What Is Canton Network? Privacy, Settlement and CC

Bottom line: Canton Network is a public blockchain designed for financial institutions that cannot put every trade, client and position on a globally visible ledger. Instead of making every validator store everything, Canton gives each participant only the parts of a transaction it is entitled to see, then uses shared synchronizers to make the complete transaction settle consistently. Its strongest use case is not retail payments or memecoins. It is coordinating tokenized securities, cash, collateral and financial contracts across organizations that need both privacy and atomic settlement.

Canton is often described as “the blockchain used by Wall Street.” That is directionally useful but too broad. Some major institutions run production applications built with Canton technology; others have completed transactions or pilots; others are investors, network operators or announced future users. Those are different levels of adoption.

This guide explains the technology first, then separates the evidence.

What problem is Canton trying to solve?

Public blockchains are good at giving everyone the same shared state. That is valuable for auditability, but it creates a problem for regulated finance: banks, brokers, custodians and asset managers cannot broadcast every client identity, trade size, legal agreement and position to the world.

Private databases solve confidentiality but recreate silos. If a Treasury token exists in one system, a cash token in another and a collateral agreement in a third, the parties still need a safe way to coordinate them. Much of the cost and risk in finance sits between those systems.

Canton’s answer is selective disclosure plus synchronized execution:

each institution controls its own participant node and data;
each party receives only the transaction views it is authorized to see;
synchronizers order encrypted messages and coordinate confirmation; and
related actions across applications can complete atomically—together or not at all.

That is why Canton is pitched as a “network of networks,” not simply another database that every node fully copies.

Canton architecture in plain English

Canton’s architecture documentation separates storage from coordination.

Component	What it does	What it can see
Party	Represents an on-ledger person or organization	The contracts and transaction views it is entitled to observe
Validator / participant node	Stores contracts, executes Daml logic and validates actions for hosted parties	Only data relevant to its hosted parties
Sequencer	Orders and distributes encrypted messages	Message timing and encrypted payloads, not decrypted transaction content
Mediator	Collects confirmation verdicts and declares commit or rejection	Confirmation results, not the private business data
Global Synchronizer	Public coordination infrastructure operated by Super Validators	Coordinates cross-organization activity without becoming a global store of every transaction

On Ethereum, a full node can reconstruct the public state and read ordinary transactions. On Canton, there is no equivalent single public state containing every private contract. Each participant maintains a local view.

That improves confidentiality but changes how outsiders verify activity. A public block explorer cannot independently reconstruct every trade, holder and balance in the way analysts expect from Ethereum. Network-wide business-volume claims therefore require more trust in operators and published methodology.

How a Canton transaction works

Imagine a fund selling a tokenized Treasury to a market maker for a tokenized dollar.

The fund’s application creates the security-transfer instruction.
The cash application creates the payment instruction.
Canton breaks the overall transaction into views. The fund, market maker, custodian and any required controller receive only the pieces relevant to them.
Their validators check authorization and contract rules. The synchronizer orders encrypted messages, and the mediator gathers verdicts.
If every required condition is satisfied, the security and payment commit together. If one leg fails, the combined transaction does not partially settle.

This delivery-versus-payment structure reduces principal risk: one party should not deliver the asset while waiting to discover whether the cash will arrive.

In July 2026, Tradeweb disclosed a real-time transaction in which Franklin Templeton transferred a tokenized U.S. Treasury security to Virtu Financial against USDCx. Tradeweb handled execution and price discovery; Canton synchronized settlement.

Is Canton public or private?

The most accurate answer is: the Global Synchronizer is public infrastructure, while transaction data and application access can remain private and permissioned.

“Public” does not mean every record is readable by everyone. A participant can connect to the shared network, but a regulated application can still decide who may hold an asset, exercise a contract choice or view sensitive data. Canton’s Daml contracts encode signatories, observers and authorization directly into the workflow.

This makes Canton structurally different from both a fully transparent public chain and an isolated bank consortium chain. Multiple applications can share synchronization without sharing all of their data or governance.

The compromise is that openness is layered. The network can be open while a particular security, marketplace or workflow remains restricted to approved institutions.

What is the Global Synchronizer?

The Global Synchronizer is the common coordination layer that lets Canton applications transact across organizations. Independent operators called Super Validators run its infrastructure and participate in governance.

It does not act like a conventional block producer that sees and stores the entire ledger. Sequencers order encrypted messages; mediators coordinate confirmations; participant nodes hold the actual contract data for their parties.

Organizations can also use private synchronizers or connect a validator to more than one synchronizer. The multi-synchronizer design allows a firm to keep a specialized workflow on controlled infrastructure and still use the Global Synchronizer when it needs wider interoperability.

What is Daml?

Daml is the smart-contract language used by Canton applications. It was designed around multi-party business agreements rather than public token scripts.

A Daml contract specifies who must authorize its creation, who may observe it and which parties can exercise particular choices. That is useful for instruments such as loans, bonds, repo agreements and fund shares, where rights and obligations depend on legal roles.

Daml is not a privacy magic trick on its own. Privacy also depends on correct application design, identity management, node security, encryption and operational controls. A badly designed authorization model can still expose data or grant the wrong powers.

What is actually live on Canton?

The ecosystem mixes production systems, completed market transactions, controlled deployments and future plans. Readers should not treat them as equivalent.

Production use: Broadridge repo

Broadridge says its Distributed Ledger Repo platform migrated to Canton in 2023. A Broadridge case study reported roughly $50 billion in daily volume, or $1 trillion a month, and named UBS and Société Générale as active participants at the time of publication.

The same case study notes an important limitation: settlement triggered payment on conventional rails rather than using cash natively on the ledger. It is real production workflow, but not proof that every leg of the repo market already runs entirely on-chain.

Completed transaction: Tradeweb tokenized Treasury

The July 2026 Franklin Templeton-to-Virtu transaction paired a tokenized Treasury with USDCx and settled the two assets in real time. This is stronger evidence than a memorandum of understanding because named firms disclosed a completed transaction. It still represents a milestone, not evidence of continuous market-wide liquidity.

Planned service: DTCC tokenization

DTCC and Digital Asset announced plans to mint a subset of DTC-custodied U.S. Treasury securities on Canton following an SEC no-action letter. The project targeted a controlled production MVP and later expansion based on client demand.

This is strategically important because DTCC sits at the center of U.S. securities infrastructure. Until live scope and recurring use are disclosed, it remains a developing service rather than proof that the U.S. Treasury market has moved to Canton.

Network-reported scale

Canton and World Liberty Financial say more than $9 trillion in tokenized assets are issued or processed on the network each month, with more than $350 billion in on-chain U.S. Treasurys moving daily.

“Issued or processed” is not the same as assets locked or unique capital. Repo and collateral assets can move repeatedly. Canton’s privacy model also limits independent reconstruction of the figure. Treat it as a network-reported activity measure, not a transparent-chain TVL number.

Why stablecoins matter on Canton

Tokenizing an asset solves only half the trade. Markets also need money that can settle on the same schedule.

World Liberty Financial’s USD1 launch on Canton adds a BitGo-issued dollar stablecoin for collateral, lending, cross-border payments, issuance and redemption workflows. Canton already has other tokenized cash options, including the USDCx used in the Tradeweb transaction.

More settlement choices can be useful, but fragmentation is a risk. If every asset trades against a different stablecoin or deposit token, liquidity can split across issuers and applications. Interoperability does not automatically create deep markets.

What is Canton Coin?

Canton Coin (CC) is the utility token of the Global Synchronizer. Official documentation describes three main roles:

converting CC into non-transferable “traffic” credits that pay for network use;
rewarding validators, application providers and Super Validators; and
supporting Super Validator governance.

Canton says CC had no premine, presale or dedicated venture-capital allocation. New coins are earned through defined network contributions, while fees spent on traffic are burned. The balance between issuance and burn can change with activity and policy.

That design does not make CC an automatic proxy for the value of every asset processed on Canton. A Treasury can move through an application without CC holders receiving the Treasury’s yield or the application’s revenue. Token valuation depends on actual demand for Global Synchronizer traffic, reward issuance, market liquidity and governance—not on simply attaching Canton’s transaction figures to the coin.

Digital Asset’s $355 million financing is also separate. Investors bought company equity; they did not thereby buy a claim on Canton Coin or Canton’s processed assets.

Canton’s genuine strengths

Privacy is part of the ledger model. Parties receive only entitled transaction views rather than relying on a public ledger plus an added privacy wrapper.
Atomic cross-application workflows. Assets and payments can be coordinated across different applications.
Institutional fit. Identity, authorization and legal roles can be built directly into Daml contracts and application governance.
Real production evidence. Broadridge’s repo platform and disclosed transactions show more than slide-deck experimentation.
Flexible topology. Firms can combine public and private synchronizers instead of forcing every workflow onto one visibility model.

Canton’s main tradeoffs and risks

Harder public verification. Privacy makes independent activity, concentration and solvency analysis more difficult.
Institution-heavy governance. Super Validators and Foundation participants are credible operators, but governance influence is not distributed like a purely retail proof-of-stake network.
Application permissioning. A public network does not guarantee that a retail user can access a particular asset or market.
Operational complexity. Tokenization still requires custody, identity, legal agreements, data integration and reliable off-chain systems.
Liquidity fragmentation. Interoperable technology cannot force buyers, sellers and cash to gather in the same venue.
Token-economics uncertainty. CC issuance, rewards, burns and traffic demand must be analyzed separately from institutional brand names.

Who is Canton for?

Canton is most relevant to institutions building workflows where confidentiality and multi-party settlement matter: securities issuance, repo, collateral, fund administration, custody, tokenized deposits and regulated stablecoins.

It is less obviously useful for a consumer who only wants to send a public token, inspect every holder on a block explorer or deploy a permissionless app into an already liquid retail DeFi ecosystem. Canton’s design prioritizes controlled financial coordination over radical transparency.

Canton Network FAQ

Is Canton Network a Layer 1 blockchain?

Yes, Canton is commonly described as a public Layer 1, but it does not use a single globally replicated state like Ethereum. Participant nodes keep local, private ledger views while synchronizers coordinate ordering and confirmation.

Can anyone see Canton transactions?

No. Parties and their validators see only the transaction views they are entitled to receive. Some network and Canton Coin information is public, but private application data is not globally readable.

Do banks use Canton Network?

Some bank and market-infrastructure firms use production applications built with Canton technology, have completed disclosed transactions, operate infrastructure or participate in pilots. A logo on an ecosystem list does not prove that every institution runs material production volume.

No. CC is a network utility and reward token. Digital Asset is a private software company. Owning CC does not provide company equity or a claim on assets processed by Canton applications.

Is Canton fully decentralized?

The Global Synchronizer is operated by multiple independent Super Validators under shared governance, but the validator set and governance are institution-heavy. Individual applications can also impose their own permission and control structures.

Sources and verification

This guide used Canton’s current architecture, network overview, Canton Coin and multi-synchronizer documentation; Broadridge’s production DLR case study; Tradeweb’s July 2026 transaction record; and DTCC’s Treasury tokenization announcement. Company-reported network figures are labelled as such because Canton’s selective privacy prevents the same public verification available on fully transparent chains.

Disclosure: This article is educational and does not constitute investment advice. Institutional participation, network activity and token value are separate questions. Verify current application access, network documentation and Canton Coin economics before using the network or token.