Source: Blockworks Research

Author: Kunal Doshi

Compiled and organized by: BitpushNews

Several of the most important narratives in the crypto space are beginning to converge: including tokenization of real-world assets (RWA), institutional-grade blockchain adoption, privacy infrastructure, and stablecoins as settlement rails.

Canton Network is at the intersection of these trends and has assembled the most powerful group of institutional participants in the industry.

Major financial institutions, including DTCC (Depository Trust & Clearing Corporation), Nasdaq, Broadridge, and several global banks, have deployed real workflows on the network covering government bond tokenization, repurchase financing, collateral management, and payments.

If this trend continues, Canton could become the coordination layer of the tokenized finance market, allowing assets, cash, and collateral to move in real-time between institutions. As more financial activities flow through the network, the volume of transaction coordination will increase, driving network revenue and token burn rates, leading the network toward deflation.

Key Points

• The architecture is designed specifically for regulatory compliance. Canton supports fine-grained transaction privacy and validator-level control while maintaining interoperability between applications, addressing key compliance hurdles faced by institutions.
• The scope of adoption covers the entire institutional financial stack. DTCC is bringing regulated collateral on-chain; Broadridge processes over $70 trillion in repos monthly; Nasdaq is integrating Canton with its Calypso risk and collateral management platform.
• Network effects may enhance coordination activities. As more institutions onboard and trade with each other, the number of counterparties increases, and more transactions are routed through the “Global Synchronizer,” driving higher CC burns.
• Token economics is increasingly driven by usage. Since the Token Generation Event (TGE), the weekly burn rate has grown by 216%, and the burn-to-mint ratio has risen to 0.90; if activity continues to expand, the network will approach a potential deflationary state.
• Valuation remains discounted compared to peers. Canton generated the highest revenue (REV) among major L1 networks in February, but its trading multiple is relatively low, which may reflect recent inflationary impacts and the market's view of it more as financial infrastructure than a generalized public chain.
• Regulatory clarity and institutional promotion are key catalysts. The passage of the Clarity Act and DTCC's broader tokenization platform rollout in the second half of 2026 could accelerate institutional adoption and increase the volume of assets and transactions moving on Canton.
• Token concentration remains a potential risk. About 54% of the circulating CC is held by a small number of network participants, although many of these balances are operational rewards rather than speculative holdings.

Pain Points of Institutional Tokenization

Tokenization promises faster settlements, lower reconciliation costs, and more efficient capital utilization. However, in practice, most blockchain designs force institutions to choose between regulatory compliance and cross-sharing network transaction capabilities.

The Basel Committee on Banking Supervision has made it clear that the choice of infrastructure directly impacts regulatory treatment. Banks tokenizing traditional assets must demonstrate strong governance, clear validator controls, robust data privacy, and sound operational risk management. Failure to meet these conditions could lead to substantially increased capital requirements for tokenized risk exposures, eroding the economic benefits that tokenization is supposed to bring.

• Public permissionless blockchains provide interoperability and composability, but transaction data is visible to validators and even the entire market. For regulated entities, broadcasting information about liquidity needs, margin changes, or collateral positions is unacceptable. Even anonymous activities can leak commercially sensitive insights. Institutions need to determine who is validating their transactions and who has access to their data.
• Private blockchains restrict access but introduce fragmentation. Each network becomes an island, limiting asset liquidity and cross-platform fluidity. Privacy is often implemented at a broad channel level, where the activities seen by participants may still exceed the “need-to-know” model.

Therefore, institutions face structural trade-offs: public networks lack sufficient control, while private networks lack meaningful interoperability. Canton aims to bridge this gap by combining fine-grained privacy and validator-level control with shared synchronization and atomic settlement across independent applications.

Network Architecture and Privacy Model

Canton separates execution from coordination. Smart contracts written in Daml run on validator nodes operated by participant institutions and application providers. Each organization runs its own validator node as a gateway to access the network and only validates transactions it participates in. This design allows institutions to maintain control over their infrastructure and transaction validation.

Validators connect to a synchronizer, which routes and orders messages among parties. The synchronizer ensures that multi-party transactions achieve atomic and consistent settlement between participants. It does not validate transactions and cannot see transaction data, as all messages are end-to-end encrypted. The synchronizer only orders encrypted payloads, similar to how a post office handles sealed envelopes.

Canton supports multiple synchronizers. The global synchronizer serves as a shared public coordination layer operated by “super validators” using Byzantine Fault Tolerance (BFT) consensus. It provides a neutral backbone that allows independent applications and institutions to achieve interoperability while maintaining flexibility in a connected ecosystem.

Network Participants

Validators: Infrastructure nodes operated by institutions. They store contract states, validate participating transactions, and provide application interfaces for users and services.

Applications: Business logic deployed on validators. They define contract rules and data permissions for use cases such as stablecoins, repos, custody, and tokenization of assets.

Super Validators: Operate the global synchronizer and ensure decentralized message ordering for the public network. Validators only validate transactions they participate in, while super validators maintain the shared coordination layer.

Governance is maintained transparently through the Canton Foundation and follows institutional standards. Anyone can view or submit Canton Improvement Proposals (CIPs). Super validators operating the global synchronizer vote on key decisions, including upgrades and changes to code and services. The Canton Foundation supports the development and oversight of the global synchronizer, ensuring governance actions are publicly visible and member participation is encouraged. The foundation runs a node on behalf of its members and participates in governance votes, helping to maintain the neutrality and trust of the network.

Institutional Adoption So Far

DTCC Integrates DTC Custodied Government Bonds with Canton

DTCC is a key post-crisis infrastructure provider in the U.S. capital markets. Through its central securities depository subsidiary (DTC), it holds and safeguards assets worth over $100 trillion, including stocks, ETFs, and money market instruments. Its decision to tokenize DTC custodied government bonds on Canton represents a structural step to bring core market collateral on-chain.

After receiving a "No Action Letter" from the SEC (U.S. Securities and Exchange Commission), DTCC announced plans to mint a subset of DTC custodied government bonds on Canton, with an MVP (Minimum Viable Product) target set for the first half of 2026. These are not synthetic assets; tokenized government bonds retain the same CUSIP, meaning they remain legally and operationally the same security within the existing market infrastructure. Participants can use the asset in traditional systems or in its tokenized form without altering its legal status.

DTCC has also joined Canton as a super validator, operating the global synchronizer’s infrastructure and participating in network governance.

More important than issuance is the validated use case. A working group including Bank of America, Circle, Citadel, Cumberland, Societe Generale, Tradeweb, and Virtu has completed real-time on-chain U.S. government bond financing for stablecoins. These transactions include weekend repos, atomic settlements, and real-time collateral reuse. DTCC’s initiative brings regulated collateral on-chain, and these transactions demonstrate that these assets can be actively financed and mobilized at an institutional scale.

Broadridge: Production-Scale Institutional Repos

Broadridge's Distributed Ledger Repo (DLR) platform currently processes an average daily trading volume exceeding $350 billion. Repos, supported by U.S. government bonds, are a core liquidity engine of global capital markets. This activity has gone live on Canton.

DLR began operations in 2021, with users including major banks, broker-dealers, and traditional asset management firms. The platform integrates with existing market infrastructures, including custodians, front-office trading systems, and back-office settlement platforms, allowing institutions to onboard with minimal operational disruption.

Within DLR, critical components of the repo lifecycle are handled on-chain, including custody of tokenized collateral, execution of repo transactions, and settlement of cash and securities between counterparties. Certain operational processes remain off-chain, such as record-keeping and updates to control over underlying collateral held in traditional custodian accounts. With DTCC planning to bring regulated high-quality collateral directly onto Canton, associated repo financing can also occur on-chain, which will increase activity on the Broadridge DLR platform.

Nasdaq: On-Chain Margin and Collateral Infrastructure

Nasdaq has completed a pilot connecting its Calypso platform to the Canton network. Calypso is one of the most widely used institutional systems for managing risk, margin, and collateral among global banks and asset managers. The pilot demonstrates how on-chain infrastructure can integrate directly with existing institutional risk systems.

This test was conducted in collaboration with QCP, Primrose Capital, and Digital Asset. Enterprises can automatically calculate margin requirements on-chain and move collateral between counterparties while continuing to use their existing portfolio and risk systems. For institutions operating across time zones and asset classes, this reduces operational friction and improves capital efficiency.

Nasdaq has also joined Canton as a super validator. This builds upon Nasdaq's strategic investment in Digital Asset (the creator of Canton), with other investment institutions including BNY (Bank of New York), iCapital, and S&P Global.

Other Key Institutional Partners

Several other global institutions are also building applications on Canton. JPMorgan plans to natively bring JPM Coin onto the network to enable 24/7 institutional cash and collateral settlements. The London Stock Exchange Group (LSEG) is launching its digital clearinghouse on Canton to support real-time after-hours workflows. Lloyds Banking Group has executed the U.K.'s first production-level tokenized government bond and deposit transactions on the network.

These initiatives are supported by a growing number of super validators, operated by institutions like Digital Asset, Tradeweb, and Cumberland.

Institutional Influence

The announcement of major financial institutions becoming super validators has acted as a short-term price catalyst. Following the confirmation of DTCC and Nasdaq as super validators, CC outperformed BTC by 54% and 31% respectively over the subsequent two days. This movement may reflect an increase in market confidence that globally recognized financial institutions are committing to the network at both the infrastructure and governance levels (rather than just at the application level).

In addition to narrative-driven price movements, these developments may translate into sustained network activity:

• Nasdaq's focus is on collateral management. Margin recalculations, collateral pledges, and portfolio adjustments are high-frequency activities. If these workflows move on-chain among independent institutions, it will generate a continuous stream of coordinated trades.
• DTCC and Broadridge represent the asset and funding layer. DTCC brings regulated collateral on-chain while Broadridge has facilitated large-scale repo financing. Tokenizing an asset is a one-off action, but the real potential lies in these government bonds being repeatedly financed, pledged, and reused among counterparties.

Currently, most of the activity from large institutions operates in private synchronized environments rather than through the global synchronizer. Therefore, these activities have not yet made a substantial contribution to the message flow of the global synchronizer. However, as more independent institutions onboard and begin trading with each other, the demand for coordination will increase. Each new participant expands the possible number of counterparties, enhancing the network effects across the entire system. Transactions spanning multiple validators will be routed through the global synchronizer. As inter-institutional financing and collateral activities scale up, the increase in message volume will translate into higher CC burns.

Token Economics

Transactions spanning multiple validators are sorted through the global synchronizer, and the associated fees are paid through the burning of CC. Fees are priced in “dollars/MB of transaction data,” but settled in CC at the on-chain conversion rate. These fees are burned rather than paid to validators, directly reducing the token supply. This structure allows institutions to pay predictable, dollar-based infrastructure costs while tying network usage to token supply dynamics.

Burning trend: Since the TGE, the weekly CC burned has grown by 216%, from 46.2 million to approximately 100 million. In dollar terms, the daily fees in recent weeks have ranged from $2.2 million to $3.2 million. As a percentage of circulating supply, the weekly burn rate has increased from 0.14% to 0.26%, with some weeks exceeding 0.30%.

• Issuance model: CC follows a pure earn model. There are no pre-allocations to investors, teams, or foundations. All tokens are minted through network participation. A total of 100 billion CC can be minted over the first 10 years, followed by a fixed annual issuance of 2.5 billion.

• Halving: Periodic halving will reduce output over time. The most recent occurred on January 12, 2026, reducing the annual issuance from 20 billion to 10 billion.

Reward distribution: Newly minted tokens are allocated to applications, validators, and super validators. Over time, the distribution emphasis has shifted: the emission share for super validators has dropped from 80% at launch to 20% now, while application rewards have increased from 15% to 62%. The system is intentionally shifting from early-stage infrastructure incentives to application-driven incentives.

Inflation and deflation: The current monthly inflation rate is gradually declining from 2.15% to 1.7% (equivalent to an annual inflation of 26.3%). While still relatively high compared to other L1s, the burn rate is rapidly closing the gap. Since the TGE, the daily burn-to-mint ratio has increased from 0.16 to 0.90.

At the current rate, Canton is approaching a balance point where daily burned amounts are equal to daily minted amounts. If the burn rate continues to exceed 1, the network will enter net deflation, which will directly address major investor concerns.

Active Applications and Emerging Use Cases

From the applications ranked by reward shares, the number of active earners is steadily expanding, indicating an increasingly healthy ecosystem. At current prices, approximately $82.2 million worth of CC is distributed to applications monthly. This creates significant economic incentives for builders, who can also pass along rewards to end users to guide liquidity and usage.

• Brale: Currently leading in reward shares. It has built a bridge that converts USDC and USDT into Canton network native equivalents, enabling privacy-preserving institutional payments and settlements. It effectively serves as the ecosystem's on-ramp and off-ramp, allowing financial and capital market participants to move cash on-chain without exposing transaction details.

• Hashnote: (Acquired by Circle in January 2025) It brings yielding collateral to Canton via USYC (a tokenized reverse repo product with over $1 billion in assets under management). USYC can be used for margin, collateral, and trading workflows while preserving privacy. Subscription fees are paid in CC, and Hashnote redistributes part of its rewards to connected validators.

Other top reward earners also include infrastructure and tool services: Denex Gas Station (bandwidth management), Cantara (peer-to-peer billing), Fairmint (on-chain equity issuance), The Tie (analytics service), 5North’s Loop (wallet provider), and Digital Asset’s DA Utility (asset tokenization standard).

As the application base expands, network activity has surged. Daily trading volume increased from approximately 155,000 in the first half of 2025 to over 1 million in the second half.

The recent launch of USDCx by Circle is a significant development. USDCx is a privacy-preserving stablecoin backed 1:1 by USDC held in Circle reserves. Only the transacting parties can view the details, addressing the primary barrier for institutions adopting stablecoins.

In February 2026, a multinational company executed the first privacy-preserving on-chain stablecoin payroll on Canton. This transaction was supported by Toku (managing payroll logic) and Cantor8 (providing secure employee wallets).

Valuation Analysis

In terms of network revenue (REV), defined as fees paid for block space and settlement coordination, Canton generated the highest revenue among major L1s in February, totaling $74.7 million, approximately 2.8 times that of the second-ranked Solana.

We estimate the fully diluted valuation (FDV) based on the 100 billion supply milestone reached in 10 years. In practice, Canton’s future supply is dynamic due to ongoing burns.

Despite conservative adjustments made for future supply expansion, Canton still trades at a significant discount relative to other L1 networks on price-to-market-cap (MC/REV) and FDV/revenue (FDV/REV) multiples.

• Reason 1: The recent high token emissions.

• Reason 2: The market's interpretation of Canton’s role. The market currently views it more as financial infrastructure than as a generalized public chain. Compared to traditional financial market infrastructure providers like CME, Nasdaq, ICE, and LSEG (which typically trade at multiples around 8x), Canton's valuation aligns more closely with them.

Additional upside may arise from the network supporting applications that generate sustainable on-chain activities, such as prediction markets, perpetual contract trading, and lending markets.

• Unhedged: The first privacy prediction market on Canton, has handled over 10 million CC in transaction volume.
• CantonSwap: A decentralized exchange, has ranked among the top 25 applications receiving rewards.
• Franklin Templeton: Its BENJI tokenized money market fund is now live on the network.

Potential Catalysts

Clarity Act: A potential regulatory catalyst. This legislation will help define the regulatory treatment of digital assets and blockchain infrastructure in the U.S., reducing uncertainty for banks and clearinghouses. Currently, Polymarket predicts a roughly 60% probability that it will be signed into law by 2026.

Advancement of the DTCC tokenization platform: DTCC plans to launch a production-grade platform in the second half of 2026. If Canton is used as a settlement environment, it will significantly expand the range of assets and trading activities.

Potential Risks

Token concentration: CC ownership is concentrated among a few participants. The top few reward recipients account for approximately 54% of the circulating supply. If large holders cash out, it could create selling pressure.

Limited market liquidity: As of now, the depth of the Bybit spot market (around -2%) is approximately $350,000; this means that if large holders choose to reduce their holdings, even relatively small transactions can significantly impact price movements, exacerbating market volatility. However, over time, if more exchanges list this token, market liquidity is expected to improve. Since the beginning of the year, exchanges like OKX and Robinhood have successively listed CC, which is expected to gradually enhance its trading depth and broaden market access.

Background factors: It is important to note that these balances primarily belong to core contributors and infrastructure providers, being operational rather than speculative. The Canton Foundation recently approved a proposal allowing super validators to lock part of their rewards to maintain validator weight, which helps strengthen long-term consistency and reduce the likelihood of large-scale sell-offs.

Conclusion

Canton represents one of the most reliable attempts to bring traditional financial infrastructure on-chain. Its architecture is designed around institutional needs, and early adoption by organizations like DTCC, Nasdaq, and Broadridge indicates that the network is gaining traction.

While many activities are still in early stages, with simultaneous expansions of institutional and application activity, Canton is likely to become an increasingly central coordination layer in financial markets.

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