GIB Capital and Saudi Awwal Bank executed the first transaction using the new workflow, with post-trade processing and clearing and settlement completed locally through Saudi Arabia’s Securities Clearing Center Company, Muqassa, and the Securities Depository Center Company, Edaa.

Local Workflow Connects Execution with Domestic Settlement Infrastructure

The enhancement extends the Tradeweb ATS beyond the international investor access that was established when the platform first launched. It introduces a domestic route specifically tailored to local account structures, settlement arrangements, and Saudi market trading conventions. The workflow is designed to bring more of the local SAR bond and Sukuk trading lifecycle into a connected electronic workflow, improving efficiency and providing a consistent audit trail from execution through post-trade processing.

Enrico Bruni, Co-Head of Global Markets at Tradeweb, said: “The introduction of local-to-local transactions on the Tradeweb ATS reflects the close collaboration across the Kingdom’s financial ecosystem to support a deeper, more efficient secondary market for Sukuk and SAR bonds. By connecting electronic execution with domestic post-trade infrastructure, we are making it easier for local institutions to access liquidity through a process built around their market conventions.”

Abdulhadi Shahadah, Head of Asset Management at GIB Capital, said: “Our participation in the first local-to-local transaction on the Tradeweb Saudi ATS demonstrates our commitment to market innovation that helps advance the electronification of the Kingdom’s fixed income market. This milestone gives domestic investors a new efficient way to access dealer liquidity electronically, while preserving the local settlement arrangements that are integral to the Saudi debt market.”

Mohammed Al Shaikh, Chief Treasury and Investment Officer at SAB, commented: “SAB was the first local market maker to execute a domestic KSA Sukuk trade on Tradeweb’s platform. As part of SAB’s role in providing liquidity to the market, we see clear value in an all-in-one digital trading platform that provides clients and dealers with a seamless trade lifecycle.”

First Transactions Signal Readiness of Saudi Debt Market Infrastructure

Mansour Altais, Chief of Business Development at Muqassa, said: “Muqassa’s market infrastructure serves a pivotal role through its connectivity with Tradeweb, providing a structured post-trade route for trades executed between local participants on the Tradeweb Saudi ATS. Muqassa will generate the required settlement instructions for Edaa, supporting an efficient post-trade and clearing and settlement process while aligning with the Kingdom’s established market infrastructure. Muqassa’s contribution to this initiative reflects its broader role in supporting the continued development, efficiency, and connectivity of Saudi Arabia’s debt capital market.”

The workflow is available to eligible professional investors and local dealers that meet the applicable Tradeweb, Muqassa, and Edaa onboarding and account requirements.

Tradeweb launched the Saudi ATS in October 2025 after being selected by the Capital Market Authority to build and operate the Kingdom’s first regulated electronic bond market infrastructure. The platform’s inaugural transaction at that time was executed between BlackRock and BNP Paribas. The ATS operates under Capital Market Authority supervision and supports the electronic trading of Sukuk and SAR-denominated bonds by professional investors. It forms part of Tradeweb’s global multi-asset emerging markets offering and has been designed to align international electronic trading capabilities with the conventions of the Saudi debt market. The infrastructure also provides flexibility for potential future expansion into additional products and workflows within the fixed income space, subject to regulatory approval.

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The consultation, which remains open until an October 2026 deadline, invites industry participants to share their perspectives on the practical benefits and challenges of gold tokenisation. It marks a significant step in the UK’s wider effort to understand how distributed ledger technology could reshape traditional market processes, particularly in a city that already serves as the world’s largest centre for spot gold trading.

The FCA’s Examination of Gold Tokenisation and Its Potential to Improve Market Processes

The Financial Conduct Authority said it is seeking views on whether tokenising gold could boost the efficiency and competitiveness of UK wholesale markets while maintaining market integrity and protecting consumers. The regulator is specifically interested in how gold tokenisation might improve the way gold is traded, transferred, pledged and held by market participants.

This exploration is closely aligned with the FCA’s wider work on the future of tokenisation in UK wholesale financial markets. The regulator noted that it is looking at the potential for distributed ledger technology to support new growth opportunities in this space. In May 2026, the FCA published a joint call for input with the Bank of England on the future of tokenisation in UK wholesale markets. Respondents to that consultation raised gold specifically, reflecting London’s dominant position as the world’s largest over-the-counter gold trading hub, where participants trade directly with one another rather than through an exchange. The FCA confirmed that this feedback prompted it to explore tokenised gold in greater detail.

According to the regulator, gold tokenisation could make gold easier to transfer and use across digital markets, particularly as wholesale collateral. The FCA also noted that it could support new forms of retail investment and product innovation, potentially opening up fresh avenues for digital gold products.

Wider Regulatory and Market Implications of Tokenised Gold

The FCA’s consultation on gold tokenisation carries broader implications for market infrastructure and the future treatment of tokenised commodities within the UK regulatory framework. However, it is important to note that this process remains at the consultation stage. The regulator has not approved exemptions or created a dedicated regulatory regime for tokenised gold. Instead, the FCA is actively gathering views to inform its approach.

The regulator stated that it wants to understand whether tokenisation could strengthen the efficiency and competitiveness of UK wholesale markets while preserving the strengths of London’s existing gold market infrastructure. This careful framing underscores the distinction between regulatory exploration and any final decision on how tokenised gold might be treated under existing or future rules.

For financial market participants, the consultation represents an opportunity to shape the direction of policy on financial market tokenisation and digital gold. Responses will help the FCA determine whether further regulatory steps are warranted and what form those steps might take.

The outcome of this review could shape how tokenised gold is treated within UK financial markets in the years ahead. For now, the FCA continues to seek views and assess the potential of gold tokenisation, with the consultation process serving as the next stage in a careful and deliberate regulatory examination.

The post UK Regulatory Review Advances Gold Tokenisation in Financial Markets first appeared on World Finance Informs.

This is giving tokenised payment infrastructure a more significant role in discussions about the future of payments. The objective is not simply to create digital representations of existing money, but to examine whether programmable infrastructure can reduce the delays, reconciliation requirements and multiple hand-offs that remain embedded in parts of today’s financial system.

Tokenisation is Moving from Concept Toward Financial Testing

Cross-border payments provide one of the clearest areas for this experimentation. Conventional correspondent banking can involve multiple institutions, operating windows and sequential processes before funds reach their destination. Tokenised infrastructure could potentially bring payment instructions, required checks and settlement onto a more coordinated platform.

BIS Project Agorá provides one of the most substantial institutional tests of this model. The project brings together central banks and more than 40 regulated financial institutions to examine a shared programmable platform for wholesale cross-border payments. Its prototype combines tokenised commercial bank deposits with tokenised central bank reserves and is designed to support atomic, multi-currency settlement.

The significance of this work lies in the involvement of established financial institutions rather than purely digital-asset companies. The project is examining how tokenisation could operate within a financial system that retains central-bank money and commercial bank deposits at its core.

For tokenised payment infrastructure, this represents a shift from asking whether financial assets can be represented digitally toward examining whether tokenisation can improve the way regulated payments are actually processed and settled.

Programmability is Expanding What Payments Can Do

A major distinction between tokenised infrastructure and conventional payment processing is programmability. Smart-contract functionality can allow financial institutions to embed conditions, workflow rules and compliance requirements directly into transaction processes.

That could support payment structures in which funds are released only when predefined conditions are met, or where settlement and related contractual steps occur together. BIS describes potential applications including conditional and always-on wholesale cross-border payments, while highlighting the possibility of reducing manual intervention and reconciliation.

This does not mean tokenisation will automatically replace existing payment networks. The more immediate development is experimentation with infrastructure that could make certain financial processes more integrated and automated.

Financial Institutions are Testing Tokenised Settlement in Practice

The movement toward real-world testing became more concrete in July 2026, when Project Agorá conducted controlled real-value transactions. Twenty-eight financial institutions and central banks across Asia, Europe and North America participated, completing transactions across 17 scenarios with a combined value of approximately CHF 800,000. The testing covered corporate and interbank cross-border payments, payment-versus-payment transactions and intragroup transfers.

The prototype also demonstrated that transactions could interact with existing RTGS and core-banking environments using established ISO 20022 payment and reporting standards. During the testing, the average time from payment initiation to settlement was approximately 80 seconds, although the platform was operating in a controlled environment and was not fully integrated with existing RTGS and core-banking systems.

The results provide evidence that tokenised payment infrastructure can be tested alongside established financial architecture rather than requiring a complete replacement of existing systems.

Key Takeaway: Institutional tokenisation is moving beyond conceptual experimentation into controlled real-value testing across multiple currencies, institutions and wholesale payment scenarios.

The importance of these developments is therefore increasingly about financial infrastructure rather than digital assets alone. Tokenised payment infrastructure is being tested as a way to connect money, payment instructions and settlement more closely while retaining established forms of central-bank and commercial-bank money.

Tokenised Payments are Bringing Settlement and Payment Closer Together

The development of tokenised financial infrastructure is increasingly focused on how money and assets move through the financial system rather than on creating new forms of digital ownership alone. By representing commercial bank deposits, central-bank money or financial assets on programmable platforms, institutions can potentially bring payment, settlement and related processing into a more connected environment.

This is making tokenised payment infrastructure relevant to the structure of wholesale and cross-border finance. Today, a transaction can pass through separate stages for messaging, compliance, reconciliation, clearing and settlement. Tokenised infrastructure could allow some of these processes to occur on a shared programmable platform, reducing the number of separate steps required to complete a transaction.

Tokenised Money is Creating New Settlement Possibilities

One important area of development is the combination of tokenised commercial bank deposits with central-bank money. Project Agorá is testing this model through a unified platform where tokenised deposits can be settled using tokenised central-bank reserves. The objective is to allow different forms of regulated money to interact within the same transaction environment.

This matters because commercial bank money and central-bank money perform different roles within the financial system. Tokenisation does not eliminate that distinction. Instead, it creates the possibility that both can operate on compatible programmable infrastructure.

Tokenised payment infrastructure could therefore support transactions where payment and settlement occur more closely together. In cross-border finance, this could potentially reduce the delays created by different settlement cycles and operating hours across jurisdictions.

Programmability Could Reduce Manual Financial Processes

The other major potential benefit is programmability. A programmable payment can include predefined conditions under which a transaction can proceed, reducing the need for separate manual checks or reconciliation processes in certain use cases.

For example, a trade-related payment could potentially be linked to the successful completion of a contractual condition, while a cross-border transaction could incorporate compliance requirements directly into the workflow. The BIS has identified conditional payments, atomic settlement and reduced reconciliation as areas where tokenised infrastructure could create efficiency gains.

This is different from simply making payments faster. The potential benefit lies in changing how financial processes are coordinated. Instead of payment, settlement and verification operating as separate stages, some of the underlying logic can potentially be brought onto a shared programmable environment.

The implications could extend to securities settlement, foreign exchange and other wholesale financial-market transactions. But the extent of these benefits will depend on whether the tokenised environment can connect with the broader financial system.

Interoperability Remains a Major Constraint

Tokenised infrastructure does not exist in isolation. Financial institutions still depend on core banking systems, real-time gross settlement systems, payment messaging standards and regulated market infrastructures.

Project Agorá’s testing is important partly because it demonstrated interaction with existing banking and payment environments using established ISO 20022 standards. The project therefore provides evidence that tokenisation can be explored as an additional infrastructure layer rather than requiring an immediate replacement of conventional financial systems.

The challenge is that different institutions may develop tokenised deposits or assets on different platforms. Without interoperability, liquidity can become fragmented across separate networks, undermining some of the efficiency that tokenisation is intended to create.

This makes tokenised payment infrastructure dependent on common standards, legal frameworks and connectivity with existing financial infrastructure. A technically efficient tokenised platform has limited value if it cannot exchange value reliably with other payment and settlement systems.

Tokenisation is Moving Toward an Integrated Financial Process

The broader development is therefore about bringing previously separate functions closer together. Payment instructions, settlement, compliance and contractual conditions could increasingly be coordinated on programmable infrastructure where the relevant legal and operational requirements allow.

Tokenised payment infrastructure could eventually support financial transactions that are more automated and continuously available, but the technology alone will not determine whether that occurs at scale. Interoperability, legal certainty, liquidity and integration with existing systems will remain critical to its development.

Tokenised Payments Could Reshape Financial Infrastructure

Tokenisation is increasingly being explored as a way to bring payment, settlement and financial-asset processes onto more programmable infrastructure. Institutional projects are moving the discussion beyond digital-asset experimentation toward regulated use cases involving central-bank money, commercial bank deposits and cross-border transactions.

This makes tokenised payment infrastructure relevant to the longer-term evolution of financial markets. Its potential lies in reducing fragmentation between payment and settlement processes, supporting conditional transactions and enabling more continuous financial operations.

The ability to scale these models will depend on interoperability, legal certainty, liquidity and integration with existing banking and payment systems. Tokenised payment infrastructure is therefore unlikely to develop as a complete replacement for current financial infrastructure, but could become an additional layer through which selected payment and settlement processes operate with greater automation and programmability.

The post Tokenised Payments Entering the Future of Financial Infrastructure first appeared on World Finance Informs.

This is giving digital euro payment infrastructure a more concrete role in the evolution of European digital payments. The project is no longer centred only on whether a central bank digital currency could work technically. It is increasingly concerned with how a digital form of central-bank money could operate alongside commercial banks, payment service providers and existing payment systems.

The Digital Euro is Moving from Design Toward Implementation

The current roadmap provides a clearer indication of how the project could develop. The ECB plans a 12-month pilot in the second half of 2027, allowing selected payment service providers, merchants and Eurosystem staff to test the digital euro in practical payment scenarios. The ECB currently aims to be ready for a potential first issuance in 2029, provided the required legislation is adopted. These milestones remain conditional rather than representing a confirmed launch date.

The development is therefore moving beyond technical theory. A pilot can test how the proposed system performs in everyday situations, including person-to-person and in-store payments, while also providing information about the operational requirements of participating payment providers.

For digital euro payment infrastructure, this stage is important because implementation depends on more than the central bank’s own technology. Distribution, authentication, merchant integration and user access all require participation from the wider financial ecosystem.

Private-Sector Participation is Expanding

The growing involvement of payment service providers provides another indication of this transition. The ECB received more than 50 applications from PSPs seeking to participate in the pilot and selected 36 providers in July 2026. The selected institutions represent different types of payment providers and markets across the euro area.

This model places commercial financial institutions between the Eurosystem’s underlying infrastructure and many end users. It also means the practical development of the digital euro will depend on how effectively central-bank infrastructure can connect with existing banking and payment environments.

The approach is significant beyond the euro area because it offers another model for introducing central-bank money into an increasingly digital payment ecosystem. Rather than creating a completely separate consumer environment, the proposed system is being developed with existing financial intermediaries and payment services in mind.

Digital euro payment infrastructure is therefore emerging as a broader ecosystem proposition involving central-bank settlement, private-sector distribution and merchant acceptance.

Key Takeaway: The digital euro is progressing from research toward practical ecosystem testing, with payment providers increasingly involved in preparing the infrastructure required for potential deployment.

The significance of the project is therefore shifting from whether digital central-bank money is technically possible toward how it could function within an established payment ecosystem. Digital euro payment infrastructure is becoming a practical development programme involving technology, regulation and private-sector participation rather than a purely conceptual CBDC initiative.

Digital Euro Design is Adding New Payment Infrastructure

The development of the digital euro is also raising a broader question about how central-bank money can fit into an increasingly digital payment ecosystem. Unlike conventional account-based payments, which depend on commercial-bank deposits, the proposed digital euro would represent a digital form of central-bank money distributed through payment service providers. Its role would therefore be different from simply creating another instant-payment option.

This makes digital euro payment infrastructure relevant to the wider structure of digital finance. The proposed model is designed to operate alongside existing payment instruments rather than replace every current payment method. The ECB has also stated that the digital euro would use a centralised settlement platform, while incorporating design principles intended to support resilience and efficiency.

Public Digital Money is Entering a Private Payment Ecosystem

The digital euro is being designed around cooperation between the Eurosystem and private payment providers. Banks and other participating PSPs would provide digital-euro services to end users, while the underlying settlement infrastructure would remain part of the Eurosystem framework. This creates a model in which central-bank money can be used through familiar banking and payment relationships rather than through an entirely separate consumer ecosystem.

That distinction matters because digital payments are already highly developed across the euro area. Consumers can use cards, bank transfers, instant payments and other digital payment services, while merchants already operate through established acquiring and acceptance infrastructure. The potential role of the digital euro is therefore not simply to digitise payments, but to introduce another form of money into an existing digital environment.

For digital euro payment infrastructure, interoperability will consequently be important. The system needs to connect effectively with banks, payment providers and merchant environments while preserving clear distinctions between central-bank money and commercial-bank deposits.

Privacy and Offline Functionality are Shaping the Design

Privacy is another major design consideration. The ECB has said that the proposed digital euro architecture is intended to minimise the personal transaction data available to the Eurosystem, while offline functionality is designed to provide a higher degree of privacy for certain payments. These features are being developed as part of the system design rather than as characteristics of an already deployed payment network.

Offline payments also introduce a different resilience model. A digital payment that can function with limited connectivity could be useful in situations where network access is temporarily unavailable. This could expand the range of environments in which digital central-bank money can operate while reducing dependence on continuous online connectivity.

The design also includes measures intended to limit potential disruption to the banking system. Proposed holding limits and mechanisms such as a reverse waterfall are intended to reduce the risk of large-scale movement of deposits into digital euros. These safeguards reflect the fact that introducing central-bank money into retail digital payments can have implications beyond payment convenience.

Digital Euro Design is Balancing New Capability With Existing Infrastructure

The resulting architecture is therefore being shaped around several objectives at once: providing a public form of digital money, maintaining privacy, supporting online and offline payments, integrating private-sector distribution and limiting potential effects on bank funding.

This makes the digital euro different from a standalone payment application. Digital euro payment infrastructure is being designed as a layer that could sit alongside existing banking and payment systems while giving users another way to hold and transfer digital central-bank money.

Key Takeaway: The digital euro is being designed as an additional public-money layer within an existing private payment ecosystem, with privacy, resilience and banking-system safeguards built into the proposed architecture.

The broader significance is therefore architectural rather than simply transactional. Digital euro payment infrastructure could introduce central-bank money into everyday digital payments while remaining connected to the banks, PSPs and merchant systems that already support the European payment ecosystem.

Digital Euro Development is Becoming a Broader Banking Infrastructure Question

The digital euro is developing as more than a new consumer payment instrument. Its proposed architecture brings central-bank money into an ecosystem already shaped by commercial-bank deposits, instant payments, cards and other digital payment services. The challenge is therefore to create a system that adds new functionality without disrupting the infrastructure and intermediaries that already support everyday payments.

This makes digital euro payment infrastructure increasingly relevant to questions around interoperability, privacy, resilience and the role of payment service providers. Its eventual impact will depend not only on the technology itself, but also on how effectively it integrates with existing financial infrastructure and how consumers, merchants and banks use it.

As development moves toward the planned pilot, digital euro payment infrastructure is becoming a practical test of how central-bank money can participate in a highly digital payment ecosystem. The longer-term significance will depend on the final regulatory framework, market adoption and the ability of the system to coexist with existing payment networks.

The post Digital Euro Development Adding a New Layer to Digital Payments first appeared on World Finance Informs.

This is giving open banking account to account payments a broader role in digital banking. Rather than requiring customers to enter card details or move between separate banking and merchant environments, account-to-account payments can allow funds to move directly from a bank account through an authorised digital interface. The underlying bank account remains central, but the customer experience can increasingly be delivered through another financial or commercial service.

Account-to-Account Payments are Moving into Digital Experiences

Traditional digital banking generally keeps payment activity within the bank’s own channels. Open banking changes this relationship by allowing regulated third parties to connect to bank accounts through APIs, subject to customer permission and applicable controls. This creates a more open payment environment in which banks provide the underlying account and payment infrastructure while other providers can build services around it.

The distinction becomes particularly important for account-to-account payments. Instead of using a card as the intermediary between a customer and merchant, a customer can authorise a payment directly from their bank account. This can create opportunities for pay-by-bank services, digital marketplaces, bill payments and other account-based payment experiences.

The development is no longer limited to early-stage experimentation. Open Banking Limited reported that UK open-banking payments reached 351 million transactions in 2025, an increase of 57% from the previous year. By July 2026, the UK’s major high-street banks had collectively processed more than one billion open-banking payments since the launch of the framework.

These figures come from one market, but they illustrate the broader shift toward bank-account connectivity as a payment capability. Open banking account to account payments can increasingly sit within digital journeys that do not require the customer to initiate the transaction directly through their bank’s interface.

Open Banking is Connecting Banks with the Wider Digital Economy

The significance of open banking extends beyond payment initiation. APIs can allow financial information and payment capabilities to become integrated into applications operated by fintechs, merchants and other regulated service providers. The Bank for International Settlements describes open finance as a development that can break down data silos and support new financial services, while emphasising that standardised protocols and interoperability are important to achieving those benefits. (bis.org)

This creates a different competitive structure around banking. Banks continue to provide regulated accounts and payment infrastructure, while third parties can develop customer experiences on top of those capabilities. Consumers can therefore encounter banking functions within commerce, financial-management and other digital applications rather than exclusively inside a bank-owned channel.

Open banking account to account payments are particularly relevant to this model because payment initiation can become embedded directly into the service where the customer is already making a purchase or managing a financial obligation.

Key Takeaway: Rising payment volumes and cumulative transaction milestones show that open banking is moving from an emerging connectivity model toward established account-to-account payment infrastructure.

The wider development is changing the role of the bank account within digital finance. Open banking account to account payments can connect existing banking infrastructure with merchant, fintech and financial-service experiences, bringing direct bank-account payments closer to the centre of digital commerce.

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This expansion is giving instant payment banking a broader significance than simply processing transfers more quickly. The underlying infrastructure is increasingly becoming part of how banks deliver everyday payments, account services and digital financial products. The BIS has also found that fast payments are gaining ground globally and are increasingly being used for small-value payments in both advanced and emerging economies.

Instant Payments are Moving Beyond Faster Transfers

The distinction between conventional electronic transfers and instant payments is increasingly about the underlying operating model. Traditional systems can depend on clearing cycles and processing windows, whereas fast-payment systems are designed to make funds available to beneficiaries on a 24/7/365 basis. The World Bank defines these systems as infrastructure that can support banks and non-bank providers, multiple payment channels, domestic and cross-border use cases and overlay services such as request-to-pay.

That creates opportunities beyond person-to-person transfers. Businesses can use faster payments for collections, supplier payments and disbursements, while financial institutions can build digital products around immediate movement of funds. The BIS has found that fast-payment infrastructure can also contribute to wider digital-finance adoption, with its research linking the expansion of fast payments to increased use of finance applications.

For instant payment banking, the significance is therefore not simply that money moves within seconds. The capability can change when financial services can operate, how quickly funds become usable and how digital products are designed around payment infrastructure.

Payment Availability is Becoming a Core Banking Expectation

The shift is also being reinforced by regulation and market expectations. Europe’s Instant Payments Regulation provides one of the clearest examples. Euro-area payment service providers have been required to support the receipt of instant euro payments since January 2025 and the sending of instant payments since October 2025. The rules also require charges for instant transfers to be no higher than those for corresponding regular transfers and introduce verification-of-payee requirements.

Other markets are following different paths, but the direction is increasingly similar: payment infrastructure is expected to operate continuously and integrate more closely with digital banking experiences. Large-scale systems such as India’s UPI, Brazil’s Pix and US real-time payment networks demonstrate that instant payments can move from specialist infrastructure into high-volume everyday use.

The global picture is not uniform. Adoption varies according to system design, participation, pricing, use cases and cross-border connectivity. BIS research finds that fast-payment adoption tends to be stronger where systems allow broader participation, including non-bank providers, and where more use cases and connections are available.

Key Takeaway: Instant-payment infrastructure has moved beyond a limited number of early-adopter markets, with 24/7 services now available across a broad global set of banking jurisdictions.

The transition is therefore becoming structural. Instant payment banking is moving toward a model in which immediate payment availability is increasingly treated as part of the core digital banking proposition rather than a separate premium capability.

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This is giving instant payment treasury a broader role in corporate cash management. The opportunity extends beyond paying suppliers faster. Treasury teams can potentially respond to changing cash positions more quickly, move funds between accounts when required and reduce the gap between receiving money and making it available for another business purpose.

Cash Management is Moving Toward Real-Time Liquidity

For companies operating across multiple entities, banks and jurisdictions, cash can be distributed across numerous accounts throughout the day. Under conventional payment arrangements, moving excess funds into a central account or providing additional liquidity to an operating account may depend on scheduled transfers or bank cut-off times.

Instant-payment infrastructure can shorten that process. Where the relevant payment systems, banks and account structures support it, treasury teams can move funds when a liquidity requirement emerges rather than waiting for a later processing cycle.

This is particularly relevant to cash concentration. An operating subsidiary receiving funds during the day could potentially transfer excess liquidity to a central treasury account more quickly, while a business account facing a short-term funding requirement could receive funds without waiting for a conventional settlement window.

The benefit is not simply speed. It is the ability to manage liquidity with more frequent adjustments. Instant payment treasury can therefore support a model in which cash positioning becomes more responsive to actual business activity rather than being determined primarily by fixed schedules.

Corporate Payments are Moving into Higher-Value Use Cases

The use of instant-payment infrastructure is also expanding beyond low-value consumer transfers. In the United States, The Clearing House reported that the RTP network reached a single-day record of $8.62 billion in transaction value in May 2026. The network identified corporate applications including cash concentration, portfolio rebalancing and supplier or vendor payments among the use cases contributing to its growth.

The development demonstrates that instant-payment systems can support financial activity relevant to treasury departments, rather than remaining primarily associated with retail payments. The ability to execute time-sensitive corporate transactions can be particularly valuable where delays affect investment decisions, supplier relationships or the availability of working capital.

The same trend is visible across the wider industry. Capgemini’s World Payments Report 2025, based on research involving 600 corporate treasurers across 15 markets, identifies real-time payment solutions, richer payment data and open-finance APIs as important components of real-time treasury.

Treasury is Becoming More Closely Connected to Payment Infrastructure

The growing availability of instant payments therefore changes the relationship between treasury and the underlying payment rail. Payment execution can become more closely linked to liquidity decisions, while real-time transaction information can provide treasury teams with a more current view of their cash positions.

This does not mean every corporate payment needs to become instant. Payment limits, costs, approval processes, fraud controls, foreign-exchange requirements and the nature of the transaction will continue to influence which payments are best suited to immediate settlement.

The longer-term shift is that treasury departments can increasingly treat payment infrastructure as an active component of liquidity management rather than simply the mechanism used to execute preplanned transfers. Instant payment treasury is consequently emerging as part of a broader move toward continuous cash management, where companies can respond to liquidity needs with greater speed and precision.

Real-Time Cash Visibility is Becoming More Important

The value of instant payments for corporate treasury extends beyond the ability to transfer funds quickly. The more significant change is the potential to connect payment execution with a continuously updated view of liquidity. When transaction information becomes available faster and can be delivered directly into treasury systems, companies can make cash-management decisions with less reliance on delayed account information and manual reconciliation.

This is making instant payment treasury increasingly dependent on the combination of payment rails, bank connectivity and financial data. Capgemini’s research identifies instant payments, richer payment information and open-finance APIs as key components of real-time treasury, reflecting a broader move toward integrating payment execution with cash visibility and liquidity management.

Instant Payments are Enabling Faster Cash Concentration

Cash concentration is an important use case because large companies often manage balances across multiple subsidiaries, accounts and banking relationships. Excess liquidity in one account may need to be moved to a central treasury structure, while another entity may require additional funds to meet an immediate obligation.

Instant payment capability can make these transfers more responsive. Rather than waiting for a scheduled sweep, a treasury system could potentially identify a surplus or shortfall and initiate a transfer during the day, subject to the company’s controls and the participating banks’ capabilities.

This can create a closer relationship between cash positioning and actual business activity. Instant payment treasury can support more dynamic liquidity management by allowing treasury teams to rebalance positions when funds are available or required, rather than relying entirely on predetermined transfer schedules.

The opportunity becomes greater when multiple bank accounts can be monitored through APIs. A treasury platform can potentially receive updated balances and transaction information from several institutions, compare liquidity positions and determine whether a transfer or funding action is necessary.

APIs are Connecting Payments with Treasury Systems

The development of real-time treasury also depends on what happens after a payment is initiated. A transaction that settles instantly but still requires manual entry, reconciliation or accounting reduces some of the operational benefit.

This is why connectivity between payment infrastructure and enterprise systems is becoming increasingly important. Bank APIs can provide treasury-management and enterprise-resource-planning platforms with payment status and account information, while structured payment data can support automated reconciliation and accounting processes.

ISO 20022 is also becoming relevant because richer structured payment information can provide more useful context around transactions. When payment data can be passed directly into treasury and accounting systems, companies can reduce the amount of manual work required to identify transactions, update records and reconcile accounts.

For instant payment treasury, this combination of immediate settlement and machine-readable information is particularly important. Real-time movement of money becomes considerably more useful when treasury systems can also recognise that movement quickly and incorporate it into the company’s overall liquidity position.

Real-Time Treasury is Becoming More Automated

The longer-term model is increasingly based on a connected cycle in which cash is monitored, payment activity is processed, account positions are updated and treasury decisions can be adjusted with limited manual intervention.

Automation could allow predefined rules to trigger cash sweeps, replenish operating accounts or flag liquidity positions that require treasury attention. Human oversight remains important, particularly for larger or more complex transactions, but routine movements can potentially be handled through controlled workflows.

This does not mean that forecasting becomes less important. Instead, real-time information can complement forecasts by giving treasury teams a more current view of what is actually happening across their accounts. Instant payment treasury can therefore combine forward-looking liquidity planning with faster responses to changes in cash positions.

The post Instant Payments Reshaping Corporate Treasury and Cash Management first appeared on World Finance Informs.

The three companies are pooling their respective strengths to build a framework that allows AI agents to process payments securely and efficiently. An AI payment standard of this kind is intended to bridge the gap between different AI platforms and existing payment infrastructure, ensuring that AI-driven transactions can flow smoothly across borders and systems.

What the Collaboration Involves

At the core of this partnership is the development of unified standards for AI agents operating within payment ecosystems. AI agents, in this context, are systems capable of analysing user preferences, negotiating terms and completing transactions without requiring direct human intervention.

Ant International brings deep expertise from its Alipay ecosystem, which serves hundreds of millions of users and has extensive experience in digital payments at scale. Visa and Mastercard contribute their established payment-network infrastructure and cross-border transaction capabilities, which are critical for ensuring the new standards work globally.

Together, these organisations aim to create a framework that addresses several practical challenges. Payment interoperability remains a significant hurdle when different AI platforms attempt to communicate with varied payment systems. The collaboration is designed to tackle this by establishing shared protocols that AI agents can rely on regardless of the underlying payment rail.

Fraud detection is another major focus. By leveraging machine learning models, the AI payment standard is expected to enable real-time identification of suspicious activity and optimise how transactions are routed across networks. This is particularly relevant as AI agent payments grow in volume and complexity.

Security, Compliance and Privacy Considerations

Developing an AI payment standard that operates across international boundaries requires careful attention to regulatory compliance, security and data privacy. Different jurisdictions impose varying requirements on how financial data is handled, stored and transmitted.

The partnership acknowledges these challenges. Ensuring that AI agents meet security standards while maintaining the speed and efficiency that make them valuable is a delicate balance. Encryption protocols and collaborative testing environments are among the approaches being considered to satisfy compliance requirements across markets.

Data privacy remains a central concern. As AI agents handle increasingly sensitive financial information, the standards being developed must account for robust privacy protections that align with international regulations.

The collaboration between Ant International, Visa and Mastercard signals a practical effort to bring structure and consistency to the rapidly evolving space of AI agent payments. By working together on a shared AI payment standard, these major players are laying the groundwork for AI-driven transactions that are secure, interoperable and compliant with the regulatory frameworks governing global finance.

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