DTCC Enters the Blockchain Era: Institutional-Grade RWA Infrastructure Competition Among Hedera, Ethereum, and Canton

In May 2026, the Depository Trust & Clearing Corporation (DTCC) officially released its phased roadmap for tokenized securities services. The plan calls for a limited live trading pilot in July, followed by full commercial launch in October. The initial rollout will cover Russell 1000 index constituents, major index ETFs, and US Treasuries. More than 50 institutions—including BlackRock, JPMorgan, Goldman Sachs, Nasdaq, NYSE, Circle, and Robinhood—have joined DTCC’s industry working group.

Market attention quickly shifted to the sweeping narrative of RWA (Real World Asset) tokenization. Yet a more fundamental question has been temporarily set aside: When Wall Street truly begins to choose a blockchain, what standards will guide its decision?

For years, the crypto industry’s Layer 1 evaluation framework has focused on throughput, decentralization, and ecosystem scale. However, for financial institutions operating under established regulatory regimes, the real dividing line isn’t "optimal performance"—it’s "regulatory compatibility." The key is which protocol enables institutions to justify their choices to boards, regulators, and auditors. This is where governance architecture comes into play, and it’s becoming the true moat in enterprise Layer 1 competition.

DTCC On-Chain: Wall Street Enters the Blockchain Selection Cycle

A Three-Year Chain of Technology and Policy

To accurately assess the significance of current events, we need to trace a tightly linked line of policy and technical evolution:

This timeline reveals a clear trend: DTCC’s move on-chain is not a one-off tech experiment, but a layered progression from proof-of-concept to regulatory approval and then to cross-institutional collaboration. Once the regulatory framework is in place, blockchain selection logic shifts from "whose technology is most aggressive" to "whose governance best fits compliance requirements."

Why Governance Architecture Is Critical at This Juncture

DTCC subsidiaries processed roughly $3 trillion in securities transactions in 2024. Every step of its tokenization pilot directly impacts the underlying settlement infrastructure of capital markets. Selecting one or several blockchains as the asset transfer layer is essentially choosing a "systemic trust mechanism." This elevates the governance models of different Layer 1s—who can modify network parameters, who has final authority over upgrades—from a technical topic to a core institutional adoption criterion.

Comparing Governance Architectures Across Five Enterprise Layer 1s

The Market Fundamentals of Enterprise Blockchains

Before diving into architecture comparisons, let’s clarify the scale of the sector. According to multiple sources, the RWA tokenization market has grown from about $85 million in 2020 to roughly $24 billion by 2025. Standard Chartered maintains its forecast: market size will rise from $35 billion in October 2025 to $2 trillion by the end of 2028.

Boston Consulting Group is even more bullish, projecting that by 2030, the RWA tokenization market will reach $16.1 trillion—about 10% of global GDP. Meanwhile, tokenized equities alone have grown from roughly $375 million in May 2025 to $1.21 billion in May 2026.

These figures indicate that trillions of dollars in traditional assets will flow onto blockchains in the coming years. For these assets, the choice of underlying infrastructure is driven not by performance, but by governance.

Three Governance Models

Enterprise Layer 1 governance structures can be categorized into three models, each with fundamental differences in decision-making authority, compliance friendliness, and auditability:

Model 1: Enterprise Council Governance

Represented by Hedera Hashgraph. The network is managed by a council of up to 39 organizations, each with equal voting rights—one vote per institution, rotating terms, and no permanent control. The council decides network parameters, treasury management, and strategic direction.

As of May 2026, Hedera’s council includes Google, IBM, Dell, Deutsche Telekom, LG, Shinhan Bank (Korea), South Africa’s Standard Bank, Nomura Securities, Boeing, BitGo, EDF, Repsol, Dentons, DLA Piper, ServiceNow, Ubisoft, Avery Dennison, and other global enterprises. In February 2026, FedEx joined the council and operates a network node. On March 25, 2026, the McLaren racing team officially joined, enjoying equal voting rights alongside Google, IBM, and FedEx.

Council membership continues to approach the 39-organization cap, spanning technology, finance, telecom, energy, legal, academia, and consumer sectors.

Model 2: Decentralized Community Governance

Represented by Ethereum. Ethereum’s governance follows an "off-chain coordination + EIP process" model: core developers, researchers, and community stakeholders publicly discuss and propose upgrades, while node operators independently decide whether to adopt them. No single entity has ultimate control over network parameters.

This model excels in decentralization and censorship resistance, but governance decisions are distributed and lack a clear "responsible party" to respond to regulatory compliance inquiries. For financial institutions requiring formal accountability, this ambiguity poses real challenges.

On the enterprise side, Ethereum has responded functionally through its Layer 2 ecosystem. In 2026, the Enterprise Ethereum Alliance (EEA) hosted its first institutional Ethereum breakfast series, gathering financial institutions, infrastructure providers, and protocol engineering teams. BlackRock’s BUIDL fund is deployed on Polygon (an Ethereum Layer 2 scaling solution). Notably, these enterprises act as "users" within the Ethereum ecosystem, not "governors"—they do not hold voting rights over the network itself.

Model 3: Consortium Governance

Represented by Canton Network. Canton, built by Digital Asset Holdings, is designed as an open, permissioned Layer 1 for institutional finance, featuring configurable privacy. DTCC has chosen Canton as the underlying infrastructure for tokenized US Treasuries. JPMorgan’s USD-denominated deposit token is scheduled for phased issuance on Canton in 2026.

Canton’s governance model sits between enterprise council and traditional consortium chains: led by a specific development entity, with investors and institutional nodes participating as validators. Unlike Hedera, Canton’s decision-making authority is not evenly distributed across an industry council, but is more concentrated within Digital Asset and its investors. Reports indicate Digital Asset is raising about $300 million at a $2 billion valuation, led by a16z crypto.

Supplementary Comparison: Polygon and Avalanche’s Enterprise Pathways

Polygon and Avalanche represent another enterprise adoption path—leveraging EVM compatibility as their core appeal, attracting enterprises as "users" rather than "governors."

Polygon stands out in stablecoin payments: its network has processed $2.4 trillion in stablecoin transaction volume, serving clients like BlackRock, Apollo, Revolut, and Stripe. In November 2025 alone, Polygon handled over $7 billion in peer-to-peer stablecoin transactions. Flutterwave chose Polygon as its default cross-border payment network, gradually rolling out to enterprise clients and consumer remittances.

Avalanche has made clear progress in Asia and institutional settlement. Korean payment giant NHN KCP—processing about $38 billion in 2025—signed an MOU with Ava Labs to build a dedicated Layer 1 payment network using AvaCloud. Institutional settlement network Tassat’s Lynq platform migrated to Avalanche in 2025, with ecosystem participants including B2C2, FalconX, Galaxy, and Wintermute. In January 2026, Avalanche saw its first tokenized collateralized loan obligation (CLO) issuance, totaling $75 million, with $50 million subscribed by institutional credit protocol Grove.

From a governance perspective, Polygon and Avalanche align more closely with decentralized community governance: enterprises use their infrastructure but lack the institutional voice found in Hedera’s council model.

Model Comparison Overview

Key Finding: In DTCC’s roadmap, Canton has a defined role (tokenized Treasuries infrastructure), while Hedera is listed as a candidate underlying network. Ethereum, Polygon, and Avalanche benefit more indirectly through Layer 2, interoperability protocols, and payment infrastructure. The differences in governance models directly shape these roles: DTCC’s compliance architecture requires identifiable governance entities, and Hedera and Canton offer distinct solutions.

A Multifaceted View of the "Quiet Winner" Narrative

Mainstream Narrative: Contracts Over Hype

Over the past two years, Hedera has carved out a unique position in crypto discourse, with some analysts dubbing it "the quiet winner of enterprise blockchains." This narrative suggests that while most Layer 1s rely on retail speculation and narrative-driven growth, Hedera has taken a different path—building adoption through enterprise contracts, council seats, and formal partnerships.

Supporting evidence includes: Avery Dennison’s atma.io supply chain tracking platform is live in production, tracking billions of physical items on Hedera (not Ethereum or Solana). In April 2026, enterprise digital asset platform Bitwave partnered with Hashgraph to integrate USDC and HBAR payments into ERP accounts payable workflows. Hedera’s network has processed over 7 billion transactions.

Opposing View: Is Governance Centralization a Prerequisite for Institutional Adoption or a Fundamental Flaw?

Criticism of Hedera’s governance model is also noteworthy. A common view holds that a network managed by a handful of large enterprises stands in fundamental tension with crypto’s core value of "decentralization as trust." While the council model favors compliance, it also means that control over network parameters (such as node admission, fee structure, and token issuance policy) rests with a few institutions.

This debate surfaced during the SEC’s review of the HBAR ETF. In June 2025, the SEC began proceedings for the Canary HBAR ETF’s listing on Nasdaq, with one focal point being HBAR’s legal classification. Critics argue that HBAR’s value may depend on council activity, raising questions about whether it passes the Howey Test and qualifies as a digital security.

Middle Ground: Governance as Programmable Institutional Infrastructure

Between supporters and critics, an emerging middle ground deserves attention. This perspective holds that "decentralization" should not be absolutized—it is a functional attribute, not an ideological label. Different use cases require varying degrees of decentralization: cross-border payments, supply chain tracking, and tokenized securities settlement each entail distinct trust assumptions and governance needs.

From this angle, Hedera’s council model can be seen as "institutional consensus"—translating legal trust into governance rules within the blockchain protocol. This enables legal teams at institutions to build compliance audit trails from council rosters, voting records, and term limits. It’s not a compromise on decentralization, but a different kind of trust infrastructure.

Industry Impact Analysis: Structural Logic of RWA Infrastructure Competition

Two Parallel Decision Tracks for Financial Institutions

Abstracting the decision logic of financial institutions reveals two parallel but interconnected tracks:

Track One: Legal Compliance

Decision criteria include: Who operates nodes? Who can modify network rules? Can a clear accountability chain be provided for regulatory audit? Can AML and KYC requirements be met? Here, the council governance model has natural advantages—a recognizable list of council members is itself a document that compliance departments can integrate into risk frameworks. Ethereum’s decentralized community governance complicates "identifying responsible parties," partially addressed by Layer 2 or regulated custodians.

Track Two: Technical Performance

Criteria include: transaction throughput, confirmation latency, fee predictability. Hedera uses the Hashgraph consensus mechanism, leveraging DAG-based gossip protocol and virtual voting. Theoretical TPS reaches hundreds of thousands; actual confirmation time is about 3–5 seconds, with asynchronous Byzantine Fault Tolerance (aBFT) security. Fees are fixed and minimal (about $0.0001 per transaction), which is critical for large-scale institutional activity.

Ethereum mainnet’s performance (about 15–30 TPS, volatile gas fees) is less suited for enterprise use, but Layer 2 ecosystems are bridging the gap. Polygon’s PoS chain offers ~2 second finality and relatively predictable low fees. Avalanche’s subnet architecture supports customizable high-performance environments. Canton specializes in configurable privacy for institutional transactions.

Structural Impact of Stablecoin and RWA Integration

A key premise in Standard Chartered’s forecast is that stablecoin liquidity underpins RWA market expansion. In 2025, net stablecoin issuance is projected at $90 billion, with part flowing into RWA assets.

This creates a second, interconnected decision track: When choosing a blockchain, financial institutions consider not only asset registry (ownership records) but also settlement (value movement). Hedera’s integration with USDC (as seen in Bitwave’s integration), Canton’s support for JPMorgan deposit tokens, and Polygon’s massive stablecoin transaction volume each fill the "registry to settlement" chain. Whichever chain maximizes a closed-loop process within a single platform will have stronger institutional lock-in.

HBAR Market Data Reference (as of May 11, 2026)

According to Gate market data: HBAR’s price was $0.09592, up 2.97% in 24 hours. Market cap stands at $4.16 billion. 24-hour high was $0.09960, low $0.09284, with $5.3647 million in trading volume. Total supply is 50 billion. Market sentiment is neutral. Up 9.64% over 7 days, 8.99% over 30 days, 5.97% over 90 days, down 53.46% over the past year.

Conclusion

Returning to the opening question: Which blockchain architecture will ultimately win the trust of financial institutions?

The evidence points in one direction—the answer isn’t which architecture is "most advanced," but which best bridges the gap between traditional institutional trust and distributed technology.

Hedera’s council model is unique in that it transplants established financial and commercial trust relationships (inter-institutional business trust, legal frameworks, compliance culture) into the governance layer of blockchain protocols. For financial executives who must justify blockchain choices to their boards, a council roster featuring Google, IBM, Deutsche Telekom, Shinhan Bank, and Standard Bank is itself an auditable "trust credential."

Yet this double-edged sword cuts both ways: The compliance advantages of governance centralization are also the core of decentralization purists’ criticism. The SEC’s stance—whether it accepts council governance as a compliance architecture or treats it as evidence of security status—will largely determine the breadth of this moat.

The wave of RWA tokenization is here, with a scale ranging from $2 trillion to $16 trillion. In this round of infrastructure competition, governance is no longer a peripheral issue. It may well be the decisive variable for who claims the core position in the institutional blockchain landscape.