Financial institutions handle enormous volumes of transactions every day. Behind those transactions are systems responsible for moving money, transferring securities, managing collateral, and ensuring that different parties agree on what has happened.
Although these systems have supported financial markets for decades, coordinating activities across different institutions and platforms can still be complicated. Records must be reconciled, transactions may depend on separate processes, and assets can take time to move between systems.
Canton Network is designed to address some of these challenges by allowing financial applications to coordinate transactions while maintaining control over their own data and business rules.
Privacy is an important part of that proposition, but it is not the whole story. The broader question is how this coordination can change the way financial institutions operate.
CONNECTING FINANCIAL SYSTEMS WITHOUT REPLACING EVERYTHING
Financial institutions rarely operate through a single system. One platform may manage securities, another may handle payments, and another may support financing or collateral management.
Even when these systems need to work together, they may maintain separate records, follow different processes, and require integrations to exchange information.
Consider a financial institution that wants to use securities held in one system to support a financing transaction managed through another. Completing the transaction may involve coordinating multiple parties, confirming the relevant information, and ensuring that the asset and payment movements happen as intended.
Canton is designed to help separate financial applications coordinate these activities without requiring every participant to move onto one application or expose all its information to the entire network.
Applications can retain their own business logic while coordinating the parts of a transaction that involve other participants.
This approach does not eliminate the need for integrations, permissions, or existing financial infrastructure. Instead, it offers another way for institutions to connect their systems and coordinate transactions across them.
The practical significance lies in making separate systems work together more effectively without requiring them to become one system.
SETTLEMENT BEYOND CONVENTIONAL OPERATING HOURS
Another area where Canton is being applied is transaction settlement.
In financial markets, executing a trade and completing the exchange of assets and payment are not always the same event. Settlement can depend on the systems involved, the operating hours of the relevant institutions, and the arrangements used to transfer the assets and cash.
These dependencies can introduce delays and expose participants to risks while they wait for a transaction to complete.
One approach to reducing this complexity is delivery versus payment (DvP), where the transfer of an asset is linked to the corresponding payment. When structured for atomic settlement, the linked transfers either complete together or do not complete.
Canton supports applications designed to coordinate these transactions through programmable workflows.
There are already examples of institutions exploring this capability in practice.
In August 2025, Digital Asset announced a live U.S. Treasury financing transaction on Canton involving tokenized Treasury collateral and USDC. The transaction demonstrated how an institutional financing workflow could operate outside conventional market hours.
In June 2026, HIFI, DRW, and Marex announced an on-chain repo transaction on Canton in which the asset and cash legs settled together, with funding available within seconds after the trade closed.
These examples show how coordinated settlement can work in specific financial workflows. They do not establish that every transaction on Canton settles within seconds or that all conventional settlement processes can be replaced.
What they demonstrate is the potential to coordinate financial transactions in ways that are less dependent on separate, sequential processes and conventional operating schedules.
MAKING COLLATERAL MORE ACCESSIBLE
Collateral plays a central role in institutional finance. Banks and other financial institutions use assets such as government bonds to secure borrowing, meet obligations, and manage financial risk.
However, owning an asset does not necessarily mean it can be used immediately wherever it is needed.
Collateral may be tied up in another transaction, held within a separate system, or take time to transfer between institutions. These constraints can affect how efficiently financial firms use their available assets and manage their funding needs.
Canton's developing collateral use cases aim to make it easier for institutions to coordinate the movement and use of eligible assets across different financial applications.
In January 2026, Canton announced another round of industry working-group transactions involving cross-border intraday repo, European government bonds, U.S. Treasuries, euro and U.S. dollar cash, and tokenized commercial bank deposits through LSEG Digital Settlement House.
In February 2026, another announcement described progress on cross-border collateral mobility involving tokenized UK gilts and non-sterling tokenized deposits.
These developments illustrate how institutions are exploring the movement of assets and cash across different markets and currencies through coordinated digital workflows.
The potential benefit is greater flexibility in using eligible collateral. If institutions can move and mobilize assets more efficiently, they may be able to reduce delays and make better use of the assets they already hold.
However, the announcements do not quantify how much additional capital has been released or how much institutions have reduced their liquidity requirements. Those outcomes depend on the specific implementation and would need to be measured against existing processes.
The important distinction is that making collateral easier to coordinate is a capability; demonstrating how much that capability improves capital efficiency is a separate matter.
REDUCING MANUAL WORK AND RECONCILIATION
Financial transactions often involve several parties maintaining records of the same activity. When those records do not match, institutions may need to investigate discrepancies, correct errors, and confirm that each stage of a transaction has been completed.
This reconciliation work consumes time and resources. It can become especially complicated when a transaction passes through several systems that do not automatically share a consistent view of its progress.
Coordinated workflows can reduce some of this complexity by applying agreed rules to transaction steps and ensuring that relevant participants receive the information they are authorized to access.
Broadridge's Distributed Ledger Repo (DLR), which uses Canton technology, provides a commercial example of distributed-ledger infrastructure being used for institutional repo transactions.
Broadridge has published customer accounts describing operational efficiencies and cost savings associated with its platform. One account involving Société Générale reported nearly $1 million in annual costs eliminated through an intraday repo workflow. The account also described daylight overdraft charges being reduced to zero on approximately four out of five days.
These results offer a practical example of how changing a financial workflow can affect operating costs.
However, the figures come from a vendor-published customer account rather than an independent, standardized audit of Canton Network. They should not be interpreted as savings achieved by every institution using Canton.
The results may reflect several factors, including the design of the DLR application, the workflow being replaced, the institution's existing infrastructure, and the way the new system was integrated into its operations.
Even with these limitations, the example is useful because it moves the discussion beyond theoretical benefits and into reported outcomes from an institutional use case.
COMMERCIAL ACTIVITY AND WHAT THE NUMBERS TELL US
The scale of activity on a platform can help illustrate whether a technology is being used in real financial operations.
In October 2026, Broadridge reported that its Distributed Ledger Repo platform had processed approximately $7.5 trillion in repo transaction value during September, with an average daily value of $359 billion.
This is significant evidence of commercial activity on a platform using Canton technology.
However, transaction value must be interpreted carefully. The $7.5 trillion figure represents the value of transactions processed during the month. It does not represent new money created, the amount of savings generated, or the economic value added by the network.
High transaction volumes demonstrate that a platform is being used at scale. Establishing its efficiency requires additional evidence about how those transactions compare with the processes they replaced.
For example, the number of transactions processed does not, on its own, tell us how much staff time was saved, whether settlement failures declined, or how much the total cost of processing each transaction changed.
These distinctions matter when evaluating any financial technology. Evidence of adoption and evidence of improved performance are related, but they are not interchangeable.
DISTINGUISHING CAPABILITY FROM DEMONSTRATED RESULTS
Canton's institutional activity provides examples of coordinated repo transactions, tokenized collateral workflows, and settlement processes designed to operate across different applications.
Some customer accounts also report cost reductions and less manual work. Together, these developments provide a practical basis for examining how distributed-ledger technology is being applied in financial markets.
The evidence is not equally strong across every claimed benefit.
Commercial transaction activity is visible through platforms such as Broadridge DLR. Specific transactions demonstrate that certain settlement and collateral workflows can operate through coordinated digital infrastructure. Customer accounts provide examples of reported operational savings.
However, independently verified, network-wide comparisons remain more limited. Public evidence does not yet establish a consistent percentage reduction in reconciliation time, a universal improvement in settlement speed, or a measurable increase in collateral efficiency across all institutions using Canton.
A complete assessment would require comparable information on operating costs before and after implementation, settlement times, failed transactions, manual interventions, and collateral utilization. It would also need to separate the effects of Canton itself from those of the applications and business processes built on it.
These measurements would help explain not only what the technology can do, but also how much difference it makes in different institutional settings.
LOOKING BEYOND PRIVACY
Canton's role in institutional finance extends beyond keeping transaction information private. Its broader proposition is to help financial applications coordinate activities, connect workflows, support linked settlement, and facilitate the movement of assets across participating institutions.
The examples emerging from repo markets and collateral transactions show how these capabilities are being explored and, in some cases, used commercially. Reported customer outcomes also provide an initial view of the operational benefits that particular applications may deliver.
At the same time, the results vary by use case, and the existence of a successful transaction does not automatically establish lower costs or greater efficiency across the wider financial system.
Understanding Canton's practical value therefore requires looking at both sides of the story: the financial workflows that are now possible and the measurable changes institutions experience when those workflows replace or improve existing processes.
That distinction provides a clearer picture of where Canton is already being used, what its applications have demonstrated, and which claimed benefits still require stronger evidence.
