The Node Ahead: Blockchain is Becoming the Operating System—Not the Product—of Modern Finance
Issue 119
Every major technology platform has historically followed a similar architectural evolution. In its early years, companies have little choice but to build much of the technology stack themselves. Customer experience, infrastructure, and the underlying technology are tightly integrated because standards have not yet emerged, specialized providers do not exist, and there is little existing infrastructure to build upon.
As industries mature, that architecture changes. Instead of every company rebuilding the entire stack, different layers begin to specialize. Infrastructure providers focus on foundational capabilities. Platform companies build reusable services on top of that infrastructure. Consumer-facing businesses concentrate on products, distribution, and user experience.
Cloud computing transformed software in exactly this way. Twenty years ago, building a software company often meant purchasing servers, configuring networks, operating databases, and maintaining the infrastructure required simply to keep applications online.
Over time, that stack became modular. Infrastructure providers like Amazon Web Services offered computing on demand, while companies like Stripe, Twilio, and Plaid abstracted away payments, communications, and financial connectivity. Rather than rebuilding the same infrastructure from scratch, software companies increasingly assembled products from specialized providers, allowing them to focus on where they created the most value: the customer experience.
The result was not less innovation but far more. Infrastructure companies became enormously valuable because thousands of businesses depended on them, while software companies built better products by focusing on what they did best.
Finance is now beginning a similar architectural transition. For decades, financial institutions owned far more of the technology stack than companies in most other industries. Banks managed not only customer relationships but also the ledger systems, payment infrastructure, lending operations, custody, compliance, and operational machinery behind financial services. Brokerages likewise controlled or integrated the systems needed to execute, clear, settle, and custody trades. Owning the customer relationship often meant owning the infrastructure.
Blockchain introduces a fundamentally different model. For the first time, many core financial functions—including payments, settlement, lending, trading, collateral management, and increasingly the management of tokenized real-world assets—can run on shared, programmable infrastructure that many companies use at the same time. Rather than rebuilding the same financial machinery, businesses can increasingly specialize in the layer where they create the most value. Some will own the customer relationship, others will provide reusable financial services, and others will operate the underlying infrastructure that powers the system. It is the same architectural shift software experienced during the cloud era.
For much of the past decade, however, the crypto industry viewed blockchain primarily as a new consumer product. The goal was to persuade millions of people to download crypto wallets, manage private keys, and interact directly with blockchain applications.
I increasingly believe that is now the wrong mental model.
Consumers rarely adopt infrastructure directly. Netflix subscribers do not choose cloud providers. Merchants do not choose payment APIs. Investors rarely think about how their trades settle. They care about outcomes: better products, lower costs, greater convenience, and brands they trust.
Infrastructure succeeds when it enables those outcomes while remaining largely invisible. The same principle is beginning to apply to finance.
Most people do not care whether a payment settles on a blockchain or through a traditional banking network. They care that it arrives quickly and reliably. They do not care whether a savings product generates yield from an onchain lending market. They care that it offers an attractive return, that the risks to their capital are transparent, and that they can trust the institution or product providing it. They do not care whether an asset is tokenized. They care that it is easier to buy, sell, borrow against, or transfer.
The future of onchain finance will likely not be defined by billions of people becoming crypto users. It will be defined by billions of people continuing to use the financial products they already know while those products increasingly rely on blockchain infrastructure behind the scenes.
If that happens, blockchain will not primarily become a new category of consumer financial products. It will become the operating system of modern finance. And, like every successful operating system, its greatest achievement may be that most people never realize it is there.
The New Financial Stack
While headlines often focus on individual announcements—a brokerage launching tokenized securities, a payments company integrating stablecoins, or an asset manager issuing tokenized funds—the broader shift is easy to miss.
These are not isolated product launches. They are evidence that finance is beginning to separate into specialized layers, much as software did during the cloud era.
As financial infrastructure becomes programmable and shared, competitive advantage no longer requires every institution to own the entire stack. Consumer-facing companies can focus on customer relationships, specialized platforms can provide reusable financial capabilities, and blockchain networks can handle execution and settlement. Understanding these layers helps explain not only where value is being created today, but how the structure of the financial industry itself is changing.
The Experience Layer
At the top of the stack sit the companies consumers already know and trust. Robinhood, PayPal, Revolut, Fidelity, Charles Schwab, BlackRock, and many of the world’s largest banks have spent years building brands, acquiring customers, navigating regulation, and earning trust. Those relationships are among their most valuable assets and extraordinarily difficult to replicate.
Historically, however, owning the customer relationship also meant owning or integrating much of the financial infrastructure behind it. Launching a new financial product often required building or coordinating custody, settlement, payments, lending, compliance, and execution systems.
That assumption is beginning to change. As financial infrastructure becomes modular, these companies no longer need to build every component themselves. Instead, they can assemble specialized infrastructure while focusing on what customers actually value: intuitive products, seamless user experiences, regulatory compliance, and trusted brands.
Robinhood illustrates this shift. It became one of the largest retail brokerages in the United States not because it built the industry’s most sophisticated trading infrastructure, but because it made investing dramatically simpler. Its competitive advantage has always been customer experience rather than proprietary market infrastructure.
That philosophy is now extending to blockchain. As Robinhood expands into tokenized assets and onchain finance, customers are not expected to manage private keys, bridge assets across networks, or understand decentralized finance. The experience remains familiar while the underlying architecture changes.
Rather than rebuilding every layer, Robinhood increasingly assembles specialized infrastructure. Its recently announced Robinhood Chain is built on Arbitrum technology, leveraging existing blockchain infrastructure instead of recreating it. Public blockchains provide settlement, Layer 2 networks provide scalability, and other providers supply developer tools, connectivity, and data services. Robinhood focuses on the layer where it creates the most value: the customer relationship.
The same pattern is emerging across the industry. BlackRock and Franklin Templeton are issuing tokenized funds on public blockchains while preserving the investment experience customers already expect. Stripe is integrating stablecoin settlement without requiring merchants or consumers to understand blockchain technology. Increasingly, companies are adopting blockchain not as a consumer product, but as infrastructure that enables better financial products.
The Services Layer
Between consumer applications and the underlying blockchain networks sits an increasingly important middle layer: specialized financial platforms.
These companies rarely interact directly with consumers. Instead, they provide reusable financial capabilities that other businesses integrate into their own products.
Software evolved in much the same way. Most consumers have never heard of Stripe, Twilio, Plaid, Cloudflare, or Okta, yet millions of businesses depend on them because building those capabilities internally would be costly and inefficient.
Consumers will not choose a brokerage because it uses DeFi for lending or a payments platform because it settles with stablecoins. They will choose whichever application delivers the best experience. Infrastructure companies succeed not by becoming household names, but by becoming indispensable to the businesses that are.
Morpho exemplifies this model. Rather than becoming the next Coinbase or Robinhood, it provides programmable lending infrastructure that other companies can integrate into their own products.
Traditionally, institutions offering lending products had to build or coordinate liquidity management, risk systems, loan origination, and operational workflows themselves. Morpho replaces much of that complexity with modular, non-custodial infrastructure that allows companies to build customized lending and yield products on shared rails.
Its partnership with Coinbase illustrates how this specialization works. Coinbase brings millions of customers, regulatory infrastructure, and a trusted consumer brand. Morpho provides the lending engine behind the scenes. Customers simply access a yield product through Coinbase’s familiar interface without needing to know how it is powered.
The same infrastructure is also used by firms with entirely different business models. Bitwise uses Morpho to support institutional yield strategies, while Apollo Global Management’s ACRED private credit fund incorporates Morpho into its onchain lending strategy. Different firms serve different customers, yet all rely on the same underlying infrastructure.
That is the defining advantage of a modular system. Coinbase specializes in consumer distribution. Bitwise specializes in digital asset investing. Apollo specializes in private credit. Morpho specializes in lending infrastructure. None of these companies needs to replicate the capabilities of the others. Each focuses on the layer where it creates the most value while relying on shared infrastructure for the rest.
The same pattern extends beyond lending. Stablecoins are becoming reusable payments infrastructure. Hyperliquid is emerging as shared trading infrastructure. Public blockchain networks provide the settlement layer beneath them all. Rather than vertically integrated institutions building every capability themselves, finance is becoming a system of interoperable building blocks.
The Infrastructure Layer
Beneath consumer applications and financial platforms sits the shared infrastructure that powers the entire financial stack. These blockchain networks execute transactions, secure assets, coordinate liquidity, and ultimately settle financial activity. Today, that includes general-purpose networks such as Ethereum and Solana, alongside increasingly specialized execution environments like Hyperliquid.
One indication of this transition is the steady growth of decentralized exchanges. Although centralized exchanges still process most crypto trading volume, decentralized exchanges have consistently gained market share as onchain liquidity, execution quality, and capital efficiency have improved.
It is tempting to interpret this as evidence that consumers increasingly prefer decentralized finance. A more important conclusion is that onchain execution has matured into credible financial infrastructure. As liquidity and execution improve, companies can increasingly build on existing onchain markets instead of recreating every component of the trading stack themselves.
Most users do not care whether a trade is executed through a centralized exchange or a decentralized one. They care about better prices, lower costs, faster execution, broader market access, and a simpler experience. Those are precisely the areas where onchain infrastructure is becoming increasingly competitive.
Hyperliquid illustrates this evolution. While many still think of it as another crypto exchange, it is increasingly better understood as a high-performance execution layer. Beyond digital assets, it has begun supporting tokenized real-world markets, demonstrating that the same infrastructure can support a much broader range of financial products.
Its HIP-3 standard goes a step further by allowing third parties to build entirely new applications on top of its execution infrastructure. Rather than competing for every customer directly, Hyperliquid enables others to leverage its liquidity, order books, and settlement engine while building products for entirely different markets.
This is exactly what modular financial architecture predicts. Infrastructure specializes in execution. Financial platforms specialize in products. Consumer applications specialize in customer relationships.
Users may never know where their trades are ultimately executed. Nor do they need to.
Like other successful infrastructure businesses, blockchain networks will ultimately be judged not by consumer recognition, but by adoption among developers, financial institutions, fintech companies, and asset managers. Amazon Web Services became valuable because thousands of companies built on it, not because consumers knew it existed. The same dynamic is beginning to emerge in finance.
Blockchain networks can accumulate similar network effects through developers, liquidity, stablecoins, tokenized assets, applications, and financial activity. Every new application makes the network more useful. Every new asset attracts additional liquidity. Every new developer lowers the barrier for the next company to build.
Over time, these reinforcing effects create infrastructure that becomes increasingly difficult to replace.
The long-term value of blockchain networks will not come from becoming consumer brands. It will come from becoming the infrastructure that financial institutions, fintech companies, developers, and applications rely on to move capital, execute transactions, and build new financial products.
That is not a weaker form of adoption. It is arguably the strongest form possible. The networks that become the backbone of modern finance will succeed not because consumers consciously choose them, but because the financial system increasingly depends on them.
Blockchain Changes the Architecture of Finance
The modular financial stack described in the previous section is only possible because blockchain infrastructure differs fundamentally from the financial infrastructure that exists today. Its advantage is not simply faster or cheaper transactions. It is architectural.
Today’s financial system is fragmented. Stocks, bonds, payments, foreign exchange, derivatives, and credit markets largely operate on separate infrastructure, each with its own ledgers, clearing systems, custodians, and settlement processes. These systems perform their individual functions well, but because they were built independently, they often struggle to interoperate efficiently. As a result, launching a new financial product often requires coordinating multiple intermediaries, reconciling separate databases, and moving capital across disconnected systems. The infrastructure itself becomes a source of friction.
Blockchain replaces that model with a shared, programmable financial layer. Rather than each institution maintaining its own records and constantly reconciling them with everyone else’s, participants transact on common infrastructure where ownership, settlement, and financial logic exist within the same environment. The result is not simply faster settlement. It is a financial system in which assets, applications, and liquidity can interact natively.
Cloud computing gave software a shared computing layer. Blockchain gives finance a shared financial layer.
Once assets exist on shared infrastructure, they become composable. A tokenized asset can serve as collateral for a loan, trade on an exchange, generate yield, support derivatives, and settle payments without moving between disconnected systems. Financial services become interoperable building blocks rather than isolated silos.
This architectural shift helps explain why the industry’s recent announcements are better understood as evidence of a broader structural transition than as a series of isolated product launches. Stablecoins are evolving into payment and settlement infrastructure. Tokenized securities are bringing traditional financial assets onchain. Decentralized finance protocols are maturing into lending, trading, and market infrastructure that others can build upon. At the same time, established financial institutions are becoming builders, issuers, and distributors of onchain financial products rather than simply outside observers.
The trend is already visible across the industry. Robinhood is exploring tokenized securities. Coinbase is integrating onchain lending. Stripe is expanding stablecoin payments. BlackRock is issuing tokenized money market funds. Visa is experimenting with onchain settlement. Hyperliquid is demonstrating that sophisticated trading infrastructure can operate entirely onchain. Viewed individually, these initiatives may appear unrelated. Collectively, however, they point to the same underlying shift: financial services are increasingly being rebuilt on shared blockchain infrastructure.
Just as cloud computing allowed software companies to stop rebuilding computing infrastructure, blockchain allows financial institutions to stop rebuilding financial infrastructure. Lending, payments, trading, settlement, and asset issuance become reusable capabilities that can be combined into entirely new financial products. As a result, competitive advantage shifts away from owning proprietary infrastructure and toward how effectively institutions assemble, distribute, and build on these shared capabilities.
Blockchain is therefore more than another financial technology. It is becoming the operating layer on which modern finance will be built.
Why This Shift Is Happening Now
If this architecture is so compelling, why did it take more than a decade to emerge? Because financial infrastructure must earn trust before it earns adoption.
Consumer software can iterate through failures. Financial infrastructure cannot. Before banks, brokerages, asset managers, and payment companies commit billions of dollars to a new technology, they need confidence that it is secure, reliable, compliant, and capable of operating at global scale.
That made the first decade of crypto fundamentally different from the decade ahead.
Before blockchain could become shared financial infrastructure, it first had to prove that shared financial infrastructure was even possible. Crypto-native companies built exchanges, wallets, lending markets, payments infrastructure, and trading venues because the traditional financial system could not yet interact with blockchains.
This was never the final architecture. It was the infrastructure-building phase.
Over the past several years, that foundation has matured. Major blockchain networks have demonstrated resilience through multiple market cycles. Stablecoins have evolved into meaningful payment and settlement infrastructure. Institutional custody and compliance have improved. Tokenized assets have moved from experiments to products offered by firms such as BlackRock, Franklin Templeton, and Apollo. Regulatory frameworks have also become substantially clearer across several major jurisdictions.
The strategic question has changed. Five years ago, many institutions asked whether blockchain would matter at all. Today they are asking where it provides a competitive advantage.
That shift explains why financial institutions and fintech companies are increasingly building onchain—not because they want customers to become crypto users, but because blockchain increasingly offers a better foundation for delivering financial products.
When Infrastructure Becomes Invisible
Better infrastructure alone does not create mass adoption. Better products do.
Today, decentralized finance already demonstrates what blockchain infrastructure can do. It offers global liquidity, capital-efficient lending, continuous markets, programmable assets, and increasingly sophisticated financial products. Yet accessing that infrastructure still requires too much technical knowledge. Users often need to acquire stablecoins, manage wallets, bridge assets across networks, understand gas fees, evaluate protocols, and manage smart contract risk.
The infrastructure works. The consumer experience does not.
This gap between infrastructure and user experience also explains why blockchain’s greatest opportunity may not lie in creating entirely new crypto-native assets. The existing crypto market remains small relative to global finance. $30B of tokenized RWAs today represents less than 0.01% of the combined value of global real estate, equities, and debt, highlighting the potential scale of tokenization if adoption expands.
The next wave of blockchain adoption therefore does not require investors to abandon the assets they already own. Instead, it requires those same assets to migrate onto better financial infrastructure, where they become easier to trade, transfer, collateralize, and integrate into new financial products. As the infrastructure improves, users may never notice the transition. They will simply experience better financial products built on familiar assets.
This pattern has played out repeatedly in previous technology shifts. Few people understood cloud computing before using Netflix. Merchants do not need to understand payment networks before accepting a customer’s credit card. Smartphone users rarely think about operating systems before downloading an application. Likewise, blockchain adoption will not depend on users understanding wallets, consensus mechanisms, or smart contracts. It will depend on whether the products built on this infrastructure are meaningfully better than the alternatives.
That is why the companies best positioned to bring blockchain to billions of people are not necessarily those building the underlying protocols. They are the companies that already understand customers.
Robinhood does not need investors to understand tokenization. Stripe does not need merchants to understand stablecoin settlement. Coinbase does not need customers to become decentralized finance experts. BlackRock does not need investors to understand how tokenized funds are recorded. Their competitive advantage lies in distribution, trust, regulatory expertise, and product design.
Making the infrastructure invisible does not make it less valuable. It makes it more valuable.
The most successful infrastructure companies have always created value by enabling others to build on top of them. Amazon Web Services became indispensable because thousands of software companies built on top of it. Stripe became more valuable as more businesses outsourced payments. Twilio became more valuable as communications became embedded across millions of applications.
Blockchain infrastructure is beginning to follow the same path. Morpho can specialize in lending. Hyperliquid can specialize in execution. Stablecoins can specialize in payments. Public blockchains can specialize in settlement.
As each layer specializes, the entire system becomes more capable. Consumer applications deliver better experiences, financial platforms provide reusable capabilities, and blockchain networks supply the shared infrastructure beneath them all.
The first decade of crypto proved that decentralized financial infrastructure could exist. The next decade will be defined by integrating that infrastructure into the financial products billions of people already use.
The Operating System of Modern Finance
The biggest misconception about blockchain adoption is that success requires billions of people to become crypto users.
It probably does not.
Blockchain should not be viewed primarily as a new category of consumer financial products. Its more important role may be as the operating layer beneath the next generation of finance.
Consumers will continue using the brokerages, banks, payment apps, and investment platforms they already trust. Most people may never manage a wallet, bridge assets between networks, or interact directly with a decentralized application—and they may never need to.
What will change is the architecture beneath those familiar experiences.
Finance is becoming modular. Consumer-facing companies will compete on trust, distribution, compliance, and user experience. Specialized financial platforms will provide reusable capabilities such as lending, trading, payments, and asset management. Blockchain networks and financial protocols will compete to deliver the settlement, liquidity, and execution infrastructure that powers the entire system.
As each layer specializes, the entire financial stack becomes more efficient, more interoperable, and more innovative.
That should not be interpreted as bearish for crypto infrastructure. Quite the opposite.
The most valuable infrastructure businesses in technology are rarely the ones consumers interact with directly. They are the ones the rest of the ecosystem cannot operate without. Blockchain networks and financial protocols may follow the same path. Their long-term value will come not from consumer brand recognition, but from becoming indispensable infrastructure that developers, financial institutions, applications, and capital increasingly rely on. Like the foundational platforms that transformed software, their competitive advantage will come from the ecosystems and network effects they accumulate over time.
If that happens, blockchain’s greatest success may be that most people never realize they are using it.
The future of finance may not look like crypto. It may simply run on it.
And that may be the most bullish outcome for crypto of all.
Disclaimer: This is not investment advice. The content is for informational purposes only, you should not construe any such information or other material as legal, tax, investment, financial, or other advice. Nothing contained constitutes a solicitation, recommendation, endorsement, or offer to buy or sell any securities or other financial instruments in this or in any other jurisdiction in which such solicitation or offer would be unlawful under the securities laws of such jurisdiction. All Content is information of a general nature and does not address the circumstances of any particular individual or entity. Opinions expressed are solely my own.