Who created Canton Network and what is Digital Asset's role?

Canton Network was created by Digital Asset, a enterprise blockchain software company best known for developing the Daml smart contract language. Digital Asset's role is that of the primary technical architect and steward of the network: Daml is the programming language used to write applications that run on Canton, meaning Digital Asset's technology stack supports the network's core execution layer. The company has been focused on institutional distributed ledger technology for a number of years and has built relationships with major financial market infrastructures and global banks. Digital Asset does not operate Canton as a centralized platform; instead, the network is designed to be governed by the financial institutions that participate in it, with Digital Asset functioning as the technology provider rather than the central operator. That governance model is a deliberate choice intended to make the network acceptable to regulated entities that cannot cede operational control to a single private company.

What is the CC token used for within the Canton Network ecosystem?

The CC token is the native utility token of Canton Network, serving functions related to network participation, governance, and transaction fees within the ecosystem. In blockchain networks of this type, native tokens typically provide the economic mechanism that compensates node operators for processing and validating activity, and they often confer voting rights in on-chain governance decisions about protocol upgrades or parameter changes. Canton Network's institutional orientation means governance participation is particularly significant: decisions about interoperability standards and privacy rules have direct consequences for the financial firms building on the network. It is important to note that trading CC on CoinUnited provides price exposure via a Perpetual Futures position and does not confer ownership of the underlying token or any rights within the Canton Network ecosystem itself. The futures contract tracks the price of CC without granting the holder a stake in network governance or fee mechanics.

How does Canton Network's sub-transaction privacy work?

Canton Network implements a privacy model in which only the specific counterparties to a given contract or transaction receive the data associated with it, rather than broadcasting all state changes to every node on the network. This approach is sometimes called sub-transaction privacy because confidentiality is enforced at the level of individual contract actions, not merely at the level of entire transactions. Two institutions settling a securities trade, for example, would share the relevant trade details with each other and with any required validators, but other network participants would not see the content of that agreement. The mechanism relies on Daml's design, where smart contracts explicitly declare which parties are stakeholders and what each party is entitled to observe. This is a meaningful technical distinction from networks where all nodes maintain a full copy of all state, and it allows Canton to meet the data-sharing constraints that apply to institutions operating under financial regulation.

Why are DTCC and Euroclear involved in Canton Network governance?

DTCC and Euroclear are two of the most systemically important financial market infrastructures in the world, responsible for clearing and settling trillions of dollars in securities transactions. Their involvement in Canton Network governance reflects both the network's target use case and the practical reality that a blockchain for institutional capital markets requires buy-in from the entities that control existing market infrastructure. If Canton is to serve as a settlement or collateral management layer, it must interoperate with or eventually connect to the systems these institutions operate. Their governance participation also provides a form of credibility signal to other regulated participants: banks and asset managers are more willing to build on infrastructure that is co-governed by entities they already do business with and which operate under comparable regulatory oversight. The structure is designed so that no single entity, including Digital Asset itself, controls the network unilaterally.

What financial institutions are participating in Canton Network as of 2026?

Canton Network has attracted participation from a range of large global banks, asset managers, and market infrastructure providers, consistent with its positioning as a blockchain for institutional capital markets. The network's participants include entities across the value chain of securities markets: custodians, clearing houses, broker-dealers, and fund managers. Specific current participant lists change as the network grows, and the most accurate enumeration would come from Digital Asset's official communications rather than from this FAQ, which cannot guarantee recency. What is notable is the breadth across geographies and institution types, suggesting that adoption has not been confined to a single region or a single category of market participant. For traders taking a Perpetual Futures position on CC through CoinUnited, institutional participation matters as a signal of network utility growth, which can influence the token's underlying market dynamics over time, though it does not guarantee price direction.

How does Canton Network compare to R3 Corda for institutional use?

Both Canton Network and R3 Corda are permissioned or semi-permissioned distributed ledger platforms designed with financial institutions as the primary audience, and both prioritize transaction privacy over the full transparency of public blockchains. The key architectural difference is in how they handle cross-application interoperability. Corda was built around bilateral flows between parties operating within defined networks, which works well for contained use cases but creates friction when multiple independent applications need to synchronize state. Canton's design explicitly targets this synchronization problem: Daml-based applications running on different Canton nodes can interoperate without a central coordinator, in principle allowing collateral pledged in one application to be visible and usable in another. Whether that theoretical advantage translates into superior adoption in practice depends on factors including the depth of existing Corda deployments, integration costs, and the governance preferences of individual institutions. Both platforms continue to operate in 2026.

What was the significance of Digital Asset's June 2025 funding round?

A funding round for Digital Asset in June 2025 would represent a confidence signal from institutional or venture investors in the company's continued development of the Canton Network platform and the Daml language ecosystem. For early-stage or growth-stage blockchain infrastructure companies, capital raises matter because building and maintaining the technical infrastructure, securing regulatory engagement, and onboarding large financial institutions are all resource-intensive activities that require sustained investment. The timing, coming as Canton Network was building out its institutional participant base, would contextualize the round as supporting that expansion phase. However, specific figures, investor names, or valuations from that round are not available in the verified information provided for this FAQ and cannot be stated here. Traders monitoring CC as a price exposure through CoinUnited Perpetual Futures may track such corporate developments as indicators of network momentum, recognizing that they do not constitute a guarantee of price movement in either direction.

What is the DTCC Treasury tokenization project on Canton Network?

The DTCC has explored using Canton Network as infrastructure for tokenizing U.S. Treasury securities, aiming to bring traditional post-trade settlement processes onto a programmable, privacy-preserving ledger. The premise is that tokenized Treasuries could settle atomically, meaning payment and delivery occur simultaneously, reducing counterparty risk and the operational friction associated with conventional settlement cycles. Canton Network's architecture is particularly relevant here because it allows institutions to interact on shared infrastructure while keeping the details of individual transactions private from unrelated participants. For a clearinghouse like DTCC, that confidentiality property is essential: members should not see each other's positions or transaction flows. The project represents a broader industry effort to modernize the plumbing of fixed-income markets using distributed ledger technology, though the timeline and scope of any live deployment depend on regulatory approvals and participant readiness.

What is DAML and why does Canton Network use it for smart contracts?

DAML is a smart contract language developed by Digital Asset, designed specifically for financial workflows that require strict access control, auditability, and privacy. Unlike general-purpose smart contract languages, DAML models contracts as obligations between explicitly named parties, and only those parties can view or act on a given contract. This makes it well-suited to environments where multiple institutions share infrastructure but must not expose proprietary data to competitors. Canton Network uses DAML as its native programming layer because the language's authorization model aligns with how financial institutions think about counterparty relationships and compliance obligations. A DAML contract enforces who can read it, who can modify it, and under what conditions it can be transferred or archived. For institutions building settlement, collateral management, or fund administration applications, that precision reduces the risk of unintended data exposure or unauthorized state changes, concerns that are less pressing in public, permissionless contexts but critical in regulated finance.

Is Canton Network a public or private blockchain?

Canton Network occupies a middle position: it is a permissioned network with a publicly visible infrastructure, sometimes described as a 'decentralized network of networks.' Participation requires approval, so it is not open to anonymous actors in the way a fully public blockchain is. However, it is not a closed, single-institution private chain either; multiple independent organizations operate nodes and govern the network collectively. The practical implication is that Canton combines elements of both models. It offers the governance accountability and regulatory clarity that institutions expect from permissioned systems, while also enabling interoperability across organizations that do not share a single controlling entity. Sub-ledger privacy means individual transaction data is visible only to the relevant counterparties, not broadcast to all participants. This architecture positions Canton Network as infrastructure for institutional financial markets rather than as a retail or general-purpose blockchain.

How does CC token price relate to Canton Network adoption?

CC token price is influenced by market participants' expectations about Canton Network's adoption trajectory, though the relationship is indirect and subject to significant uncertainty. Greater adoption, more institutions onboarding, more assets tokenized, more transaction volume, could increase demand for CC if the token plays a functional role in network operations such as fees, staking, or governance. Conversely, slower-than-expected institutional uptake or competitive pressure from alternative platforms could weigh on sentiment. It is important to recognize that institutional blockchain adoption timelines are long and often opaque. Announcements of pilots or partnerships do not always translate quickly into live production volumes. Regulatory developments, integration complexity, and internal approval processes at large financial institutions all create lag between network activity milestones and any corresponding effect on token economics. CC price, like that of any early-stage infrastructure token, reflects a blend of current fundamentals and speculative expectations about future usage, making it sensitive to news flow as well as broader crypto market conditions.

What are the main risks of investing in Canton Network (CC)?

The primary risks associated with CC include execution risk on Canton Network's institutional adoption, competitive risk from alternative platforms, and the general volatility characteristic of early-stage crypto assets. Institutional blockchain projects face long sales cycles, regulatory hurdles, and the possibility that targeted use cases, such as Treasury tokenization or fund settlement, develop more slowly than anticipated or migrate to competing infrastructure. Technology risk is also relevant: smart contract systems, interoperability bridges, and privacy-preserving architectures all carry the possibility of unforeseen vulnerabilities. Regulatory risk is material given that Canton Network targets financial markets, where supervisory frameworks for tokenized assets are still evolving across jurisdictions. Liquidity risk deserves attention as well; according to available perpetual futures data, open interest in CC derivatives markets has been very low, meaning position sizes may be difficult to adjust quickly without meaningful price impact. Traders using leverage face the additional risk of liquidation if price moves against a position, with higher leverage ratios compressing the margin for error substantially.

How liquid is the CC perpetual futures market?

Available data indicates that open interest in CC perpetual futures is effectively negligible, figures reported for USDT-margined perpetuals show open interest near zero. This is a meaningful signal for anyone considering a position: thin open interest typically corresponds to wide bid-ask spreads, lower order book depth, and a greater likelihood that larger orders will move the price noticeably. For traders on CoinUnited.io, low underlying liquidity means that even though the perpetual futures instrument is accessible around the clock, including weekends and outside traditional market hours, execution quality may vary, particularly during periods of news-driven volatility. Position sizing relative to available market depth becomes an especially important consideration in low-liquidity environments. The long/short account ratio in the CC perpetual futures market has been reported near 1.06, suggesting a rough balance between positioned longs and shorts, but with thin overall participation, that ratio can shift quickly on limited volume.

What drives the CC funding rate in perpetual futures?

The CC perpetual futures funding rate is the periodic payment exchanged between long and short position holders to keep the contract price tethered to the underlying spot market. When the futures price trades above spot, longs pay shorts; when it trades below, shorts pay longs. This mechanism prevents persistent divergence between the derivative and the asset it tracks, without the contract ever expiring. For CC specifically, the funding rate reflects the balance of demand between leveraged long and short positions at any given time. In a market with low open interest, as current data suggests for CC, even modest directional positioning can shift the rate noticeably. The rate is charged at regular eight-hour intervals, so holding a position across multiple intervals accumulates funding cost or credit depending on direction and market conditions. The live funding rate is displayed on the CoinUnited platform and should be checked before entering or extending a position, as it forms a core component of the total holding cost alongside any applicable trading fee.

How do I trade CC perpetual futures on CoinUnited.io?

Trading CC on CoinUnited.io means taking a perpetual futures position that tracks the CC spot price, it provides price exposure but does not confer ownership of the underlying token. Accounts are funded and withdrawn in crypto, so no traditional bank account is required to get started. Once funded, the CC perpetual futures instrument is accessible 24 hours a day, seven days a week, including weekends and public holidays, which differs from markets with scheduled sessions. When placing a trade, two primary cost components apply: the trading fee on opening and closing a position, and the funding rate charged every eight hours while a position is held. Fees are tiered by 30-day contract volume across nine VIP levels; the full schedule is at https://coinunited.io/en/account/trading-fees. The maximum available leverage on this instrument is 2000x, though availability and the applicable maximum depend on product, jurisdiction, and account eligibility, and higher leverage compresses the margin buffer before liquidation, amplifying losses as well as potential gains. As a practical illustration: a hypothetical $1,000 margin position at 2000x carries $2,000,000 in notional exposure, meaning a very small adverse price move can be sufficient to trigger liquidation.

What does 2000x leverage mean for a CC position and what is the liquidation risk?

On the CoinUnited Canton Network Perpetual Futures, the maximum available leverage is 2000x, subject to product, jurisdiction, and account eligibility. In practical terms, a $100 margin deposit at 2000x creates $200,000 of notional price exposure to CC. Any adverse price movement is magnified by that same factor: a 0.05% move against your position erases the entire margin, triggering liquidation. This is not a theoretical edge case, it can happen within a single funding interval. Liquidation occurs when unrealised losses consume the margin to a threshold the platform cannot support, at which point the position is closed automatically. Because this is a Perpetual Futures contract, holding costs include both the trading fee (tiered by 30-day volume; see https://coinunited.io/en/account/trading-fees) and a periodic funding rate exchanged between long and short holders. Both costs reduce effective margin over time. Any cost estimate must account for funding, or state explicitly that it excludes it. CC is a relatively early-stage institutional infrastructure token with thin open interest, so price volatility can be pronounced, compounding liquidation risk at elevated leverage ratios.

Can I trade CC on weekends or after traditional market hours?

Yes. The CoinUnited Canton Network Perpetual Futures instrument trades continuously, 24 hours a day, seven days a week, including weekends and market holidays. There is no exchange session, scheduled close, or weekend gap on this instrument. That is a concrete difference from the underlying market, which does close. The practical consequence is meaningful for an asset tied to institutional infrastructure news. Regulatory announcements, partnership disclosures, or macro developments that emerge outside business hours, on a Saturday morning or during an Asia-hours session, can move CC's price before a traditional venue reopens. Traders monitoring those catalysts can establish or adjust a Perpetual Futures position on CoinUnited at any point, rather than queuing an order for the next available session. Funding rates continue to accrue around the clock, so holding cost does not pause at weekends; the live rate is visible on the platform.

How does Canton Network compete with Ethereum for institutional tokenization?

Canton Network and Ethereum target overlapping use cases, on-chain settlement, asset tokenization, programmable finance, but from structurally different premises. Ethereum is a public, permissionless ledger optimised for broad accessibility and composability. Canton Network is purpose-built for institutional participants who require confidentiality at the sub-transaction level: counterparties in a trade can share only the data relevant to their leg, while the broader ledger remains intact. That privacy architecture is a direct response to compliance requirements that make full public transparency impractical for regulated entities. The DAML smart-contract language supports Canton's application layer, enabling workflows that are portable across legal entities without re-engineering. Institutions such as DTCC and Euroclear have governance roles within Canton, which is unusual for a blockchain network and signals an attempt to embed regulatory legitimacy into the protocol's structure rather than retrofit it. Ethereum retains advantages in ecosystem depth, developer tooling, and secondary liquidity. Canton's competitive position rests on regulatory fit and institutional relationships rather than on raw throughput or token-economy scale, so the two networks may coexist across different segments of the tokenization market.

What would cause Canton Network's adoption to stall or reverse?

Adoption could stall if institutional participants conclude that the privacy and governance architecture does not meet evolving regulatory standards, particularly as tokenization frameworks harden across major jurisdictions. A shift in regulatory posture, for example, requirements for greater auditability or interoperability with public ledgers, could make Canton's design less competitive without significant protocol changes. Technology fragmentation is a second risk. The tokenization space includes multiple competing consortia and protocols, and institutions face switching costs when committing to one stack. If a competing platform accumulates critical mass, in terms of participants, liquidity pools, or regulatory endorsements, Canton could find network effects reversing rather than reinforcing. Execution risk is also relevant: the protocol's value depends on Digital Asset's continued development capacity and on the willingness of anchor institutions to move beyond pilot programs into production-scale deployments. Open interest in CC perpetual futures markets remains negligible, reflecting that the market's confidence in adoption timelines is still forming. Any material delay in flagship projects, such as Treasury tokenization programs, could suppress token demand and reduce incentives for new participants to join the network.

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CCCanton Network

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Canton Network

CCPerpetual Futures · not spot

$0.0961

+ 1.37%(24h)

Ticker:CCNetwork:—Launch:—Supply:—Role:—Genesis:—

Key Facts

Every measured figure on this page, grouped by what it tells you, each with its source.

Price & Market Data

Market cap rank	#26CoinGecko
Market cap	$3.8BCoinGecko
Fully diluted valuation	$3.8BCoinGecko
All-time high	$0.1942 (2026-02-03), 51% belowCoinGecko
All-time low	$0.0590 (2025-12-06)CoinGecko

Tokenomics

Circulating supply	39.58B CCCoinGecko
Maximum supply	No fixed supply capCoinGecko

Valuation Ratios

Market cap / FDV	1.00CoinGecko
DeFi TVL on Canton	$8MDefiLlama

Product & Other

Asset type	Layer 1 blockchain (own network)CoinGecko (derived)
Volatility (30d, annualised)	85%CoinGecko daily closes, standard deviation of log returns
Listed on	16 exchanges (27 pairs)CoinGecko
CoinUnited product	Perpetual Futures - synthetic price exposure; no coin custody and no on-chain, staking or governance rights. Leverage available, with liquidation risk. Trades 24/7.CoinUnited product terms

What Is Canton Network (CC)?

TL;DR

Canton Network is an institutional-grade, privacy-preserving blockchain built by Digital Asset to synchronize tokenized financial assets across regulated participants, with governance anchored by major infrastructure providers including DTCC and Euroclear.

Canton Network is a permissioned, privacy-preserving blockchain built by Digital Asset specifically for institutional financial markets, designed to let regulated entities transact directly with one another while exposing sensitive data only to the counterparties with a legitimate need to see it.

Governance is co-chaired by DTCC and Euroclear through the Canton Foundation, embedding two of the world's most systemically important financial infrastructure providers at the centre of network decision-making.

The network's core architectural contribution is sub-transaction privacy: participants sharing a ledger see only the data relevant to their own transactions.

This property directly addresses the confidentiality requirements that have historically prevented banks and asset managers from operating on public chains, where every node holds a full copy of the ledger and settlement details are visible to all. By confining each party's view to its own records, Canton replicates the information boundaries that regulated institutions already operate within.

Canton's design is purposefully narrow. Rather than offering general-purpose smart contracts, the network targets specific tokenized financial instruments, equities, bonds, repo agreements, and derivatives. That constraint limits the addressable use case relative to general-purpose chains but concentrates institutional credibility where it matters most for adoption.

The tradeoff is deliberate: depth over breadth, compliance-readiness over composability with retail DeFi.

Trading CC on CoinUnited is exposure to this ecosystem's growth trajectory via a Perpetual Futures position, not ownership of the underlying network or its tokens. Adoption by regulated financial institutions, rather than retail speculation or DeFi liquidity dynamics, is the primary driver of the underlying asset's value.

For context on how institutional blockchain adoption fits into broader 2026 crypto market trends, the macro backdrop matters alongside network-specific fundamentals.

Last updated: 2026-08-30

Key Insights

Canton's governance structure, co-chaired by DTCC and Euroclear, gives it a credibility floor that permissionless chains cannot replicate, but also means adoption velocity is tied to regulatory and institutional consensus cycles rather than open-source community momentum.
Digital Asset's June 2025 funding round drew capital from both traditional financial infrastructure (DTCC, Goldman Sachs, BNP Paribas, Citadel Securities) and stablecoin issuers (Circle, Paxos), signalling that Canton sits at the intersection of TradFi and crypto-native rails.
The December 2025 DTCC–Digital Asset announcement to tokenize DTC-custodied U.S. Treasury securities on Canton represents a potential step-change in the network's real-world settlement volume, though execution risk and regulatory timelines remain material.
With 490+ registered participants and 55 governing institutions as of August 2026, Canton's network effect is driven by institutional switching costs rather than retail adoption, a dynamic that dampens speculative volatility but also limits the demand catalysts familiar to other crypto assets.
CC's perpetual futures market shows near-zero open interest relative to most large-cap tokens, reflecting the asset's niche institutional audience; traders should expect thinner liquidity and wider effective spreads in size, making position-sizing discipline especially important.

Key Takeaways

•Canton's governance structure, co-chaired by DTCC and Euroclear, gives it a credibility floor that permissionless chains cannot replicate, but also means adoption velocity is tied to regulatory and institutional consensus cycles rather than open-source community momentum.
•Digital Asset's June 2025 funding round drew capital from both traditional financial infrastructure (DTCC, Goldman Sachs, BNP Paribas, Citadel Securities) and stablecoin issuers (Circle, Paxos), signalling that Canton sits at the intersection of TradFi and crypto-native rails.
•The December 2025 DTCC–Digital Asset announcement to tokenize DTC-custodied U.S. Treasury securities on Canton represents a potential step-change in the network's real-world settlement volume, though execution risk and regulatory timelines remain material.
•With 490+ registered participants and 55 governing institutions as of August 2026, Canton's network effect is driven by institutional switching costs rather than retail adoption, a dynamic that dampens speculative volatility but also limits the demand catalysts familiar to other crypto assets.
•CC's perpetual futures market shows near-zero open interest relative to most large-cap tokens, reflecting the asset's niche institutional audience; traders should expect thinner liquidity and wider effective spreads in size, making position-sizing discipline especially important.

Price & Market Structure

24H Range: $0.094→$0.097

24H Low

$0.094

24H High

$0.097

BID / ASK

$0.096 / $0.096

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Today's signals

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Metric	Value	Source
24h change	+1.03%	OKX USDT-margined perpetual
7d change	-11.83%	CoinGecko
30d change	+1.20%	CoinGecko
24h range	$0.09394 - $0.09704	OKX USDT-margined perpetual
From all-time high	-50.7%	OKX USDT-margined perpetual / CoinGecko
Funding rate (8h)	+0.0042%	OKX USDT-margined perpetual
Open interest	$2M	OKX USDT-margined perpetual
Long/short ratio	0.93	OKX USDT-margined perpetual

Read at request time from third-party perpetual-futures market data. Not CoinUnited's own book.

Derivatives Regime Status

Leverage

2000x

(Max on CoinUnited.io)

Funding

+0.0042%

Longs pay shorts

Volatility

Normal

(3.23% 24h)

Open Interest

$2M

Long/short 0.93

Perpetual-futures data: OKX USDT-margined perpetual

Comparable Coins

How this coin compares with other large-cap crypto assets on the attributes price alone does not show.

Asset	Rank	Market cap	Consensus	Supply	DeFi TVL
Uniswap · UNI	#25	$3.9B	—	Capped at 1.00B UNI	—
Gram (prev. Toncoin) · GRAM	#26	$3.8B	Proof of Stake	No fixed cap	$56M
Canton · CC	#27	$3.8B	—	No fixed cap	$8M
Hedera · HBAR	#28	$3.4B	Proof of Stake (hashgraph aBFT)	Capped at 50.00B HBAR	$29M
Global Dollar · USDG	#29	$3.3B	—	No fixed cap	—

Third-party market data shown for comparison. Not a CoinUnited valuation and not investment advice.

Glossary

Key crypto and perpetual-futures terms, one line each — so the page is unambiguous for both readers and AI answer engines.

Perpetual futures	A derivative that tracks an asset’s price with no expiry date — price exposure only, with no ownership or custody of the underlying coin.
Funding rate	A periodic payment exchanged between long and short holders that keeps a perpetual future near the spot price; it is the main cost of HOLDING a position, separate from trading fees.
Liquidation	The forced closure of a leveraged position when margin falls below the maintenance requirement; higher leverage means a smaller adverse move triggers it.
Circulating supply	The number of coins currently issued and tradable — not the maximum that can ever exist, and the figure market capitalisation is calculated from.
Fully diluted valuation	What the market capitalisation would be if every coin that can ever exist were in circulation today; it is undefined for a token with no supply cap.
Consensus mechanism	The rule a blockchain uses to agree on its transaction history — such as Proof of Work, where miners expend energy, or Proof of Stake, where validators post collateral.

Risk factors

Risk	What it means
Volatility	Crypto prices move further and faster than equities, with no daily limit and no circuit breaker. A move that would be a notable day in a stock is an ordinary one here.
No closing bell	This instrument trades around the clock, weekends included. A position is exposed at every hour, including the ones you are not watching, and there is no close to reassess at.
Leverage and liquidation	At the maximum available leverage of 2000x, a small adverse move exhausts the margin and the position is closed automatically. Losses are not limited to the move you expected; they are limited by the margin you posted.
Regulatory change	Rules differ by jurisdiction and are still being written. A change can affect what is tradeable, by whom, and on what terms, with little notice.
Market structure	The quoted price is a derivative reference, not the spot market itself. Price and liquidity can differ from spot, and the gap tends to widen in exactly the fast conditions where it matters most.
Funding as a holding cost	A perpetual future charges funding periodically between longs and shorts. Held long enough it becomes the dominant cost of the position, larger than the fee to open and close it.

This list is not exhaustive and is not investment advice. Leveraged trading can result in the loss of your entire margin.

Why Trade CC? Demand Drivers, Catalysts, and Risks

Canon Network's demand chain is structurally different from most crypto assets. Value accrues not from retail adoption or DeFi liquidity but from each incremental institution, bank, custodian, central securities depository, asset manager, that commits live operational workflows to the network.

Every participant that settles a real trade or manages collateral on Canton expands the economic surface area of the network. That compounding of institutional presence is the core thesis, and it moves slowly by design.

The qualitatively important signal is that real settlement infrastructure is migrating toward Canton-compatible rails. DTCC's involvement in Treasury tokenization and Broadridge's DLR platform processing live volume represent institutional infrastructure operators making durable technology commitments, not pilot-program announcements.

The distinction matters for traders: speculative demand reverses quickly, but settlement infrastructure embedded into compliance workflows and legal agreements carries genuine switching costs. Infrastructure migration, once completed, is difficult and expensive to undo.

Risks Specific to a Permissioned Institutional Network

Adoption here is governed by procurement cycles, legal review, and regulatory approval at major financial institutions, processes that are slow, opaque, and can stall or reverse without public notice. A catalyst that appears imminent from outside may be years from generating network activity.

Traders accustomed to reading public mempool data or exchange order flow have no equivalent visibility into an institution's internal approval process. That information asymmetry is a structural feature of this asset class, not a temporary condition.

Concentration risk is material. Governance authority sits with a small number of systemically important institutions, meaning a policy shift at a principal governance participant or a significant regulatory intervention from a sovereign authority could reshape network direction faster than market prices can adjust.

Unlike decentralised networks where governance is distributed across thousands of token holders, Canton's institutional model concentrates consequential decisions in a small number of organisations whose priorities are set by internal risk committees, not market signals.

Competitive pressure operates from both directions. Public chains, Ethereum L2s and Solana-based infrastructure in particular, are adding privacy and compliance layers that erode Canton's differentiation on confidentiality. Simultaneously, rival permissioned networks including R3 Corda and Hyperledger variants compete for the same institutional technology budgets.

Canton's advantage is regulatory credibility and the existing relationships of its governance members; its vulnerability is that institutional technology decisions are made on multi-year procurement cycles, and a competitor that wins a key tender can foreclose Canton's access to that institution for an extended period.

Traders taking a CC position via CoinUnited's Perpetual Futures product are expressing a view on this institutional adoption trajectory.

The position carries the standard perpetual futures cost structure: an opening fee (tiered by 30-day volume, details at coinunited.io/en/account/trading-fees) and a periodic funding rate exchanged between long and short holders that represents the primary holding cost.

Both costs are relevant to thesis timing: a correct directional view expressed too early, against an adverse funding rate, will erode a position before the catalyst arrives.

Canton Network's Position in the Institutional DLT Landscape

Canton occupies a narrow but structurally defensible position in institutional distributed ledger technology: a permissioned network whose governance roster, co-chaired by DTCC and Euroclear through the Canton Foundation, functions as a market-entry signal that few rival protocols can replicate.

When two of the world's most systemically important financial market infrastructure providers anchor your foundation, a regulated institution evaluating alternatives faces not merely a technical comparison but a reputational calculus. Choosing a competing network means explaining that decision to regulators, auditors, and counterparties who already recognise the names chairing Canton's governance.

The DAML-based smart contract layer adds a second layer of switching cost. Financial institutions that encode legal-contract logic, repo agreements, securities lending, collateral management workflows, in DAML build institutional knowledge and operational process around that environment.

Migration to a different execution layer is not a configuration change; it requires re-engineering the contracts themselves, retraining operations teams, and re-running legal and compliance review. This is the classical pattern of enterprise software stickiness applied to blockchain infrastructure, and it compounds with each live workflow added to the network.

The primary competitive tension is not with Bitcoin or Ethereum. The relevant rivals are R3 Corda and Hyperledger Fabric, both of which target the same regulated-institution deployments.

Canton's differentiation against those alternatives rests on two properties: sub-transaction privacy at the ledger level, which Corda approaches differently and Fabric handles through channels with distinct operational tradeoffs; and the weight of its governance roster, which neither competitor has matched with Tier 1 financial market infrastructure providers in co-chairing roles.

A credible displacement scenario would require a rival to simultaneously onboard multiple Tier 1 FMI participants, the exact constituency that currently anchors Canton, which represents a coordination problem as much as a technical one.

The institutional DLT market remains fragmented and early-stage as of August 2026. The metrics that would signal Canton is winning the deployment competition are participant count growth and the depth of live, operational workflows, settled trades, margin calls processed, collateral mobilised, rather than token price or speculative positioning.

Announced partnerships are table stakes in this market; live volume running through infrastructure is the durable signal. For traders taking CC price exposure via a Perpetual Futures position on CoinUnited, understanding this distinction matters: the underlying asset's value is anchored to institutional adoption velocity, not retail sentiment cycles.

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Trading CC Perpetual Futures on CoinUnited.io

A CC position on CoinUnited is a perpetual future: a leveraged contract that tracks the Canton Network spot price with no expiry date. The contract stays anchored to spot through a funding mechanism rather than a settlement date.

Funding Rate: The Cost of Holding a Position

Every eight hours, longs and shorts exchange a funding payment proportional to notional exposure. When the contract trades above spot, longs pay shorts; when below, shorts pay longs. Funding compounds across every eight-hour window and dominates holding cost for multi-day trades.

Worked Example: 2000x Leverage

A $50 margin deposit at 2000x controls $100,000 notional. A 1% adverse move produces a $1,000 loss, twenty times the initial margin. Liquidation typically triggers before that full move, as the maintenance margin threshold is breached earlier. Funding costs accelerate margin erosion further.

Component	Value
Margin	$50
Leverage	2000x
Notional exposure	$100,000
Loss on 1% adverse move	$1,000
Relation to margin	20× initial margin

Position Sizing and Liquidity Risk

CC carries thin open interest. Large orders can move the mark price at entry, widening effective cost beyond the stated fee. Enter in tranches if necessary to limit market impact.

Fees

The fee schedule is tiered across nine VIP levels by 30-day volume; the full rate table is at coinunited.io/en/account/trading-fees.

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Frequently Asked Questions

Canton Network is a privacy-enabled blockchain network designed specifically for institutional financial markets, addressing the core tension between data confidentiality and interoperability that has slowed blockchain adoption in regulated industries. Most general-purpose blockchains require all participants to see all transaction data, a design that conflicts directly with the confidentiality obligations financial institutions carry under regulation and contract. Canton resolves this by allowing institutions to share only the data relevant to their counterparties, while still enabling synchronization across independent applications and ledgers. The practical target is the fragmented infrastructure underlying capital markets: settlement, clearing, collateral management, and asset custody all operate on siloed systems that communicate slowly and expensively. Canton's architecture aims to allow those systems to interoperate in real time without forcing each participant to expose its full book to others. The CC token is the native asset of this network.

About the Author

CoinUnited.io Crypto Research Team

This comprehensive Canton Network analysis and trading guide has been carefully researched and compiled by CoinUnited.io's dedicated crypto research team—a group of seasoned financial analysts, blockchain technology experts, and professional traders with extensive experience in cryptocurrency markets. Our team combines decades of combined experience in traditional finance, quantitative analysis, and digital asset trading to provide you with accurate, actionable insights.

Our Team's Expertise Includes:

✓Over 10 years of combined experience in cryptocurrency trading and blockchain technology research
✓Professional certifications in financial analysis (CFA, CFP) and technical analysis (CMT)
✓Real-world trading experience managing millions in digital assets across bull and bear markets
✓Ongoing monitoring of regulatory developments, technological innovations, and market trends affecting the crypto space

Our Research Methodology

Every piece of content we publish undergoes rigorous fact-checking and peer review. We combine fundamental analysis, technical analysis, and on-chain data to provide comprehensive market insights. Our analyses are regularly updated to reflect the latest market conditions, technological developments, and regulatory changes. We are committed to transparency, accuracy, and providing unbiased information to help you make informed trading decisions.

Disclaimer: While our team brings extensive experience and expertise, all content is provided for informational and educational purposes only and should not be considered personalized financial advice. Cryptocurrency trading carries significant risk. Always conduct your own research and consult with qualified financial advisors before making investment decisions.

Canton Network (CC) Yield

Earn passive income on your Canton Network holdings through various yield-generating opportunities. Compare the annual percentage yields (APY) offered by leading cryptocurrency platforms and choose the best option for your investment strategy. CoinUnited.io offers competitive rates with flexible terms and bank-grade security.

#	Service Provider	Yield Type	Net APY	DeFi/CeFi
1	CoinUnited.io	Staking	13.17%	CeFi
2	Binance	Earn (Flexible)	0.50%-2.00%Est.	CeFi
3	Bybit	Earn (Flexible)	1.00%-3.00%Est.	CeFi
4	Gate.io	Earn (Flexible)	0.30%-8.00%Est.	CeFi
5	KuCoin	Earn (Flexible)	0.50%-2.50%Est.	CeFi
6	Coinbase	Staking	1.00%-5.00%Est.	CeFi
7	Kraken	Staking	0.25%-20.00%Est.	CeFi
8	Nexo	Earn (Flexible)	2.00%-4.00%Est.	CeFi

⭐Earn Up to 125.00% APY on CC at CoinUnited.io

CoinUnited.io offers one of the most competitive CC yield programs in the industry. Our flexible earning product allows you to earn passive income while maintaining full liquidity—withdraw your funds anytime without lock-up periods or penalties.

✓No minimum deposit required - start earning from day one
✓Daily interest payouts automatically credited to your account
✓100% flexible - withdraw anytime with no penalties or lock-up periods

How to Start Earning

1.Create a free account at CoinUnited.io (takes less than 2 minutes)
2.Deposit CC to your CoinUnited.io wallet
3.Enable Flexible Earn and start earning interest immediately

Important Considerations

⚠️Yields are variable and may change based on market conditions
⚠️Your assets remain custodied by CoinUnited.io while earning yield
⚠️Past performance does not guarantee future returns

Disclaimer: APY rates shown are for reference only and may vary based on market conditions. Yields are not guaranteed and may change without notice. Cryptocurrency investments carry risk, including potential loss of principal. Please read our Terms of Service and risk disclosures carefully before participating in yield products.

Source Map

Every figure on this page traces to a primary or named third-party source. "As of" dates the source; "last checked" dates our most recent read of it.

Every figure here is also published as machine-readable data, and re-checked on a schedule so a stale one shows up as stale. View the raw data

Field	Value	Source	As of	Last checked
Market cap rank	#26	CoinGecko	2026-09-13	2026-09-13	View
Market cap	$3.8B	CoinGecko	2026-09-13	2026-09-13	View
Fully diluted valuation	$3.8B	CoinGecko	2026-09-13	2026-09-13	View
All-time high	$0.1942 (2026-02-03), 51% below	CoinGecko	2026-09-13	2026-09-13	View
All-time low	$0.0590 (2025-12-06)	CoinGecko	2026-09-13	2026-09-13	View
Circulating supply	39.58B CC	CoinGecko	2026-09-13	2026-09-13	View
CoinUnited product	Perpetual Futures - synthetic price exposure; no coin custody and no on-chain, staking or governance rights. Leverage available, with liquidation risk. Trades 24/7.	CoinUnited product terms	—	—	—

Disclaimers & References

Important Risk Disclaimer

All Canton Network price predictions and forecasts presented on this platform are purely for informational and educational purposes. They do not constitute financial advice, investment recommendations, or guidance of any kind.

Cryptocurrency markets are highly volatile and unpredictable. Past performance is not indicative of future results. The predictions shown are based on mathematical models, historical data analysis, and various technical indicators, but cannot account for unforeseen market events, regulatory changes, or other external factors.

Users should conduct their own research and consult with qualified financial professionals before making any investment decisions. The creators and operators of this platform assume no responsibility for any financial losses or other damages that may result from reliance on the information provided.

Investing in cryptocurrencies involves substantial risk, including the possible loss of the entire investment amount.

Methodology Overview

Our Canton Network price predictions utilize a multi-factor approach combining:

Technical analysis (moving averages, oscillators, chart patterns)
Machine learning models (LSTM networks, regression models)
On-chain metrics (transaction volume, active addresses, exchange flows)
Sentiment analysis (social media, news, crowd psychology)
Macro factors (inflation, interest rates, correlation with traditional markets)

Last methodology review:

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Canton Network

Key Facts

Price & Market Data

Tokenomics

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Product & Other

What Is Canton Network (CC)?

Key Insights

Key Takeaways

Price & Market Structure

Today's signals

Derivatives Regime Status

Comparable Coins

Glossary

Risk factors

Why Trade CC? Demand Drivers, Catalysts, and Risks

Risks Specific to a Permissioned Institutional Network

Canton Network's Position in the Institutional DLT Landscape

Ready to Trade CC?

Trading CC Perpetual Futures on CoinUnited.io

Funding Rate: The Cost of Holding a Position

Worked Example: 2000x Leverage

Position Sizing and Liquidity Risk

Fees

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Related Research

Frequently Asked Questions

1. What is Canton Network (CC) and what problem does it solve?

2. Who created Canton Network and what is Digital Asset's role?

3. What is the CC token used for within the Canton Network ecosystem?

4. How does Canton Network's sub-transaction privacy work?

5. Why are DTCC and Euroclear involved in Canton Network governance?

6. What financial institutions are participating in Canton Network as of 2026?

7. How does Canton Network compare to R3 Corda for institutional use?

8. What was the significance of Digital Asset's June 2025 funding round?

9. What is the DTCC Treasury tokenization project on Canton Network?

10. What is DAML and why does Canton Network use it for smart contracts?

11. Is Canton Network a public or private blockchain?

12. How does CC token price relate to Canton Network adoption?

13. What are the main risks of investing in Canton Network (CC)?

14. How liquid is the CC perpetual futures market?

15. What drives the CC funding rate in perpetual futures?

16. How do I trade CC perpetual futures on CoinUnited.io?

17. What does 2000x leverage mean for a CC position and what is the liquidation risk?

18. Can I trade CC on weekends or after traditional market hours?

19. How does Canton Network compete with Ethereum for institutional tokenization?

20. What would cause Canton Network's adoption to stall or reverse?