July 2026 Financial Infrastructure Trends: Six Developments Reshaping Banking
- All, News
Six developments in stablecoins, tokenisation, real-time payments, AI agents and regulation — and what they reveal about the shift toward multi-rail financial infrastructure.
July 2026 offered a useful snapshot of how financial infrastructure is changing. Across bank-led stablecoin services, production tokenisation, new shared ledgers, real-time cross-border payments, AI-driven transactions and regulatory pilots, the same pattern appeared repeatedly: new financial rails are moving closer to the operational core of banking.
These developments were not isolated experiments. Banks, payment networks, custodians, asset managers and regulators all took practical steps towards deploying infrastructure capable of supporting new forms of money and value alongside existing accounts and payment systems.
The emerging model is not based on one blockchain, one stablecoin or one global payment network. Instead, the market is moving towards a multi-rail financial environment in which traditional accounts, tokenised deposits, stablecoins, public blockchains and existing payment infrastructure must operate together.
For banks and financial institutions, the challenge is therefore no longer simply whether to adopt new rails. It is how to connect them with existing core systems, compliance controls, liquidity processes and settlement operations without introducing another generation of disconnected infrastructure.
Below, we examine six of the most important financial infrastructure developments from July 2026 and what they mean for institutions preparing for this transition.
1. Stablecoins moved closer to institutional distribution
One of July’s strongest signals was the expansion of stablecoins beyond crypto-native distribution and into institutional banking and payment infrastructure.
Open USD launched with more than 140 participating partners, including major payment and financial organisations. Its structure is notable because reserve economics are intended to flow towards the institutions distributing the stablecoin rather than remaining concentrated entirely with a central issuer.
That model changes the incentive structure. A stablecoin can begin to function not only as an issued product, but also as shared infrastructure around which multiple distributors, payment providers and financial institutions coordinate.
Standard Chartered also introduced institutional access to USDC minting and redemption through its partnership with Circle. This brings stablecoin issuance and redemption closer to an established banking relationship rather than requiring institutions to manage the process entirely outside their banking environment.
Visa subsequently launched infrastructure enabling financial institutions and fintechs to mint, move and manage stablecoins. Together, these developments suggest that the next stage of stablecoin competition will not be determined only by the issuer or the token.
Distribution, liquidity access, regulatory status and connectivity with institutional systems may become equally important.
What it means: Stablecoin adoption is becoming an infrastructure and distribution challenge. Financial institutions will need a way to connect to multiple stablecoin models without building a separate operational stack for every issuer or network.
2. Tokenisation moved from pilots into production infrastructure
Tokenisation also crossed an important threshold during July. The conversation increasingly moved away from whether traditional assets can be represented on distributed ledgers and towards how those assets are operated in production.
DTCC reported real production trades in tokenised US securities involving more than 30 firms and multiple asset classes on the Canton Network. The importance of the announcement is not limited to the tokenised securities themselves.
Production deployment introduces the operational requirements that are less visible during proofs of concept: transaction records, finance subledgers, lifecycle events, reconciliation, custody, accounting and integration with the systems used by participating institutions.
BNY also launched a blockchain-based digital transfer agency service , applying distributed ledger technology to an area traditionally dependent on multiple records and intermediary processes.
Aviva Investors added another institutional example by launching a tokenised share class of its USD Liquidity Fund on the XRP Ledger, with supporting custody and tokenisation infrastructure.
These initiatives show that the market is moving past the initial act of creating a token. The harder task is ensuring that tokenised assets can be governed, serviced, reconciled and settled throughout their lifecycle.
What it means: Tokenisation does not eliminate operational infrastructure. It changes where that infrastructure must operate. Institutions need connectivity between tokenised asset networks and the accounting, custody, compliance and settlement systems that remain essential to production finance.
3. Interoperability became a strategic infrastructure priority
July also demonstrated why the future of financial infrastructure is unlikely to be a simple replacement of legacy networks with a single blockchain.
Seventeen banks across six countries prepared to pilot live transactions on Swift’s blockchain-based shared ledger , using tokenised deposits to support continuous payments and liquidity movement.
At the same time, Barclays, HSBC, Lloyds and NatWest adopted Swift’s framework for international retail payments. BBVA later became the first Spanish bank to go live with the same scheme.
These developments point to an important architectural direction. Swift is expanding beyond the exchange of messages towards orchestration across payment and tokenised-value environments, while still preserving the connectivity and trust relationships already established between banks.
The likely result is not one universal rail. Banks may interact with shared ledgers, correspondent networks, domestic instant-payment systems, stablecoin platforms and public blockchains at the same time.
This makes interoperability a core operational capability rather than a secondary integration feature.
What it means: Financial institutions will need infrastructure that can translate, route and reconcile activity across several networks while preserving a consistent operating model for the bank.
4. Cross-border payments and FX moved closer to real time
Cross-border payments were another major area of activity during July, particularly where foreign exchange, liquidity and settlement are being brought closer to the moment of payment execution.
JPMorgan Payments and NPCI introduced real-time currency conversion for cross-border UPI transactions. Rather than treating FX conversion and settlement as separate downstream processes, the model integrates them more directly into the payment flow.
Emirates NBD also went live on the Partior network for real-time blockchain-based cross-border US dollar payments.
In the remittance market, LemFi partnered with BVNK to move more cross-border payment activity onto stablecoin rails. This illustrates how stablecoins are increasingly being used as a settlement mechanism behind a customer-facing payment service, rather than only as a product held directly by end users.
Although these models use different technologies, they respond to the same operational pressure: customers expect international payments to become faster, more transparent and more continuously available.
Delivering that experience requires institutions to coordinate payment execution, foreign exchange, liquidity and settlement with fewer delays between each stage.
What it means: FX conversion, liquidity movement and settlement are becoming part of the execution layer. Banks will need real-time visibility and orchestration across these functions rather than relying exclusively on end-of-day or post-transaction processes.
5. AI agents began initiating financial transactions
Agentic payments moved from concept towards live transaction activity in July.
BBVA completed a live transaction initiated by an AI agent on behalf of a cardholder through Visa’s Agentic Ready programme. Visa and Lianlian also completed a live B2B transaction executed autonomously by an AI agent.
Corpay then introduced an Agent Card capability designed to create secure virtual cards for commerce workflows in which AI agents initiate and execute payments.
These transactions introduce a new actor into payment infrastructure. Traditional payment controls are generally designed to verify the account, instrument and person initiating an activity. Agentic transactions also require institutions to determine what a software agent is authorised to do.
Relevant controls may include the identity of the agent, the user or organisation delegating authority, the permitted transaction types, spending limits, merchant restrictions, timing rules and the conditions under which human approval is required.
The mandate given to the agent therefore becomes part of the payment infrastructure itself.
What it means: Payments will increasingly need to verify not only the account and the user, but also the authority, limits and identity of the software acting on their behalf.
6. Regulation started shaping infrastructure choices
Regulation continued moving from high-level policy into the practical design of financial infrastructure.
MiCA affected the availability and distribution of stablecoins in Europe. Revolut’s decision to delist USDT after obtaining its MiCA licence demonstrated how reserve, licensing and compliance requirements can directly determine which assets remain available through regulated platforms.
The European Central Bank selected 36 payment service providers for the digital euro pilot phase, moving the initiative further from policy design towards infrastructure testing with market participants.
FATF also highlighted growing misuse risks connected with stablecoins, including activity involving assets designed to resist freezing and seizure.
Together, these developments reinforce that compliance requirements cannot be treated as a separate layer added after a payment or digital-asset rail is deployed.
Asset controls, identity, transaction monitoring, reporting, governance and jurisdictional restrictions must influence the architecture from the beginning.
What it means: Compliance can no longer be added after a new payment rail is deployed. It must be built into the infrastructure, data flows and operating model from the beginning.
Connecting new financial rails without replacing the core
The broader signal from July is clear: banks and financial institutions are not moving from one universal infrastructure model to another. Instead, they are entering an environment in which several forms of money, assets and payment infrastructure must operate side by side.
At DCM, this is exactly the infrastructure challenge we are focused on: helping financial institutions connect existing core systems with new payment and digital-asset rails without rebuilding their entire architecture.
The goal is not to force an institution onto one network. It is to provide the interoperability, settlement and reconciliation layer needed to operate across multiple networks while preserving the institution’s existing controls, processes and system of record.
This allows new rails to be introduced as an extension of the existing banking environment rather than as another disconnected infrastructure silo.
What financial institutions should take from July
Stablecoins are moving into institutional distribution. Tokenised assets are entering production environments. Payment networks are expanding towards shared ledgers and orchestration. Cross-border settlement is becoming faster, and AI agents are beginning to participate directly in transaction flows.
At the same time, regulatory requirements are becoming more closely tied to infrastructure design.
These trends are connected by one underlying requirement: institutions need to manage more rails without losing control over liquidity, compliance, accounting, reconciliation and settlement.
Choosing a particular blockchain, stablecoin or payment network may solve one part of the problem. It does not remove the need to operate across other networks or integrate them with the institution’s existing core.
The institutions best positioned for the transition will not necessarily be those that choose the “winning” rail. They will be those capable of connecting to several rails while preserving operational control.
info@dcm.systems
20 Wenlock Road,