The Canton Network, explained

The Canton Network is the institutional network most people outside securities finance have never looked at, carrying volumes most public chains would envy. Built by Digital Asset and launched with its shared coordination layer, the Global Synchronizer, in 2024, Canton is a network of networks: each application runs on its own sub-network with its own participants, rules, and visibility, and the Global Synchronizer lets those sub-networks transact with each other when both sides choose to. Its defining property is privacy. Data moves on a need-to-know basis between the parties to a transaction, rather than being broadcast to every node, which is the requirement that has kept regulated institutions off public chains.

What actually runs on it

The production anchor is repo. Broadridge’s Distributed Ledger Repo platform, which runs on Canton infrastructure, reported an average of $365 billion in daily repo transactions in January 2026, roughly $7.3 trillion for the month and 508% growth year over year, after processing nearly $9 trillion in December. These are real settlement flows between major dealers, moving high-quality collateral intraday, and they make Canton one of the few places where tokenized settlement is measured in trillions per month rather than pilots per year.

The network is now reaching toward money itself. In January 2026, Digital Asset and Kinexys by J.P. Morgan announced an intention to bring JPMD, the bank’s deposit token, natively to Canton, phased through 2026, with a focus on issuance, transfer, and near-instant redemption on the network. Industry overviews count hundreds of participating institutions across the ecosystem’s validators and applications, and Digital Asset raised $355 million in June 2026 to push further into cross-border collateral mobility, an effort CoinDesk described as aimed at unlocking collateral pools measured in the hundreds of trillions.

The model: neither public chain nor club ledger

Canton occupies a deliberate middle ground. Against public chains, the difference is visibility: there is no single global state everyone can read, and applications choose what to reveal to whom. Against consortium ledgers like Partior or Fnality, the difference is structure: those networks are single systems with one membership list, while Canton is a fabric on which many separately governed applications interoperate. In principle, a repo application, a deposit-token application, and a fund-settlement application can compose a transaction without merging their memberships.

That design answers the confidentiality objection that has stalled institutional use of public chains, and it does so while keeping atomic settlement across applications available when parties want it.

The open questions

Three are worth watching. First, how much of the volume generalizes: repo between dealers who already know each other is the friendliest possible case for a permissioned fabric, and payments across unfamiliar counterparties stress the model differently. Second, governance: the Global Synchronizer is run by independent super validators, but Digital Asset remains the ecosystem’s center of gravity, and institutions weighing a decade-long commitment will price that concentration. Third, whether privacy domains quietly recreate the silo problem, since two applications that never agree to connect are, functionally, two networks. That is the general pattern we examine in why settlement networks do not talk to each other.

Where Frame fits

Frame is the settlement layer for global finance: one integration to orchestrate payments at scale across fiat rails, stablecoins, and tokenized deposits, with compliance enforced on every transaction and settlement in seconds instead of days.

Canton is one of the venues a rail-neutral settlement layer exists to span. As deposit tokens like JPMD arrive on networks like Canton, institutions face a familiar question in a new form: which venues to join, and what to do about the counterparties who joined a different one. Frame’s answer is to treat each network as a rail, route each payment across whichever rail fits the corridor, the counterparty, and the policy that governs it, and enforce that policy in settlement through Frame’s Rules Engine, so a transfer that cannot satisfy its conditions does not settle. Every settled transaction produces verifiable evidence that its conditions were met, without exposing the underlying business data, a property that matters as much on a privacy-enabled network as off it.

See how a rail-neutral settlement layer works: the Frame Blueprint.