Balance Sheet: The Next Phase of the Liquidity Battlefield in Cryptocurrency

The next phase of crypto adoption won’t be determined by infrastructure, but by where balance sheets send the money.

Written by: Sebastien Davies, Partner at Primal Capital

Compiled by: Luffy, Foresight News

Over the past decade, the global financial industry has been obsessed with building rails like payments and trading infrastructure. Nearly all discussions around digital assets have focused on: blockchain throughput, cryptographic security for decentralized applications, and the theoretical elegance of smart contract logic. This is the infrastructure era—a time of frantic construction of “containers.” From 2020 to 2024, the industry went on a building spree for pipes, vaults, and gateways, trying to modernize the flow of value.

During this period, crypto market development was highly focused on infrastructure, because without it, institutional participation was simply impossible. We built enterprise-grade custody platforms, standardized exchange APIs, and on-chain compliance services—addressing five major core gaps: custody, trading, execution, stablecoin utility, and regulatory reporting.

But the industry is now facing a fundamental truth of financial history: infrastructure is a necessary prerequisite for financial activity, but balance sheets determine who captures economic value.

Having faster, more transparent rails by itself won’t change the market’s gravity center. Infrastructure solves the technical question of “how institutions participate,” but it overlooks a more critical question: who captures value.

In the era of heavy rebuilding, value distribution still followed traditional patterns: centralized market makers earned the spread; early holders benefited from appreciation; validators collected transaction fees. This stage failed to create new balance-sheet structures—so it didn’t change where deposits are stored, nor fundamentally alter the structure of credit creation.

A common rebuttal is: “Rails are the core value driver,” because they lower the barrier to entry, enable financial democratization, and naturally shift economic power to the edge. Supporters argue that open-source and permissionless technology itself is a force for change. This is a compelling narrative for a retail-driven crypto-native world, but it doesn’t stand up to institutional reality.

In mature financial markets, institutions care more about capital efficiency and risk-adjusted returns than cost efficiency. An institution won’t move $12.6k just because fees are lower; it moves funds because the balance sheet where that money sits can provide better returns or more efficient collateral utility.

Infrastructure only makes entry possible; balance sheets are the strategic asset that determines the margin winner.

Financial history repeatedly proves it: infrastructure isn’t the key to market forces—balance sheets are. The rise of the Eurodollar market in the 1960s didn’t require new payment rails or financial technology; it only required dollar deposits leaving the U.S. banking system. Once those balance sheets migrated, a parallel dollar system emerged—massive in scale and largely unconstrained by U.S. domestic regulation.

We are entering an entirely new phase that begins in 2025: a period of balance-sheet reconstruction for institutions. The battlefield has shifted from the protocol layer to the liquidity allocation layer. The previous stage focused on building platforms; the next stage focuses on where participants move and how funds flow.

In 2024, when a treasurer chose where to keep cash, it was already technically possible to hold USDC using established custody infrastructure, but economically, traditional bank deposits—with FDIC insurance and attractive interest rates—were more compelling. Infrastructure was ready, but balance sheets hadn’t migrated yet. As the regulatory environment moved from abstract policy design to concrete implementation, this reallocation became possible.

The next phase of crypto adoption won’t be determined by infrastructure, but by where balance sheets send the money.

Entry points for real-world execution

For most of the past decade, institutional participation was limited—not due to a lack of imagination or technology, but because digital assets couldn’t be integrated into regulated balance sheets. Institutions didn’t just need a wallet they could use—clear legal clarity, specific accounting treatment methods, and strict governance structures were the minimum requirements.

Without a widely recognized definition of “custody” and a clear compliance path, any regulated entity couldn’t take on the risk of a contaminated balance sheet. Widespread adoption turned into a “waiting game”: banks and asset managers waited for unambiguous signals that they could deploy capital without incurring fatal legal risk.

The era of policy debates has finally ended; the next chapter is operational rollout. The “GENIUS Act” passed in May 2025 became the decisive catalyst, establishing a nationwide regulatory framework for stablecoin payments—ultimately providing the legal basis for balance-sheet allocation.

The law sets up a federal licensing process and requires that stablecoins be supported 100% with reserves using government-recognized instruments, transforming digital assets from speculative novelties into recognized financial instruments. In August 2025, the SEC ended its long-running investigation of the Aave protocol without taking enforcement action, completely clearing the regulatory haze that had suppressed institutional DeFi participation.

The focus now shifts to the regulatory details. In February 2026, the U.S. Office of the Comptroller of the Currency (OCC) issued comprehensive proposed rules to implement the “GENIUS Act,” establishing a framework for “compliant payment stablecoin issuers.” This is significant because it provides concrete prudential standards covering reserve composition, capital adequacy ratios, and operational resilience—so that a Chief Risk Officer or an asset-liability committee can formally approve digital asset strategies. The “GENIUS Act” has embedded blockchain regulation into the governance systems of the world’s largest financial institutions.

But to understand why the change is happening right now, you also have to recognize the balance-sheet inertia that defines institutional behavior. Banks’ operations are constrained by strict regulatory capital adequacy requirements—every dollar of risk-weighted assets must be supported by capital. If bank deposits flow into stablecoins, the bank must proportionally shrink lending to maintain those capital adequacy ratios. This is painful and costly contraction, with knock-on effects across the entire economy. That also explains why stablecoin adoption has been so slow. Comprehensive technical integration takes six to eighteen months, while governance cycles such as audits and board reviews require even longer to complete.

The current environment is entering a period of compounded acceleration. JPMorgan, Citigroup, Bank of America, and other early movers have begun rolling out stablecoin settlement solutions, sending a clear signal to the market: the risk of being first has been replaced by the risk of being left behind.

We are in a phase of competitive pressure, where peer participation reduces overall industry adoption risk. As these institutional constraints loosen, the path that migrates liquidity from legacy systems to programmable container infrastructure in the digital era has been opened. This transformation forces us to rethink where the true “ownership” of funds lies, shifting attention to the “containers” that will carry the next generation of global liquidity.

Where liquidity lives

To understand the magnitude of this change, you first need to understand the historical stability of financial “containers.” In every monetary era, liquidity ultimately needs a home. This isn’t just a technical storage need—it’s a long-term global demand for safe short-term assets.

For hundreds of years, liquidity has concentrated in a small number of clearly defined structures: commercial bank balance sheets, central bank reserves, and money market funds. Each traditional container acts as an intermediary, capturing the economic value generated by the capital it holds.

This is what determines that financial intermediaries exist to solve mismatches: cash generated by global operations far exceeds funding that can be deployed instantly for productive use, creating a persistent liquidity surplus that seeks a safe place to go.

Traditionally, commercial banks absorb these surpluses as deposits and invest in long-term assets such as mortgage loans and corporate loans, earning substantial net interest margins. This net interest margin is the core metric for commercial banks. Bank shareholders are the main beneficiaries of the margin, while depositors receive only a small portion of the returns in exchange for liquidity and government-backed insurance.

Digital asset infrastructure brings an entirely new type of “container,” directly competing for this capital. This economic restructuring goes far beyond a technical upgrade. When liquidity shifts from banks to stablecoin reserve pools or tokenized Treasury funds, the party capturing the returns changes fundamentally.

For example, in a stablecoin reserve pool, the issuer (e.g., Circle, Tether) earns the spread between underlying Treasury yields and the interest paid to token holders (typically zero). In essence, the “residency of economic value” moves from the commercial banking sector to the digital asset issuer.

In addition, these new containers have transparency and programmability that traditional structures cannot match. In March 2026, the market value of tokenized Treasury funds surpassed $11.5 billion, representing a structural evolution in which the yield from underlying assets accrues directly to holders.

This creates powerful economic incentives: senior treasurers no longer have to choose between bank safety and fund yields. They can hold tokenized funds that combine both yield-bearing assets and high-speed settlement functions. By redefining where liquidity flows, digital infrastructure isn’t just building new rails—it’s creating a competitive market for the balance sheets that support the global economy.

Stablecoin-driven fund reallocation

Stablecoins represent the first large-scale migration of liquidity to new financial asset-liability structures—marking the shift of digital money from a novelty to a core component of financial infrastructure.

The stablecoin market is near its historical peak at $311 billion, growing 50%–70% year over year. This growth breaks the narrative that stablecoins are “just speculation.” We are witnessing a real “reallocation of the dollar”: funds leaving legacy bank infrastructure and entering programmable settlement systems.

The economic impact of this migration is especially evident through the deposit replacement effect.

When a company or institutional investor moves $100 billion from traditional bank deposits into stablecoin containers like USDC, the banking system’s earning power is hit hard. In the traditional model, those $100 billion can support bank lending, generating about $3 billion in annual net interest margin. When that money migrates to a stablecoin issuer’s reserves, those earnings are disintermediated. As banks lose deposits, their lending capacity contracts, and the margin shifts to be captured by the stablecoin issuer.

This shift has profound implications for credit creation and financial stability.

Research published by Federal Reserve economists in late 2025 emphasized that a high-stablecoin-adoption scenario could reduce bank deposits by $65 billion to $1.26 trillion. This could reshape how economic credit is supplied. Regional banks that heavily rely on stable deposits to fund local lending are most vulnerable in this migration. As depositors pursue the 7×24 settlement advantage of stablecoins, the attractiveness of the “in-transit funds margin” that banks have long relied on drops quickly.

In response, the banking industry has moved from skepticism to participation.

JPMorgan, Citigroup, and Bank of America announced in late 2025 to early 2026 that they would roll out their own stablecoin settlement infrastructure—not to “disrupt” their existing businesses, but to preserve their importance as liquidity containers. These institutions recognize that future economic value tilts toward the digital container issuers. By issuing on their own, banks aim to capture reserve yields that would otherwise flow to new entrants.

Of course, this large-scale cash reallocation is just the prelude. As the new liquidity containers stabilize, the battlefield moves into more complex collateral territory and the leverage systems that support global finance.

Programmable collateral

If the cash migration enabled by stablecoins was the first wave of change, then the migration of collateral represents a more fundamental reconstruction of the core leverage mechanics of the financial system.

Modern financial markets are essentially a massive collateralized debt network. Even in the U.S. repo market alone, the daily securities lending volume is $2–4 trillion. Yet this critical infrastructure is still hampered by traditional banks’ “discrete settlement windows.” In the current environment, collateral only moves during bank business hours. With custodial fragmentation, securities held by one bank can’t be immediately used to satisfy another bank’s margin requirements. This friction locks up capital, creates inefficiency, and prevents the system from responding to real-time market volatility.

Tokenization transforms collateral from static, geographically constrained assets into programmable, high-turnover instruments.

By converting real-world assets (RWA) such as U.S. Treasuries into on-chain tokens, institutions can move these assets around and settle atomically at any time. Market growth is rapid: as of April 1, 2026, the tokenized RWA market is about $28 billion, with tokenized Treasuries accounting for nearly half. This growth is driven by institutional-grade products such as BlackRock’s BUIDL and Franklin Templeton’s BENJI, where holders can earn underlying government securities yields of 5% while maintaining token liquidity and deployability.

RWA asset value, source: RWA.xyz

The real innovation is collateral efficiency.

In traditional repo transactions, investors may have to accept a large haircut or wait days to unlock and transfer securities between custodians. By contrast, tokenized collateral is composable. An institutional investor holding $100 million in BUIDL tokens can instantly borrow stablecoins on protocols like Aave at a 95% ratio to capture tactical opportunities. Collateral doesn’t have to leave the digital environment; instead, it is continuously revalued through automated price oracles, and any margin calls are handled through immediate, automatic liquidations.

This shift moves the “dealer economy” toward the “protocol economy.”

In the traditional repo market, large dealer banks act as intermediaries: borrowing at one interest rate and lending at another, earning about a 50-basis-point spread. In a tokenized ecosystem, collateral holders can match for borrowing in DeFi lending markets themselves, with software acting as the intermediary and capturing the entire spread. Although large-scale rollout may still take years, this shift could move tens of billions of dollars in annual earnings from the traditional dealer sector to protocol governance and asset holders.

Tokenized collateral mechanisms dissolve large dealers’ liquidity moats through atomic settlement. The institutional flow looks roughly like this:

1. Tokenization: Highly liquid assets such as U.S. Treasuries are digitally wrapped (e.g., BUIDL), becoming 24-hour transferable tokens.
2. Immediate submission: A finance team can submit tokenized collateral to a lending protocol at 10 p.m. on Sunday, without waiting until Monday morning for a wire transfer.
3. Real-time valuation: Smart contracts revalue collateral market prices every few seconds via oracles, instead of once per day, sharply improving the loan-to-value ratio.
4. Yield retention: Investors continuously earn underlying Treasury yields while their assets are occupied as collateral, achieving “yield stacking.”

For corporate finance or asset management teams, this is a fundamental revaluation of the value of idle assets.

Under the traditional model, treasurers need to hold large amounts of low-interest cash buffers to respond to sudden margin calls and operational needs. With tokenized collateral, that buffer can be continuously invested in yield-bearing Treasuries, because these assets can be liquidated within seconds rather than days. This eliminates the traditional “liquidity discount” that long-term assets have always suffered.

For the banking industry, the implications are equally deep.

Banks have long relied on “float” from repo markets and the intermediary spread as profits. As collateral becomes programmable and self-matching, this toll disappears. That’s also why institutional-grade pipelines such as the Anchorage Atlas Network and JPMorgan’s internal tokenization initiatives are so critical: they are attempts by financial institutions to build new moats before competition hits the old ones.

The shift from cash to collateral marks the financial system moving from a series of “discrete events” to “continuous flows.” Institutions that fail to adapt their balance sheets to this new flow speed will find their capital becoming increasingly static—and increasingly expensive.

On the surface, it’s just faster settlement. In essence, it’s a comprehensive reengineering of capital allocation, valuation, and the way intermediaries are used.

Adoption S-curve

Institutional balance-sheet migration doesn’t happen overnight; it absorbs gradually, then accelerates into a breakthrough. This is a “Web2.5” reality: blockchain technology is integrated into existing financial architecture rather than replacing it.

Institutional adoption today is constrained by balance-sheet inertia: regulatory capital requirements, risk committee approvals, and legacy technology systems are all major drags. Banks can’t simply flip a switch to move assets; they must maintain strict Tier 1 capital ratios to ensure that shifting deposits into digital containers won’t cause lending to contract.

Despite these hurdles, the adoption of digital asset infrastructure is moving along a clear S-curve, just like the adoption of credit cards and the internet over decades.

Between 2015 and 2024, the market was in an experimental and regulatory-chaos phase, and growth was suppressed by uncertainty. We are now in a competitive pressure period (2025–2026): regulation is clear, and infrastructure standards are standardized. “You’re not the first, but you can’t be the last” becomes the core motivation for institutional treasurers. As more and more banks see peers participating in stablecoin settlement and tokenized Treasury funds, perceived adoption risk drops sharply.

The current market scale provides a foundation for accelerated growth: Fireblocks’ annual digital asset transfer volume surpasses $40k, institutional tokenized asset markets are growing rapidly, and new system pipeline infrastructure is ready at production-grade levels. Infrastructure standardization allows banks to build on mature systems rather than developing proprietary systems from scratch.

Looking ahead to 2027 and beyond, there are still several “policy levers” that could further accelerate the migration. If stablecoin issuers could directly access Fed master accounts, or if the “GENIUS Act” interest limitations on payment stablecoins were loosened via alliance “reward” mechanisms, the speed of deposit transfers from traditional bank ledgers to digital containers could increase significantly.

The system is ready to enter a positive feedback loop: more stablecoin liquidity attracts more DeFi applications, which attracts more institutional capital, ultimately forming a restructured financial landscape. The “rails battle” is over; the focus shifts entirely to strategic balance-sheet management.

The final winners

Moving from the infrastructure era to the balance-sheet era means digital asset discussion shifts from the technical periphery to the core of global macroeconomics.

For years, the industry assumed that building better rails would naturally lead to a better system. Now we understand: rails are just an invitation. Real change happens only when capital itself migrates.

In fact, the “rails battle” has already been won by a standardized, institutional-grade technical stack: MPC custody, tokenized Treasury funds, and a federal regulatory framework for stablecoins.

The new battlefield is balance sheets that hold global liquidity and collateral.

Heading toward 2027–2030, structural advantages will belong to the entities that can manage these new “digital containers” most efficiently. As depositors increasingly value the 7×24 settlement of stablecoins and higher yield utility, commercial banks’ net interest margins will continue to face pressure. Large enterprises and institutional investors may shift their primary savings and finance functions toward the DeFi and RWA markets, where protocol transparency will compress intermediary spreads to the maximum extent.

This isn’t the end of traditional banks—but it ends the era in which banks were static, unchallenged repositories of cheap capital.

The winners in the new era will be “Web2.5” hybrids—institutions that realize they are no longer just lenders, but programmable liquidity managers. By 2030, the stablecoin market is expected to approach $2 trillion, and the boundary between crypto and finance will largely disappear. The system will fully integrate rail efficiency into balance-sheet stability.

In this restructured landscape, financial power doesn’t belong to technology innovators—it belongs to the entities that control the ultimate containers for global liquidity and collateral.

For the past decade, crypto has been building infrastructure that enables institutional participation. In the next decade, it will determine where institutional balance sheets ultimately call home.