The Institutional Turn in On-Chain Finance
What Canton Network reveals about the next phase of financial market infrastructure
On May 10, 2026, Bloomberg published a report that deserves close attention from the financial industry: Digital Asset is reportedly in discussions to raise approximately $300 million at a valuation of around $2 billion, with Andreessen Horowitz (a16z crypto) expected to lead the round. The final amount may still change. Digital Asset is the company behind Canton Network. Prior to this, Digital Asset completed a $135 million financing round in June 2025, with participants including DRW, Tradeweb, Goldman Sachs, Citadel Securities, and DTCC.
What makes this development significant is that capital markets are beginning to reassess the definition of “on-chain finance.” Over the past decade, blockchain discussions have largely centered around tokens, exchanges, DeFi, NFTs, meme coins, and Layer 1 competition. Earlier crypto narratives also focused more heavily on building new markets outside the traditional financial system. Canton Network, however, follows a different path. Its approach is closer to entering the existing infrastructure of banks, brokerages, clearing houses, custodians, and asset managers, and restructuring how financial assets move within those systems. It is more aligned with the digital modernization of the underlying pipelines of traditional finance.
The core appeal of Canton Network lies in its emphasis on privacy, permissions, and compliance. In traditional finance, fully public ledgers are not always viewed as an advantage. Banks do not want all counterparties, position structures, collateral movements, and client relationships visible to the entire network. Asset managers are equally unwilling to expose investment strategies. Clearing institutions prioritize auditability, settlement finality, and risk isolation. As a result, institutional-grade on-chain finance requires interoperability within controlled environments.
This is also where Canton differs from open public blockchains such as Ethereum and Solana. Open public chains function more like global financial experimentation platforms, while Canton resembles a backend network for institutional finance. One serves global developers and crypto-native users; the other serves regulated financial institutions and market infrastructure providers. The future of on-chain finance will likely evolve into a multi-layered structure: open public chains supporting innovation and liquidity, permissioned networks supporting compliant assets and institutional settlement, with custodians, oracles, cross-chain communication systems, and compliance interfaces connecting the layers.
The interest from a16z in institutional infrastructure such as Canton sends a signal worth observing: venture capital is beginning to reassess where the largest future expansion of on-chain finance may come from. That expansion may increasingly originate from the on-chain registration, transfer, and settlement of traditional financial instruments such as government bonds, cash, money market funds, repurchase agreements, securities lending, fund shares, and collateral. The key term here is “balance sheet.”
The most important assets in global financial markets are concentrated in government bonds, cash, money market funds, repurchase agreements, securities lending, fund shares, and collateral. These markets are enormous in scale, yet their operational systems still rely heavily on multiple intermediaries, batch-processing infrastructure, business-day settlement cycles, manual reconciliation, and fragmented databases. The value of moving these assets on-chain lies in enabling existing assets to move between institutions with lower friction, higher transparency, and shorter settlement cycles.
The repo market provides a useful example. Repurchase agreements are fundamentally short-term financing markets backed by high-quality collateral such as government bonds, and they form one of the core channels of U.S. dollar liquidity. If government bonds, cash, and collateral can be transferred simultaneously on regulated blockchain networks, the system could theoretically reduce reconciliation costs, lower settlement risk, and improve collateral efficiency. For major banks and dealers, this is first and foremost a question of capital efficiency.
The direction taken by DTCC is equally important. DTCC is one of the central clearing and custody infrastructure providers in the U.S. securities market. It is currently advancing its tokenization services and plans to conduct limited production transactions in 2026. The participation of institutions such as DTCC suggests that on-chain finance is moving beyond proof-of-concept experiments and entering the stage of financial infrastructure testing. The truly important indicators may gradually shift away from the TVL of individual chains toward whether traditional financial institutions are willing to migrate portions of their critical operational processes onto programmable ledgers.
At the same time, traditional finance will not move on-chain rapidly or completely. Financial infrastructure replacement cycles are typically long. Regulation, legal settlement finality, operational risk, system resilience, network governance, data privacy, and cross-jurisdiction compliance will all constrain the pace of adoption. Large institutions do not migrate core systems simply because a technology is advanced; they transition gradually when the risk-reward structure becomes sufficiently clear.
For this reason, on-chain finance will more likely first penetrate “peripheral but high-value” areas. These may include collateral allocation, fund share registration, private asset transfers, institutional stablecoin settlement, government bond tokenization, securities lending, and repo automation. What these areas share in common is relatively standardized assets, professional counterparties, clear room for settlement efficiency improvements, and regulatory frameworks that are comparatively definable.
From a macro perspective, this trend is also linked to broader changes in the global financial system. Higher interest rate environments have increased the importance of cash and collateral management. Geopolitical fragmentation is pushing countries to reconsider payment and settlement autonomy. Regulators remain cautious toward crypto speculation, while remaining relatively open toward technologies that improve market transparency and reduce settlement risk. The path toward mainstream adoption of on-chain finance is therefore more likely to emerge through regulated, institutionally usable, and risk-controllable market infrastructure.
For investors, three indicators will likely matter most going forward. First, whether more banks, clearing institutions, and custodians enter live production environments. Second, whether real transaction volume emerges beyond pilot announcements. Third, whether Digital Asset and Canton can establish a clear relationship between network effects and sustainable commercial revenue.
The future of on-chain finance will likely take the form of a hybrid structure: open public chains continuing to support frontier innovation, institutional chains supporting regulated asset flows, and traditional financial institutions building new interfaces between the two. If Bitcoin represented an experiment in digital stores of value, and Ethereum represented an experiment in open finance, then networks such as Canton may represent an experiment in bringing Wall Street’s financial pipelines on-chain. It may also be closer to the form of blockchain infrastructure that the financial system is ultimately willing to adopt.