border payment providers will have adopted stablecoin solutions or have clear plans to do so. This shift is driven by regulatory clarity, technological readiness, and market demand for real-time settlement.

Where Adoption Is Happening

The first adoption has focused in three main areas:

1. Internal Treasury Operations: Companies are leveraging stablecoins to minimise their dependency on multiple fiat liquidity pools, to accelerate their reconciliation and to cut down FX costs.

2. Cross-Border B2B Payments: The stablecoin ‘sandwich' payments (fiat to stablecoin and stablecoin to fiat) are becoming a popular way of paying businesses across the border.

3. Emerging Market Corridors: The local currency in emerging markets can be quite volatile, and banking systems are often underdeveloped or payment systems are slow

Total Addressable Market (TAM)

The Total Addressable Market (TAM) is a vast and untapped cross-border stablecoin market. Current estimates indicate that the non-wholesale TAM base is approximately $17.9 trillion, with a potential growth scenario of up to $25.3 trillion, representing the non-G10 portion of total global cross-border flows.

Stablecoin Infrastructure Explained

The Infrastructure Stack

Stablecoin infrastructure is not a single alternative rail. It is a layered stack of interoperating systems, each fulfilling a distinct function in the payment lifecycle. Understanding each layer is essential before engaging vendors.

Layer 1: Stablecoin Issuers
Issuers mint and burn stablecoins, maintaining peg through reserve assets. Major issuers include Circle (USDC), Tether (USDT), and PayPal (PYUSD). Regulatory compliance, reserve transparency, and GENIUS Act/MiCA adherence are critical evaluation factors.

Layer 2: Blockchain Network Providers
Stablecoins travel across blockchain networks (Ethereum, Solana, Tron, Base, Stellar, etc.). Network choice affects transaction fees, settlement speed, finality guarantees, and liquidity availability. Layer-2 networks (e.g., Base, Arbitrum, Optimism) offer reduced fees while inheriting Layer-1 security.

Layer 3: Wallet & Custody Infrastructure
Wallets serve as the addresses from which transactions are initiated and managed. Custody solutions determine who controls private keys — a critical security, compliance, and operational consideration. Options range from self-custody and MPC (Multi-Party Computation) wallets to fully custodied institutional solutions.

Layer 4: On/Off-Ramp Providers
On-ramps convert fiat to stablecoin; off-ramps convert stablecoin back to fiat. The quality of on/off-ramp infrastructure — including supported fiat currencies, local banking rails, settlement speed, and geographic coverage — is one of the most critical factors in the buying process.

Layer 5: Liquidity & Market Makers
Liquidity providers bridge timing and geographic gaps in the payment process. For high-volume treasury operations, the depth and reliability of liquidity — particularly for large ticket sizes without significant slippage — is a primary selection criterion.

Layer 6: Compliance & Regulatory Infrastructure
This layer includes KYC/KYB providers, Travel Rule compliance solutions, AML screening, and sanctions monitoring. Many infrastructure vendors integrate third-party solutions for compliance, and the maturity of a vendor's compliance stack varies significantly.

Layer 7: Orchestration & Settlement Providers
These providers manage on-chain transaction routing, execution, settlement confirmation, and reconciliation — acting as the operational intelligence layer coordinating all other infrastructure components.

Managed vs. Self-Managed Providers

Infrastructure providers can be broadly categorised into two models:

The Regulatory & Compliance Landscape

Global Regulatory Overview

The stablecoin regulatory environment is evolving rapidly and varies dramatically by jurisdiction. As of 2025, approximately 40% of markets globally have some form of Virtual Asset Service Provider (VASP) or crypto asset service provider (CASP) regime in place.

Key regulatory frameworks that stablecoin infrastructure buyers must understand include:

The Travel Rule: Why It Matters for Infrastructure Selection

The FATF Travel Rule requires that originator and beneficiary information accompany virtual asset transfers above defined thresholds (typically $1,000 USD equivalent). This has become effectively standard practice for most serious infrastructure providers, with many integrating dedicated Travel Rule compliance solutions (e.g., Notabene, Sygna, VerifyVASP).

When evaluating vendors, Travel Rule compliance capability is non-negotiable for any enterprise-grade deployment. Buyers should assess which Travel Rule protocol a vendor supports, whether they integrate with multiple counterparty VASPs, and how they handle unhosted wallet transactions.

VASP Licensing Considerations

Not all stablecoin infrastructure providers hold the licences required to operate in every jurisdiction. This creates hidden compliance risk for buyers who assume a vendor's global coverage means full legal authorisation in all markets. Always verify a vendor's specific licences for each target geography.

Vendor Categories & The Tokenminds Framework

Vendor Landscape Overview

The stablecoin infrastructure vendor landscape can be organised into distinct functional categories. Most enterprise deployments will ultimately involve multiple vendors across these categories, as no single provider comprehensively addresses all infrastructure needs globally.

The Tokenminds Positioning Framework

Tokenminds evaluates stablecoin infrastructure vendors across two primary axes:

• Strength of Capabilities: Technical depth, supported stablecoin/blockchain pairs, fiat currency coverage, compliance maturity, API quality, and SLA reliability.

• Market Traction & Trust: Volume of payments processed, enterprise client roster, regulatory licences held, uptime track record, and third-party security audits.

Based on this framework, vendors are classified into three tiers:

Vendor Positioning Matrix

Managed Payments — Tokenminds Positioning

Foundational Infrastructure — Tokenminds Positioning

Capability Comparison: Top Managed Payment Providers

The Buying Process: A Step-by-Step Guide

Strategic Foundation (Weeks 1–4)

Before engaging any vendor, your organisation must define its stablecoin strategy with clarity. Many projects rush to vendor evaluation without resolving fundamental strategic questions, leading to mismatched solutions and costly re-platforming.

1. Define your primary use case (treasury, B2B payments, consumer pay-ins/outs, DeFi integration)

2. Identify target geographies and required fiat currency corridors

3. Assess internal technical capability: Do you have blockchain engineers? A compliance team?

4. Determine regulatory obligations: Which jurisdictions must you be licensed in?

5. Set volume and ticket size expectations for Year 1 and Year 3

6. Decide on managed vs. self-managed vs. hybrid infrastructure approach

Vendor Longlist & Market Research (Weeks 5–8)

Build a comprehensive longlist of vendors across each infrastructure layer you require. Use this guide as a starting framework, supplemented by:

• Direct conversations with peer organisations already using stablecoin infrastructure

• Technical documentation review for API capabilities and blockchain support

• Regulatory verification: Confirm licences in each target jurisdiction

• Reference calls with 2–3 existing enterprise clients of each shortlisted vendor

RFP & Vendor Shortlisting (Weeks 9–14)

Reduce your longlist to 3–5 vendors per category and issue a structured Request for Proposal. Key RFP sections should include:

• Technical capability questionnaire (supported blockchains, stablecoins, APIs)

• Compliance & regulatory section (licences, Travel Rule, KYC/KYB processes)

• Commercial terms (fee structures, minimum volumes, SLAs)

• Security & audit history (penetration test results, SOC 2, ISO 27001)

• Integration timeline and onboarding process

• Reference client case studies in your target use case and geography

Technical Due Diligence & Proof of Concept (Weeks 15–22)

For shortlisted vendors, Tokenminds strongly recommends a structured technical due diligence process including sandbox API testing and, where feasible, a limited proof-of-concept (PoC) deployment.

Commercial Negotiation & Contract Execution (Weeks 23–28)

Key commercial terms to negotiate for stablecoin infrastructure agreements:

• Transaction fee structure (per-transaction, basis points on volume, or hybrid)

• Minimum monthly volumes and associated penalties or credits

• Service level agreements: uptime guarantees (target 99.9%+), settlement speed, incident response times

• Data ownership, portability, and vendor lock-in provisions

• Exit clauses and migration assistance obligations

• Regulatory change adaptation clauses

• Audit rights and ongoing compliance reporting requirements

Integration, Testing & Go-Live (Weeks 29–40)

Following contract execution, the integration phase requires dedicated engineering resources from both your team and the vendor. Establish clear milestones, testing protocols, and rollback procedures before any production go-live.

Key Evaluation Criteria

Compliance Maturity
Compliance capability varies dramatically across vendors and is often not fully visible from marketing materials. Assess:

• Number and scope of regulatory licences held globally

• Travel Rule protocol(s) supported and counterparty VASP network coverage

• KYC/KYB processes for end-users (if applicable to your product)

• AML monitoring and transaction screening approach

• OFAC/sanctions screening coverage

• Data privacy compliance (GDPR, CCPA, etc.)

Liquidity Depth
For treasury and high-volume applications, liquidity depth is a critical operational requirement. Assess:

• Maximum ticket size a vendor can handle without significant slippage

• Liquidity provision in specific fiat currency corridors you require

• Settlement timing for on and off-ramps in target markets

• Whether vendor uses own liquidity or relies on third-party market makers

Blockchain & Stablecoin Coverage
The combination of supported blockchains and stablecoins determines your technical flexibility. Key questions:

• Which Layer-1 and Layer-2 networks does the vendor support?

• Are all major stablecoins supported (USDC, USDT, PYUSD, EURC)?

• Can the vendor route intelligently across networks for fee optimisation?

• What is the vendor's approach to cross-chain bridging?

Security & Custody
For foundational infrastructure providers, security is paramount:

• Custody model: MPC, HSM, multi-signature, or third-party custodian?

• SOC 2 Type II certification

• ISO 27001 or equivalent information security certification

• Penetration testing frequency and last audit results

• Insurance coverage for digital asset custody

• Incident response and business continuity procedures

API & Technical Integration Quality

• API documentation completeness and developer experience

• Webhook and real-time event notification support

• Sandbox/test environment availability

• SDK support (which programming languages)

• Uptime SLA and historical performance

• Integration timeline for standard vs. custom implementations

Emerging Solutions to Watch

Stablecoin Payment Networks

A new category of stablecoin payment network has emerged, aiming to reduce friction in connecting different parts of the infrastructure stack. The most notable include:

• Circle Payments Network: Enables financial institutions to connect directly for cross-border stablecoin payments using USDC.

• Fireblocks Network for Payments: Leverages Fireblocks' existing institutional client base to enable off-chain settlement netting with on-chain asset security.

• Paxos Global Dollar Network: Focuses on enterprise B2B payment use cases using USDP and other Paxos-issued assets.

These networks are still in early stages with limited live vendor counts, but their growth trajectory warrants close monitoring.

Custom Stablecoin Issuance

A growing number of infrastructure providers now offer branded stablecoin issuance as a service. For organisations with sufficient volume and distribution, issuing a proprietary stablecoin can provide revenue from reserve yields and enhanced brand positioning. However, achieving the scale necessary for a stablecoin to function as a meaningful payments rail remains a significant challenge.

Payments-Optimised Blockchains

Both Stripe and Circle are developing dedicated blockchain networks specifically designed for payments — addressing persistent pain points including volatile transaction fees, the need to hold native tokens for gas, and settlement finality times. These projects, currently in testing, aim to reduce settlement to under one second while eliminating gas token requirements for payment participants.

Recommendations by Use Case

Web3 Project / DeFi Protocol

Primary infrastructure needs: Compliant on/off-ramp access, custodial or non-custodial wallet infrastructure, multi-blockchain support.

• Primary recommendation: Self-managed infrastructure via Fireblocks or Dfns for custody, combined with a managed on/off-ramp partner such as Bridge or zerohash.

• Key consideration: Travel Rule compliance is critical even for DeFi-native projects as regulators increasingly apply VASP requirements to DeFi interfaces.

Fintech Payment Company

Primary infrastructure needs: Broad fiat corridor coverage, reliable on/off-ramp infrastructure, robust compliance stack.

• Primary recommendation: BVNK or Bridge as primary managed provider, supplemented by a regional specialist (e.g., Yellow Card for Africa, Bitso Business for LATAM) for specific corridor coverage.

• Key consideration: Plan for multiple vendor relationships from day one. No single managed provider achieves comprehensive global coverage.

DAO / Treasury Management

Primary infrastructure needs: Secure multi-signature custody, fiat conversion for operational expenses, accounting and reconciliation tools.

• Primary recommendation: Fireblocks for institutional-grade custody and transaction policy controls; zerohash or Conduit for fiat conversion needs.

• Key consideration: Governance structures for transaction approval must be mapped to vendor technical capabilities before signing contracts.

Crypto Exchange

Primary infrastructure needs: High-volume liquidity, broad stablecoin support, settlement speed, and advanced compliance screening.

• Primary recommendation: Fireblocks for foundational infrastructure and custody; specialised liquidity providers for specific markets; dedicated Travel Rule compliance solution.

• Key consideration: Liquidity depth at high ticket sizes is typically the constraining factor — require evidence of $10M+ transactions without slippage from any vendor.

Institutional Investor

Primary infrastructure needs: Regulatory certainty, auditable custody, integration with existing institutional workflows (SWIFT, prime brokerage, fund administrators).

• Primary recommendation: Fireblocks or BitGo for custody; Bridge or BVNK for payments. Prioritise vendors with SOC 2 Type II, ISO 27001, and established institutional client references.

• Key consideration: Token held custody insurance and regulatory examination history are often underweighted in standard due diligence.

FAQs: Common Stablecoin Infrastructure Questions

These are some of the questions Tokenminds has been asked by the founders of fintech startups, Web3 project leaders, DAO treasurers, and institutional buyers who are new to the stablecoin infrastructure space.

Getting Started

Q: What is a stablecoin and how is it different from other cryptocurrencies? 

A: A stablecoin is a cryptocurrency created to maintain a stable value. Stablecoins are often backed by fiat currencies such as the US dollar or the euro. Unlike Bitcoin or Ethereum, stablecoins are not subject to price volatility. Stablecoins are pegged to assets (backed by fiat), algorithms, or commodity collateral. The primary benefit of stablecoins for payment infrastructure is their predictability. If a business sends $1,000 USDC today, the recipient will receive $1,000 USD. All transactions occur without the volatility of traditional cryptocurrency exchange rates.

Q: Do I need to understand blockchain technology to use stablecoin infrastructure?

A: Yes. You need to understand the broad strokes, but not in the same detail as a blockchain engineer. The basic concepts you need to understand are:

• The differences between blockchain networks and their impact on cost and speed.

• The differences between custodial and non-custodial wallets.

• On/off-ramps paths for conversions to and from fiat.

• Travel Rules and compliance considerations.

Most of the blockchain complexities are handled by blockchain development service providers, but there are still strategic decisions that need to be understood. To fill this knowledge gap, Tokenminds provides consulting services for business teams and executives.

Q: What is a 'stablecoin sandwich' and is it relevant to my use case?

A: The 'stablecoin sandwich' payment model is a payment structure. It involves three steps:

1. Fiat currency is first converted to stablecoin at the origin.

2. The stablecoin is moved through a blockchain for near-instant, low-cost settlement.

3. The stablecoin is then converted back to local fiat at the destination.

This model is particularly useful for cross-border B2B payments, which involve a 3-5 day delay and 2-5% fees through correspondence banking. When it comes to cross-border fund transfers, the stablecoin sandwich model is likely to be relevant in almost every use case.

Vendor Selection

Q: How many stablecoin infrastructure vendors should I work with? 

A: You can expect to work with a minimum of 2-4 vendors for most production implementations. This is because no single provider offers full coverage across all geographies, use cases, and infrastructure layers. Generally, you'll need at least one core managed payments provider for your primary corridors; one underlying infrastructure provider for custody and wallet management; one regional specialist for emerging market corridors; and one dedicated compliance solution for the Travel Rule. Plan for a multi-vendor architecture from the outset rather than trying to find a single all-in-one solution. 

Q: What is the difference between Fireblocks and a managed payment provider like BVNK?

A: Fireblocks is a foundational infrastructure provider, focusing on secure storage, wallet management, MPC key security, and transaction policy enforcement. This is the foundational infrastructure that other providers can build upon. Unlike BVNK, managed payment providers combine multiple infrastructure elements into an end-to-end service that manages ingress/egress, compliance, and settlement for you. In fact, many managed providers use Fireblocks for their own storage. You can choose one based on whether you want to build your own payment stack (Fireblocks) or use a managed solution (BVNK, Bridge, etc.).

Q: How do I verify that a vendor actually holds the licences they claim?

A: Always request official licensing documents from the issuing authority and ask for the name, license number, and expiration date. Then, independently verify these in the regulator's public registers. Examples of major registers include: FinCEN (US MSB register), FCA register (UK), MAS register (Singapore), and BaFin register (Germany). If you are a service provider in the European Union, consult the national competent authority of your home member state. Be wary of vendors who claim their license is 'pending'.

Q: Should I choose a vendor based primarily on the lowest transaction fees?

A: No. Transaction fees are significant for projects, but the primary cost drivers are:

• FX conversion slippage for large transactions.

• Settlement delays that tie up working capital.

• Compliance failures that lead to transaction cancellations and/or regulatory action. 

• Downtime that prevents payment processing. 

Vendors with slightly higher costs but high liquidity, high uptime, and proven compliance are almost always less expensive than cheaper vendors with deficiencies in these areas.

Compliance & Regulation

Q: What is the Travel Rule and does it apply to my project?

A: The FATF Travel Rule applies to Virtual Asset Service Providers (VASPs) and their transactions involving stablecoin transfers exceeding a threshold (typically the equivalent of $1,000 USD). Travel Rule obligations likely apply to your project if you handle stablecoin transfers on behalf of others, even if those projects are part of the DeFi ecosystem. This rule is now in place in over 50 jurisdictions and continues to be enforced. Failure to comply could result in transactions being rejected by the counterparty VASP, regulatory action, or loss of banking services.

Q: Does MiCA apply to my Web3 project if we are not based in the EU?

A: MiCA is applicable to non-EU projects offering services to EU-based users or entities. This regulation has broad territorial scope. If your stablecoin system will be accessible to EU users, you will issue stablecoins in EUR, or connect to stablecoins issued by EU-based payment providers, you should consider conducting a MiCA implementation assessment with qualified legal counsel. Non-compliance could result in your services being restricted in the EU market, which encompasses a significant portion of global institutional capital.

Q: What is the GENIUS Act and how does it affect stablecoin selection?

A: The GENIUS Act (US) establishes a regulatory framework for 'permitted payment stablecoin issuers' in the United States. USDC is the stablecoin most compliant with the GENIUS Act, while USDT (Tether) is not because it is not based in the United States and lacks reserve transparency. For projects serving institutional clients in the United States or operating within the US-regulated financial system, the use of GENIUS Act-compliant stablecoins is becoming increasingly important and some vendors are making it a key product feature.

Technical Implementation

Q: Which blockchain network should I build on for cross-border payments?

A: There is no single right answer, it will depend on your priorities. Ethereum has the highest fees and the greatest liquidity and institutional trust. Solana has been the most scalable and cost-effective platform with low transaction fees, but it has faced issues with network downtime. Tron has the largest share of USDT transactions in Asia and emerging markets, with its transaction volume dominating in the global market, but it has reputational concerns for institutional clients. Low-fee, Ethereum-level security, and the growing popularity of payments apps has made Layer-2 networks such as Base (built on Ethereum) a favored choice. Most enterprise deployments do not go down the route of committing to a single chain, but they do support multiple networks.

Q: What is MPC (Multi-Party Computation) and why does it matter for custody?

A: MPC is a cryptographic method that shares the private key that controls a blockchain wallet in several parties or devices, and none of them ever has the full key. This removes the single point of failure that has plagued crypto custody in the past, and made it susceptible to theft. MPC is the standard way to secure custody of stablecoins for institutional use, and for many applications, it has supplanted the older multi-signature model. MPC-based custody services are provided by Fireblocks, Dfns, Safeheron, and Turnkey.

Q: How long does technical integration with a stablecoin infrastructure vendor typically take?

A: On average, it takes 30 days to integrate with a stablecoin infrastructure vendor. The time for a simple managed provider integration with standard APIs is 2–6 weeks for an experienced development team. The total onboarding process, however, usually takes an additional 4-12 weeks to complete, including compliance onboarding, KYB checks, contract negotiation and sandbox testing. For Tier 1 financial institutions with complex compliance and legal requirements, total onboarding time of 4–6 months is not uncommon. Take this into consideration when planning your product launch.

Q: Can I switch stablecoin infrastructure vendors later without major disruption?

A: Vendor migration is possible, but not easy. It involves various risks. First, wallet address migration. Issues like on-chain addresses tied to your existing vendor may no longer be supported by the new vendor and will require communication with users. Then there's the issue of transaction history portability. Ensure your contract grants you data export rights, as it's quite possible the previous vendor didn't allow it. Then there's the issue of fiat banking relationships. Some vendor banking partners may not be able to transfer to the new vendor. There's also the risk of downtime during the transition. These risks are significant and should be addressed. Be sure to communicate with your users about them. It's also highly recommended to design your architecture from the start to be vendor-abstracted and use an API gateway pattern, which will make future migrations much easier.

Commercial & Operational

Q: What fee structures are typical for stablecoin infrastructure vendors?

A: Fee structures vary significantly by vendor type and use case. Managed payment providers typically charge a combination of: (1) per-transaction fees (ranging from $0.50 to $5+ per transaction depending on complexity), (2) basis points on volume (typically 0.1%–0.5% for FX conversion), and (3) monthly platform or API access fees. Foundational infrastructure providers like Fireblocks charge primarily based on wallet counts and transaction volume. Always model fees at your expected Year 1 and Year 3 volumes — fee structures often have significant volume-based discounts available for enterprise agreements.

Q: What is the minimum uptime SLA that I should expect from a stablecoin infrastructure vendor?

A: The minimum acceptable SLA is 99.9% uptime (around 8.7 hours of downtime per year) for any production deployment. For high value or time sensitive payment applications 99.95% or above is recommended. More importantly, make sure the SLA includes not only infrastructure availability, but also specific payment success rate SLAs, with some vendors reporting on infrastructure availability and another percentage of transactions failing because of liquidity or routing problems.

Q: How to deal with accounting and reconciliation for payments in stablecoins?

A: This is one of the most underestimated operational issues in stablecoin infrastructure. Every stablecoin transaction generates an on-chain record that must be reconciled with your internal accounting system. Here are some key features:

• Webhook notifications to receive transaction events in real-time or near-real-time.

• Reporting of the equivalent value in fiat currency at the time of the transaction.

• Tracking of FX gains/losses associated with each currency conversion step.

• Export complete transactions to your accounting software (QuickBooks, NetSuite, SAP, etc.).

Ask the vendor explicitly about their accounting and reconciliation tools.

Q: What happens if a stablecoin infrastructure vendor becomes insolvent?

A: This is a significant but often overlooked risk. To avoid it, before entering into a partnership, be sure to consider the following key safeguards:

• Segregation of client assets. This means your client funds are held in separate accounts and not commingled with the vendor's operating capital.

• Direct stablecoin custody. If possible, maintain direct on-chain custody of your stablecoin assets. Don't rely entirely on balances held by the vendor.

• Regarding portable wallet infrastructure, strive to have contractual rights to recover wallets independent of the vendor's solvency.

In general, be sure to review your vendor agreements for provisions related to the protection of client assets in an insolvency scenario.

Market & Strategic

Q: Will central bank digital currencies (CBDCs) replace stablecoins for cross-border payments?

A: CBDC and stablecoins play complementary roles and are expected to operate side by side. While CBDCs provide sovereign support and regulatory clarity, they also have major challenges in terms of cross-border interoperability, with no meaningful multi-CBDC cross-border payment standard at scale. The network effect, proven infrastructure, and quicker adoption of stablecoins, especially dollar-backed stablecoins like USDC, are advantageous. In the near to medium term (3-7 years), stablecoin infrastructure is a more viable basis for practical applications of cross-border payments.

Q: Is it safe to use USDT (Tether) for institutional applications?

A: USDT is the world's largest stablecoin by trading volume and is leading in many new payment corridors, especially in Asia. There are, however, a number of things to consider for institutional applications, particularly for those that are subject to US regulatory oversight: Tether's reserves have been under scrutiny; it is not GENIUS Act compliant; and many financial institutions regulated by the US are limiting their use of USDT. In regulated markets, USDC is typically recommended for institutional deployments. USDT may continue to be operationally needed for certain emerging market corridors where USDC liquidity is not available.

Q: How should I think about the risk of stablecoin de-pegging?

A: The risk of a stablecoin de-pegging can be understood in a similar way to that of a fiat currency.Similar to a fiat currency, the risk of a stablecoin de-pegging should be viewed. De-pegging risk is a real possibility, but can differ significantly between stablecoins. Major fiat-backed stablecoins such as USDC (Circle) and USDT (Tether) have experienced de-pegging events for a few hours, but these events have been minimal and shallow, ranging from 0.1% to 1%. Algorithmic stablecoins, such as the now defunct TerraUST, have a much greater de-pegging risk. In most payment applications, de-pegging risk can be addressed by: (1) employing only regulated, fiat-backed stablecoins, (2) shortening the settlement times to reduce the amount of time spent in the stablecoin form, and (3) setting up automatic FX conversion thresholds if the price spreads are too large.

About Tokenminds

Tokenminds is a leading blockchain and Web3 development agency with a proven track record of helping fintech companies, DAOs, DeFi protocols, crypto exchanges, and institutional investors navigate the complexities of digital asset infrastructure.

Our services span the full spectrum of Web3 product development — from smart contract architecture and stablecoin integration to regulatory strategy, tokenomics design, and go-to-market execution. Our multidisciplinary team brings together blockchain engineers, compliance specialists, financial architects, and growth strategists to deliver end-to-end solutions.

Work With Tokenminds

If you are building stablecoin infrastructure, evaluating vendor options, or designing a cross-border payment product and need expert guidance, Tokenminds is here to help. Our team has advised projects across 40+ countries and has deep relationships across the stablecoin infrastructure vendor ecosystem covered in this guide.