CLARITY Act Passed: Ethereum Could Become the Only Regulator-Compliant Smart Contract Platform

Original author: Adriano Feria

Translated by Jiahuan, ChainCatcher

On May 12, the Senate Banking Committee released the full text of the revised Digital Asset Market Clarity Act, spanning 309 pages.

Most reports will focus on which tokens failed the new decentralized test, which issuers will face new disclosure requirements, and which projects need to restructure within the four-year transitional certification window. These reports are not wrong, but they are incomplete.

The more important story is how the bill impacts the only asset that has passed every single criterion and happens to be the only one with a programmable smart contract platform.

Once this framework becomes law, Ethereum will occupy a regulatory category in the U.S. legal system with no other members. The two dominant bearish arguments against ETH over the past five years will simultaneously collapse, and the market has yet to price this in.

Before delving into the substance, it is important to briefly review the broader regulatory framework, as public discourse often conflates two distinct pieces of legislation.

The GENIUS Act (The Guiding and Establishing a National Innovation for U.S. Stablecoins Act) was signed into law by the President on July 18, 2025.

It establishes the first federal regulatory framework for payment-oriented stablecoins: requiring 1:1 reserves backed by liquid assets, monthly disclosure of reserve holdings, issuance licenses from federal or state authorities, a ban on algorithmic stablecoins, and a key restriction prohibiting stablecoin issuers from directly paying interest or returns to holders.

The GENIUS Act covers USDC, USDT, and bank-issued stablecoins. It does not include anything else.

The CLARITY Act covers everything else, addressing the jurisdictional division between the SEC and CFTC, a decentralization test for non-stablecoin tokens, exchange registration, DeFi regulations, custody rules, and the ancillary assets framework.

These two bills are complementary components of a broader regulatory framework.

Most financial media coverage of the CLARITY Act has focused on the issue of stablecoin yields, as Chapter Four’s provision on “retaining stablecoin holder rewards” was the political focal point that nearly derailed the bill.

Banks have pushed to ban indirect earnings through exchanges and DeFi protocols, as yield-bearing stablecoins compete with bank deposits. Crypto exchanges, however, strongly advocate for preserving this setup. A bipartisan compromise reached on May 1, 2026, removed key obstacles to the bill, but after several delays in deliberation, the bill remains precarious.

While this debate is certainly important, it is only one part of a nine-chapter bill. More far-reaching provisions are hidden in Section 104, which affects anyone who actually holds and trades non-stablecoin tokens—yet almost no one is discussing the secondary effects these provisions have on asset valuation.

Section 104(b)(2) of the Act directs the SEC to consider five factors when determining whether a network and its tokens are under coordinated control:

An open digital system. Is the protocol available as open-source code?

Permissionless and trustably neutral. Is there any coordinating group that can review users or grant itself hardcoded privileged access?

Distributed digital network. Does any coordinating group beneficially own 49% or more of the circulating tokens or voting rights?

A decentralized, autonomous ledger system. Has the network achieved autonomy, or does someone retain unilateral upgrade authority?

Economic independence. Is the primary value capture mechanism actually functioning?

Networks that fail this test will generate a "network token," which will be presumed to be an "investment asset," meaning the token's value depends on the entrepreneurial or managerial efforts of a specific sponsor.

This classification triggers semi-annual disclosure obligations, resale restrictions for insiders modeled after Rule 144, and initial offering registration requirements. Trading on the exchange’s secondary market can continue uninterrupted.

The 49% threshold is a core metric, significantly more lenient than the 20%红线 in the House version of the CLARITY Act. Networks that fail to meet the 49% threshold do so due to genuine structural reasons, not technical nuances.

Bitcoin and Ethereum have unquestionably passed all criteria. Solana hovers on the edge, as its foundation’s influence over upgrades, heavy early allocation to insiders, and history of coordinated network pauses contradict its standards of autonomy and trusted neutrality.

All other major smart contract platforms have failed due to structural issues that are difficult to correct. This list includes XRP, BNB Chain, Sui, Hedera, and Tron, and by extension, most L1 competitors.

Among the assets that passed the test, exactly one has a fully functional native smart contract economy.

Token trading is based on two fundamentally different valuation frameworks.

The first is a commodity/currency premium system, whose value stems from scarcity, network effects, store-of-value properties, and reflexive demand, with no fundamental valuation ceiling.

The second is a cash flow/equity system, whose value is derived from income capitalized using standard multiples and is strictly capped by realistic income projections.

Most non-Bitcoin tokens have operated in a strategically ambiguous space between these two frameworks, marketing themselves under whichever framework yields a higher valuation. The CLARITY Act eliminates this ambiguity through three mechanisms.

First, disclosure requirements impose a cognitive framework. Section 4B(d) mandates semi-annual disclosures, including audited financial statements (for amounts over $25 million), a going concern statement from the Chief Financial Officer (CFO), a summary of related-party transactions, and forward-looking development costs.

Once a token has an SEC filing similar to a Form 10-Q, institutional analysts will evaluate it as they would any entity that files a Form 10-Q. The filing format determines the valuation framework.

Second, the legal definition itself constitutes a qualitative determination. The ancillary asset is defined as a token "whose value depends on the entrepreneurial or managerial efforts of the ancillary asset's sponsor." This definition is conceptually incompatible with monetary premium, which requires its value to be independent of any issuer's efforts.

A token cannot simultaneously meet the legal definition of an asset and convincingly claim pricing power with a monetary premium.

Third, visibly apparent scarcity is fragile scarcity. The monetary premium is reflexive, and reflexivity requires a reliable narrative of scarcity that the market can collectively believe in.

When a token discloses its treasury information, named insider unlock schedules, and quarterly reports on related-party transactions, its scarcity narrative becomes clear—and once clear, reflexivity ceases to exist. Investors can see exactly how much supply insiders hold and when those tokens will be sold. This transparency kills demand.

As a result, a two-tier market has emerged. Tier 1 assets trade at a monetary premium with no fundamental valuation cap, while Tier 2 assets trade based on revenue multiples and have reasonable valuation limits.

Tokens currently priced according to Tier 1 logic but classified under Tier 2 will undergo structural re-rating. For tokens with weak fundamentals but valuations primarily driven by narratives—most notably LINK and SUI—this re-rating could be extremely significant.

For five years, the arguments for being bearish on ETH have primarily rested on two pillars.

The first argument holds that ETH will ultimately not be classified as a commodity, but rather as a security. Pre-mining, the ongoing influence of the foundation, Vitalik’s public role, and the post-merge validator economics provide the SEC with ample grounds to take action when necessary.

Every bullish reason for ETH must be discounted by the tail risk of potential restrictions on institutional funding channels.

The second argument is that ETH will be replaced by faster, cheaper smart contract platforms. Each cycle produces new "Ethereum killers," such as Solana, Sui, Aptos, Avalanche, Sei, and BNB Chain, each touting better user experience and lower fees.

This argument posits that Ethereum's technical limitations will force economic activity to migrate, thereby diluting its ability to capture value.

The CLARITY Act not only undermines these bearish arguments but fundamentally overturns them at a structural level.

The first argument failed because ETH cleanly passed all five criteria of Section 104: there was no coordinated control, ownership concentration was far below 49%, no unilateral upgrade power existed after the Merge, the protocol was fully open source, and the value capture mechanism functioned properly.

The regulatory tail risk that long justified ETH’s discount has vanished.

The second logic is more interesting: “Ethereum killers” can only compete with ETH if they adopt the same valuation framework.

If SOL is certified as a decentralized asset, the competition will continue. If it fails the test (and, as things stand, all other major smart contract competitors are likely to fail as well), they will be forced into the Tier 2 valuation category, while ETH will remain in Tier 1.

The competitive landscape has therefore changed. Tier 2 assets cannot compete with Tier 1 assets on the basis of monetary premium, because the very essence of Tier 1 is that it is not constrained by fundamental valuation limits.

Faster, cheaper blockchains can still win in specific verticals in terms of transaction throughput and developer attention. However, they cannot win on the asset valuation frameworks that matter most for determining L1 market capitalization.

Among assets that passed Section 104 testing, Ethereum is the only one with a fully functional native smart contract economy. Bitcoin passed the test, but its underlying protocol does not support programmable finance.

Every smart contract platform with significant TVL had one or more substantial failures in testing. This includes Solana, BNB Chain, Sui, Tron, Avalanche, Near, Aptos, and Cardano.

Therefore, the bill establishes a new regulatory category: decentralized digital goods with native smart contract economies, and currently, it is the only member in this category.

Every traditional financial institution exploring tokenization, settlement, custody, or on-chain finance needs two things: programmability and regulatory clarity.

Before CLARITY, these properties were strictly separated: Bitcoin had clear ownership but was not programmable; smart contract platforms were programmable but legally ambiguous. After CLARITY, Ethereum became the only asset offering both properties within a single legal category.

Once this framework takes effect, anyone building tokenized government bonds, tokenized funds, on-chain settlement infrastructure, or institutional-grade DeFi entry points will have a clear preferred underlying vehicle.

This preference is neither aesthetic nor technical—it is driven by compliance. Asset management firms, custodians, and bank-affiliated funds operate within legal frameworks that favor commodity-like assets and exclude securities-like assets.

Institutional capital flows will follow asset categorization, and the current classification has been narrowed to the sole programmable asset.

Once BTC and ETH are classified under Tier 1, it becomes necessary to carefully examine their comparative monetary properties, as traditional views have actually reversed the cause-and-effect relationship.

Bitcoin’s appeal has always been grounded in its nominally fixed supply of 21 million coins and its predictable halving every four years. As a narrative of scarcity, this is genuinely valuable, and the simplicity of this story is one reason BTC was able to achieve a monetary premium first.

However, BTC's supply model also carries three structural burdens that are rarely mentioned in discussions about scarcity.

First, mining generates continuous structural selling pressure. Network security relies on miners bearing real-world operational costs: electricity, hardware, hosting, and financing.

These costs are denominated in fiat currency, meaning miners must continuously sell a significant portion of newly issued BTC into the market, regardless of price.

This selling is permanent, price-insensitive, and embedded within the consensus mechanism itself. It is the cost of maintaining the proof-of-work security model.

Second, BTC does not offer native yield. Holders seeking to earn yield must either lend their BTC to counterparties (introducing credit risk) or transfer it to non-BTC platforms (introducing custody and cross-chain bridge risks).

The opportunity cost of holding yieldless BTC compounds over time relative to assets that generate native yield. For institutional holders whose performance is measured against benchmarks that include yield, this represents a real and persistent drag.

Third, the abrupt reduction in mining subsidies poses a long-tail risk to decentralization—the very characteristic that qualifies BTC as a Tier 1 asset.

The block reward halves every four years and approaches zero by 2140, but the actual pressure will arise much sooner. By the 2030s, subsidy income will be only a small fraction of today’s levels, and the network will need to rely on transaction fee income to make up the difference and maintain security.

If the fee market fails to develop adequately, the lowest-cost mining firms will consolidate, leading to increased miner centralization, and the decentralization with credible neutrality valued in Section 104 will begin to erode. This is not an imminent risk, but a structural risk that the BTC model has yet to address.

Ethereum reversed each of these properties.

ETH has a variable supply with no fixed cap, which is the core argument used by sound money purists to oppose it. This argument is superficial.

What matters most to holders is the rate of change in their share of the total supply, not whether the supply schedule has a fixed final value.

Under the post-Ethereum Merge design, all newly issued tokens are distributed as staking rewards to validators. The yield received by validators has historically exceeded the inflation rate, meaning that anyone participating in staking can maintain or increase their share of the total supply over time.

For anyone participating in validator nodes or holding liquid staking tokens, the argument of "unlimited supply" is rhetorically powerful but mathematically unsound.

The structural selling pressure that burdens BTC does not exist at the same scale on ETH. Validators’ operational costs are negligible compared to their rewards. Independent staking requires only a one-time purchase of hardware and minimal ongoing electricity. Liquid staking and pooled staking abstract even these costs away.

The newly minted tokens accumulate within the validator community and are largely retained rather than sold on the market to cover costs. This same security model, which distributes rewards to holders, also avoids the price-insensitive selling required by proof-of-work.

The issue of a subsidy cliff does not exist. Ethereum’s security budget scales with the value of staked ETH and is funded through continuous issuance and fee revenue. There is no predetermined date at which security funding will suddenly run out.

This model has self-sustaining capabilities, whereas BTC’s model is increasingly dependent on the development of the fee market, the success of which remains uncertain.

These do not argue that ETH will replace BTC; they play different roles in institutional portfolios.

BTC is a simpler, clearer, and more politically sustainable scarce asset. ETH, on the other hand, is a productive monetary collateral that generates value by rewarding holders who contribute to its security.

The traditional belief that BTC has "harder money" properties than ETH due to its fixed supply cap falls apart under closer scrutiny.

ETH's variable issuance, combined with native yield, offers holders superior economic properties compared to BTC's fixed supply and zero yield, without structural selling pressure or long-term security funding risks.

This is crucial for institutional allocators seeking to establish a Tier 1 cryptocurrency exposure. The case for positioning ETH alongside BTC is not merely about being "that programmable asset," but about being "that asset which pays you to hold it, without forcing you into structural sells to maintain its security."

The structural differences between BTC and ETH are not abstract. They are concretely reflected in the balance sheets of the two largest corporate treasury vehicles built around these assets.

Strategy (formerly MicroStrategy) holds the world's largest corporate Bitcoin position. BitMine Immersion Technologies (BMNR) holds the world's largest corporate Ethereum position.

Observing how they operate their funds and their behavioral patterns reveals the underlying supply-side dynamics at play in real corporate finance.

As of May 2026, depending on the reporting period, Strategy holds approximately 780,000 to 818,000 BTC.

It is funded through the combined use of $8.2 billion in convertible notes (maturing between 2027 and 2032) and approximately $10.3 billion in preferred shares (covering the STRF, STRK, STRD, and STRC series).

Convertible notes must be converted into equity upon maturity (which dilutes existing shareholders' ownership) or refinanced (requiring access to the market under acceptable terms).

Preferred stock carries ongoing dividend obligations, with STRC alone requiring quarterly payments of approximately $80 million to $90 million.

The scale of Strategy's core software business is negligible compared to its treasury positions, and the cash flow it generates is minimal relative to its debt obligations. Due to the decline in Bitcoin's price, the company has reported losses for three consecutive quarters, including a net loss of $12.5 billion in the first quarter of 2026.

On May 5, 2026, Executive Chairman Michael Saylor broke his five-year pledge of "never selling Bitcoin" during the first-quarter earnings call, telling analysts that Strategy might sell some Bitcoin to pay dividends.

Within days, he revised his wording to "never become a net seller" and "buy 10 to 20 bitcoins for every one sold," but this shift in direction was genuine.

The probability on Polymarket that Strategy will sell any Bitcoin by year-end rose from 13% before the earnings call to 87% after.

The structural reality is simple. Strategy’s ability to continue accumulating Bitcoin depends on its capacity to issue new debt or preferred shares under terms that are payable.

During the Q1 2026 earnings call, Saylor clearly outlined the breakeven point of the model: for Strategy’s existing Bitcoin holdings to indefinitely cover STRC’s dividend obligations without selling common shares, Bitcoin must appreciate by approximately 2.3% annually.

This figure has been widely reported and reflects Saylor's own published calculations, but it is one of three conditions that must be met simultaneously.

The mNAV (market-to-net-asset-value) premium must remain above approximately 1.22x to justify ongoing issuance, demand for STRC preferred shares must stay strong, and bitcoin must surpass the 2.3% threshold.

Individually, these are not catastrophic risks, and the 2.3% ratio is well below Bitcoin's historical average. However, this ratio is a moving target: STRC’s actual dividend yield has risen from 9% at issuance to 11.5% after seven monthly increases, gradually raising the breakeven point over time.

The underlying assets do not generate organic cash flows to fund operations. The strategy must successfully refinance, reissue, or convert to maintain its position.

BitMine Immersion Technologies operates with a fundamentally different posture. According to the latest disclosures, BMNR holds between 3.6 million and 5.2 million ETH (depending on the reporting period) and has virtually no debt. The company holds $400 million to $1 billion in unrestricted cash.

Approximately 69% of its held ETH is actively staked, generating an estimated $400 million in staking revenue annually through its proprietary MAVAN (Made-in-America Validator Network) infrastructure.

The structural difference here is that BMNR generates native yield from its underlying assets; staking rewards compound regardless of ETH's spot price.

The company does not need to refinance debt, recapitalize preferred shares, or maintain an mNAV premium to fund operations. It can act as a passive holder generating cash flow indefinitely or actively deploy capital.

A $200 million investment in MrBeast's Beast Industries in January 2026, along with plans to build the "MrBeast Financial" DeFi platform on Ethereum, represents the latter. BMNR is actively participating in and accelerating Ethereum's economic ecosystem through its treasury position, rather than merely holding the asset.

This distinction is significant for long-term development trajectories. Chairman Tom Lee’s recent comments at the 2026 Miami Consensus Conference suggest that BMNR may slow its ETH accumulation pace, as "there are other things to do in crypto now," indicating the company sees expansion opportunities beyond simple accumulation.

Bitcoin Gold lacks such a pathway. There is no native yield to compound, no protocol-level ecosystem to participate in, and no equivalent to Ethereum’s validator infrastructure or DeFi integration.

During this cycle's downturn, both companies were unable to escape the impact. BMNR has declined by approximately 80% from its peak in July 2025. MSTR has reported losses for three consecutive quarters. As digital asset vaults face widespread pressure, the net asset value premiums for both have been compressed.

This analysis is not about one company winning while another is losing; rather, it’s about structural mechanisms producing differences that directly reflect the properties of the underlying assets they hold.

The flexibility of the strategy comes from continuous access to capital markets. The flexibility of BMNR comes from ongoing staking rewards.

Strategy must roll over its debt to maintain its position. BMNR must keep its validators online. Strategy’s operational requirements embed structural selling pressure. BMNR faces structural buying pressure from reinvesting staking rewards into its position.

These are not narrative preferences; they are mechanical consequences of the underlying asset's supply-side properties.

Where the industry narrative goes from here will likely depend on developments over the next 12 to 24 months.

If Bitcoin appreciates significantly, Strategy’s model will continue to perform exceptionally well, and the leveraged BTC logic will remain the dominant narrative for institutional cryptocurrency adoption.

If Bitcoin remains sideways or declines, the strategy’s debt rollover requirements will become increasingly burdensome, and the lack of native yield will become a growing structural disadvantage.

The Ethereum treasury model has a broader range of viable conditions because staking rewards provide a floor that a pure BTC hoarding model lacks.

For an industry on the verge of receiving its first comprehensive regulatory framework under the CLARITY Act, and for institutional audiences poised to make capital allocation decisions spanning a decade based on that framework, the comparison with treasury companies offers a useful forward-looking perspective on how abstract supply-side arguments translate into real corporate behavior.

The vault company is a leading indicator of the underlying asset's direction.

It’s important to directly address a subtle but crucial point: even if Solana ultimately receives a decentralized designation under Section 104, this legal classification alone does not make SOL equivalent to ETH on a valuation basis.

Legal classification is a necessary but insufficient condition for Tier 1 currency premium treatment. The deeper issue lies in what each network truly optimizes for, and what value its own founders and ecosystem participants believe it should be assigned.

On these issues, ETH and SOL have made deliberate divergent choices.

From the beginning, Ethereum prioritized trustworthiness, neutrality, reliability, and persistence over raw performance. The network has achieved ten years of 100% uptime with no major outages since its launch.

After the Pectra upgrade in May 2025, the number of active validators exceeded one million, distributed globally, with the largest concentrations in the United States and Europe, but also significant presence across multiple continents. The average uptime of validators is approximately 99.2%.

The consensus mechanism prioritizes finality and security over speed, using carefully designed constraints to ensure that no single entity—including the Ethereum Foundation—can unilaterally alter the protocol.

Solana prioritizes throughput and transaction speed. Its architecture is optimized to process as many transactions per second as possible at the lowest possible cost. These are genuine engineering achievements that enable use cases the Ethereum base layer cannot support. However, they also come at a cost, a fact that the Solana ecosystem itself is increasingly acknowledging.

Since 2021, the network has experienced at least seven major outages, including multi-hour downtimes in January and May 2022, June 2022, September 2022 (18 hours), February 2023 (over 18 hours), and February 2024 (5 hours). Each required coordinated restarts by validators.

The Solana Foundation reported that, as of mid-2025, there had been 16 consecutive months without an outage—a significant achievement—but this contrasts with Ethereum’s record of never having experienced an outage, reflecting fundamental differences in design priorities rather than temporary engineering capabilities.

The validator metrics tell a similar story. The number of active validators on Solana decreased by 68%, from approximately 2,560 at the beginning of 2023 to around 795 at the beginning of 2026.

The Nakamoto coefficient, which measures the minimum number of entities required to control a critical share of the network, has decreased from 31 to 20. The Solana Foundation characterizes this as a healthy pruning of subsidized sybil nodes that have never meaningfully contributed to decentralization—a defensible explanation.

Another interpretation, supported by data, is that the economic model for running a Solana validator has become uneconomical for small operators, for whom voting fees alone exceed $49,000 per year.

Both interpretations contain partial truth, but neither has produced a network with the same geographic and operator diversity as Ethereum.

Client diversity is the clearest point of contrast and the most worthy of study, as it directly relates to the structural resilience required for collateralized assets.

On Ethereum, the consensus layer exhibits healthy diversity. Lighthouse accounts for approximately 43% of validators, Prysm for 31%, Teku for 14%, and Nimbus, Grandine, and Lodestar share the remainder. No single client holds an absolute majority.

The execution layer, while still relatively centralized, is continuously improving: Geth accounts for approximately 50% (down from a historical high of 85%), Nethermind for 25%, Besu for 10%, Reth for 8%, and Erigon for 7%.

This diversity is not theoretical. In September 2025, a critical vulnerability in the Reth client caused 5.4% of Ethereum nodes to stall, but the network continued operating without interruption because other clients independently implemented the protocol.

Ethereum's design philosophy explicitly anticipates that any single implementation may fail, and the network's continued operation does not depend on any one team's code being bug-free.

On Solana, there has historically been almost no client diversity. For most of its mainnet history, every validator ran some variant of the original Agave codebase.

The February 2024 outage caused the entire network to go down because no independent implementation was available to keep the network operational during the bug fix.

Today, the MEV-optimized Agave fork, Jito-Solana, controls approximately 72% to 88% of stake. The original Agave accounts for another 9%. Both share the same code ancestry, meaning vulnerabilities in the core Agave logic could simultaneously affect around 80% of the network.

Firedancer, developed by Jump Crypto, launched on mainnet in December 2025 as Solana’s first truly independent client implementation and holds approximately 7% to 8% of stake.

Frankendancer is a hybrid that combines Firedancer's networking capabilities with Agave's execution capabilities, accounting for an additional 20% to 26% of the share.

The Solana ecosystem aims to achieve a 50% Firedancer share in the second to third quarter of 2026, which would be a significant step toward true client diversity; however, until this threshold is crossed, the network remains structurally vulnerable to failure from a single implementation.

These differences are not accidental byproducts of engineering capabilities; they reflect deliberate philosophical choices.

Ethereum consistently chooses a slower, more conservative path, prioritizing the network’s ability to function reliably regardless of any single team’s code or any individual participant’s intentions.

Solana consistently chooses the faster, more performant path, accepting higher coupling and operational dependencies in exchange for speed.

Both are valid engineering approaches. They produce assets with different properties.

This also impacts the asset. The Solana ecosystem, including the primary analytical frameworks from VanEck and 21Shares, is increasingly inclined to value SOL as a capital asset based on cash flow.

SOL holders receive returns from network revenue, token burns, and staking rewards, with the asset's pricing based on its ability to generate these cash flows.

This is consistent with Solana’s positioning as a financial infrastructure for high-throughput applications and represents a Tier 2 valuation framework.

Co-founder Anatoly Yakovenko has publicly defined Solana as a "global financial atomic state machine," emphasizing value capture at the execution layer rather than monetary premium. The Solana community has largely embraced this framework.

In contrast, Ethereum has consistently positioned ETH as a productive asset for staking. Staking rewards, the sound money narrative, deflationary mechanisms, and validator distribution all serve to reinforce ETH’s positioning as a Tier 1 asset—a monetary asset held by users who are compensated for contributing to the security of the network.

Although this framework is more controversial within the ETH community than within the SOL community, the underlying network design supports it.

In practice, this means that even if Solana receives certification as a decentralized digital commodity under the CLARITY Act, its own ecosystem will still classify it as a Tier 2 asset.

This certification will unlock institutional access and eliminate regulatory tail risk—both of which are price-positive—but it does not incorporate SOL into the benchmark used to price monetary premiums. The market will not assign a monetary premium to SOL when even its own creators and ecosystem view it as a capital asset that generates cash flow.

This is the deeper reason why ETH's unique status among its peers is more enduring than what legal frameworks alone might suggest.

Legal classification, network design principles, ecosystem positioning, and emerging market preferences all point in the same direction. For a competitor to convincingly challenge ETH’s Tier 1 status, it must pass legal scrutiny, maintain equivalent levels of reliability and decentralization, and position its own ecosystem such that the asset is perceived as a monetary premium rather than a cash flow asset.

In the existing network, no candidate satisfies all three conditions, and the philosophical commitments required to meet them cannot be remedied in the short term.

ETH’s enduring DeFi dominance has long been viewed as a legacy effect. The traditional perspective holds that Ethereum won DeFi early due to its first-mover advantage, but this dominance is expected to erode as faster blockchains compete for developers’ attention and user activity.

Each migration of TVL to Solana, each DeFi summer on competing chains, and every article claiming "the market is rotating out of ETH" reinforces this view.

The actual outcome does not align with this narrative.

Despite having well-funded competitors for years and a technically superior execution layer, Ethereum and its Rollup ecosystem continue to dominate stablecoin settlements, DeFi TVL, RWA tokenization, and on-chain activity by institutions.

BlackRock’s BUIDL fund is issued on Ethereum. Franklin Templeton’s tokenized money market fund has launched on Ethereum. The supply of stablecoins on Ethereum mainnet and major L2s far surpasses that of all competing chains combined. The vast majority of real-world asset tokenization occurs on Ethereum.

This enduring advantage over technically superior alternatives is not merely a legacy effect. The market has been pricing in something that has not yet been clearly defined legally: builders and institutions value trusted neutrality and regulatory defensibility far more than performance.

The outcome of their bet is precisely what the current CLARITY bill has formally established.

The very characteristics that have caused Ethereum to run slowly—including strict decentralization, no unilateral upgrade authority, a conservative consensus change mechanism, and thoughtful validator decentralization planning—are precisely the traits praised in Section 104.

Over the past three years, every article claiming that "ETH is losing to faster blockchains" has measured the wrong variable. The truly critical variable has always been trusted neutrality, and once regulatory directions become clear, trusted neutrality will inevitably become the defining qualifying attribute.

The market's preference is correct. It simply lacked a self-justifying legal framework before, and the bill currently under consideration in the Senate is precisely the framework that codifies this consensus.

Historically, ETH's natural point of comparison has always been other smart contract platforms such as SOL, BNB, SUI, and AVAX. Within that framework, ETH has been perceived as "the slow and expensive one," facing ongoing narrative pressure as competitors continuously roll out faster execution layers.

Valuation multiples are anchored to revenue, TVL share, and developer activity, all of which have natural valuation ceilings.

After the CLARITY Act, this reference framework was disrupted. Tier 2 blockchains compete with each other on cash flow multiples and value capture. ETH’s new reference framework has become Tier 1 monetary base assets with a utility premium: primarily BTC, conceptually including gold, and in extreme cases, sovereign reserve assets.

None of these frameworks generate a market capitalization anchored to revenue; they all generate market capitalizations anchored to the currency's role within a larger economic system.

This is a trillions-of-dollars revaluation. Over the past cycle, competitive pressures pulled ETH down into a Tier 2 valuation framework. The CLARITY Act lifts ETH back into a Tier 1 valuation framework by establishing that its competitors no longer fall within the same reference framework.

This also resolves a long-standing contradiction that has plagued ETH. Since the value captured by L2 Rollups and returned to L1 ETH has been considered theoretical and controversial, the foundational L1 layer has been undervalued relative to the active L2 ecosystem.

Under the new framework, this issue becomes less significant. ETH’s value is not anchored to the capture of L2 fees; it is anchored to its monetary role as the only programmable digital good.

The L2 ecosystem expands ETH's economic reach without diluting its monetary premium, since the monetary premium stems from its regulatory classification, not fee income.

The phrase "a trillions-of-dollars revaluation" deserves deeper analysis, because the difference between Tier 1 and Tier 2 valuation frameworks lies not in the size of the multiples, but in the potential market size that the asset is competing for.

Cash flow valuation is anchored in the network's fee income, which for current ETH stands at a low level of billions of dollars annually. Applying any reasonable multiple, the implied market capitalization would fall within the hundreds of billions of dollars range.

The valuation of currency premiums is anchored in a completely different category and a much larger scale.

Gold is the clearest benchmark. The total above-ground supply of gold worldwide is approximately 244,000 metric tons, with a market value of about $32.8 trillion at current prices. Industrial demand for gold accounts for only a small portion of this total.

The overwhelming portion is purely a monetary premium: its value exists because gold has maintained purchasing power across centuries, something fiat currencies, sovereign bonds, and most other financial instruments cannot achieve.

Gold does not generate yield or cash flow. Yet this has not prevented it from supporting a $3.2 trillion valuation, as markets assign a monetary premium to assets that convincingly preserve wealth, regardless of their utility.

The monetary premium of gold is accompanied by operational friction costs that are often underestimated. Physical gold requires authentication with each transaction. Gold bars need analytical testing to verify purity and weight. Coins require verification of authenticity. The existence of LBMA Good Delivery standards exists precisely because trust in gold quality cannot be assumed without institutional-grade infrastructure.

Retail gold transactions typically carry a premium of 2% to 5% above the spot price to cover authentication and distribution costs. Cross-border transfers require customs declarations, security, and transportation insurance.

Paper gold (ETFs, futures, allocated and unallocated accounts) solves the authentication issue but reintroduces counterparty risk and undermines the bearer asset property that originally motivated people to hold gold. The gap between paper gold and physical ownership is precisely the gap between trust in institutions and distrust in institutions—a distinction that becomes critically important in the next section.

Real estate is where more interesting analysis takes place. As of early 2026, the global valuation of real estate is approximately $393 trillion, making it the largest asset class worldwide. Residential properties account for $287 trillion, agricultural land adds another $48 trillion, and the remainder consists of commercial real estate.

Real estate has three distinct value layers that must be distinguished. Use value is what you pay for housing or productive land. Cash flow value is what you pay for rental income or agricultural output. Monetary premium is what you pay above and beyond, because the asset preserves wealth and cannot be diluted by inflation.

The monetary premium in real estate is precisely why high-quality properties in Manhattan, London, Hong Kong, and Tokyo trade at capitalization rates of 2% to 3%. Rental income alone cannot justify these prices; the implied store-of-value function is the underlying logic supporting them.

A reasonable estimate is that 30% to 50% of global real estate value—approximately $120 trillion to $200 trillion—represents a monetary premium, as it defaults into real estate due to a lack of alternatives, rather than because real estate is inherently the most suitable asset class.

This absorption occurs because there are no large-scale alternatives available. Wealth must be stored somewhere, and for most of modern history, the only options capable of absorbing global liquidity were gold, stocks, sovereign bonds, and real estate.

Stocks are cash flow assets. Bonds carry sovereign credit risk. Gold’s market size is too small to absorb all the excess capital. Real estate absorbed the remainder by default.

The asymmetry in holding costs is making the accumulation of such capital increasingly fragile. In the United States, property taxes typically range from 1% to 2% annually and can be higher in certain jurisdictions. Maintenance costs add another 1% to 2% on average per year. As climate-related repricing accelerates, insurance costs have risen sharply.

Before accounting for vacancy, maintenance costs, or management fees, the total holding cost typically ranges between 2% and 4% per year.

Trading friction further exacerbates the issue of holding costs. U.S. residential property transactions typically incur bidirectional friction costs of 7% to 10%, once real estate agent commissions, transfer taxes, title insurance, and settlement fees are taken into account.

International friction is often higher, with stamp duty on high-value or second homes in the UK reaching 12% to 17%, and Singapore’s Additional Buyer’s Stamp Duty for foreign buyers reaching as high as 60%.

Under favorable market conditions, the liquidity timeline ranges from 30 to 90 days, but can be significantly longer in adverse markets. Price discovery is opaque. Trade sizes are large and indivisible.

For decades, the monetary premium function of real estate has been subsidized by enduring these operational frictions. When no alternatives existed, this didn’t matter. But once alternatives emerge, everything will change.

The currency premium pool is not static. Wealth is actively shifting between different pools in response to two related dynamic changes that have become clearly visible over the past decade: declining trust in institutions and escalating geopolitical tensions.

From multiple perspectives, trust in institutions has been consistently declining. The Edelman Trust Barometer consistently shows that trust in institutions in most developed economies is at or near historic lows.

Geopolitical tensions have accelerated this trend. The freezing of the Russian Central Bank’s reserves in 2022 was a watershed moment for sovereign asset managers. Recognizing that dollar-denominated reserves held within Western financial infrastructure are subject to political shifts has altered the risk preferences of every non-aligned country’s central bank.

This response has been measurably reflected across three distinct asset classes.

The most notable response has been central banks' increased gold purchases. In 2025, global central banks' net gold acquisitions exceeded 700 metric tons, marking the highest annual increase since 1967.

By the end of 2025, the People's Bank of China had been a net buyer for 14 consecutive months, with its total foreign exchange reserves reportedly reaching 2,308 metric tons. India has also simultaneously increased its holdings.

In addition to increasing reserves, several central banks have taken action to repatriate physical gold stored in overseas vaults. Between 2013 and 2020, Germany repatriated half of its gold reserves from New York and Paris. Poland, Hungary, the Netherlands, and Austria have also undertaken similar measures.

This model suggests that responding to declining institutional trust involves more than simply holding more gold—it means explicitly storing gold outside the control of institutions that may fail or be weaponized.

The bond market moves on a larger scale but receives less attention. For nearly 80 years, U.S. Treasury bonds have effectively served as a monetary premium asset.

The role of the "risk-free rate" within the global financial system effectively positions U.S. Treasuries as the ultimate store of value for dollar-denominated wealth. Governments, large corporations, and high-net-worth individuals have invested trillions of dollars in the Treasury market not for its yield, but because Treasuries represent the deepest, most liquid, and most institutionally trusted store of value globally.

The outstanding size of the U.S. Treasury market is approximately $39 trillion, with foreign holdings ranging between $8.5 and $9.5 trillion, depending on the statistical methodology used.

In this overseas capital pool, a trend of asset rotation has emerged. China's holdings of U.S. Treasury bonds peaked at $1.32 trillion in November 2013, but by early 2026, this figure had declined to approximately $760 billion, a decrease of 42%.

The actions of the People's Bank of China and major state-owned banks were interpreted as an "orderly liquidation" of U.S. Treasury positions, with this process further accelerated in early 2026 through clear policy guidance. Similar dynamics occurred among other major sovereign holders, albeit with less pronounced policy direction.

While reducing its holdings of U.S. Treasuries, the People's Bank of China has shifted toward increasing its physical gold reserves, providing one of the clearest examples of cross-asset rotation: lowering U.S. Treasury positions while continuously purchasing gold for 15 consecutive months.

The share of the U.S. dollar in global foreign exchange reserves also tells the same story at the macro level. By the third quarter of 2025, the dollar’s share in disclosed global foreign exchange reserves had declined to 56.92%, down from its peak of 72% in 2001.

Although this decline has been gradual, it has been persistent. A 2025 analysis report from the Federal Reserve found that the lost market share of the U.S. dollar has primarily been absorbed by smaller currencies, such as the Australian dollar, Canadian dollar, and Chinese yuan, rather than flowing into gold—except in the cases of China, Russia, and Turkey.

This is an important insight: the trend toward de-dollarization is real, but its impact is often overstated. The current trend reflects greater diversification rather than a complete abandonment of the dollar, which remains overwhelmingly dominant.

However, data from the past 20 years reveal a persistent trend, and the underlying drivers—such as fiscal deficit conditions, risks of monetary weaponization, and expanding structural deficits—have not improved.

The third response strategy is the gradual rise of digital currency premium assets as the fourth major wealth reservoir. Bitcoin has already absorbed this excess capital.

Since 2017, the core rationale supporting Bitcoin has been that BTC offers a viable alternative to gold as a monetary premium asset in the digital age, and the market has gradually realized this expectation. Today, Bitcoin’s market capitalization has reached approximately $2 trillion, achieved in just fifteen years from zero.

The rise of Bitcoin vault companies, inflows into spot ETFs, and recent reports of corporate adoption all reflect the same underlying logic: the monetary premium is seeking a digital-era home—one that simultaneously addresses the high holding costs of real estate, the cumbersome friction of gold authentication, and the heavy reliance of traditional financial instruments on institutions.

Therefore, this asset migration is far from theoretical—it is a large-scale reallocation already underway, spanning decades and involving multiple asset classes. This trend has already been evident in central bank gold flows, changes in government bond holdings, and foreign exchange reserve compositions.

The core issue we now need to focus on is no longer whether funds are being transferred, but where the next available destination will open.

Until now, Ethereum has been excluded from this category due to regulatory uncertainty and pressure from competing narratives. The implementation of the CLARITY Act has removed these regulatory barriers.

As previously mentioned, once regulatory classification reduces the number of competitors, the narrative based on competition falls apart. The core remaining question is: What unique advantages does ETH offer compared to traditional monetary premium assets?

The answer lies in the fact that ETH is the first candidate asset in history to combine a negative net holding cost (earning yield simply by holding) with institutional independence.

The holding cost of gold is positive, it generates no income, and there are frictions in the authentication process that can only be partially mitigated even through institutionalized product structures.

Real estate can generate certain rental income, but high holding costs offset these returns; additionally, depending on the location, it faces transaction friction costs of 7% to 17% and is entirely subject to local government property protection policies.

Treasury bonds can generate positive returns, but as demonstrated by the 2022 asset freeze incident, they are highly dependent on the specific issuing institution.

In contrast, ETH has near-zero custody costs and offers a staking annual yield of approximately 3% to 4%, which exceeds the protocol’s own inflation rate. Its transaction costs are measured in basis points, it provides global instant liquidity, and its cryptography-based authentication mechanism eliminates dependence on any institutional infrastructure and is not constrained by any government-regulated property rights system.

By holding ETH and participating in maintaining its network consensus, you can achieve positive net returns before asset appreciation; more importantly, the asset's properties remain resilient even in the event of crises at individual institutions or countries.

This combination of advantages is unprecedented. Any previous monetary premium asset has made trade-offs while addressing certain issues.

Gold operates independently of financial institutions but comes with cumbersome authentication and yields no income. Real estate can generate returns but is constrained by jurisdictional regulations and high transaction friction. Government bonds offer excellent liquidity and yield performance but are highly dependent on the creditworthiness of the issuing entity.

ETH was the first asset to successfully overcome all these limitations, and the CLARITY Act was introduced to gain recognition of these attributes from institutional systems that control capital allocation.

The potential market size derived from this is not a forecast, but rather an estimation of market scale.

If ETH were to capture 10% of the current gold market capitalization, that would imply a market cap of approximately $3 trillion—seven to ten times its current value. If ETH were to capture just 2% of the real estate monetary premium under a conservative estimate, that would amount to roughly $2.4 trillion. Under a more optimistic scenario, capturing 5% would imply a market value of $10 trillion.

If ETH were to receive just 1% of the foreign government bond holdings as asset rotation continues, it would attract an additional $85 billion in capital.

None of these scenarios require ETH to completely replace gold, real estate, or government bonds. They simply need a small portion of the currently massive global monetary premium pool—already in motion—to shift over the next decade from slightly less efficient traditional investment vehicles toward a more advantageous new destination.

A cash flow-based valuation framework cannot yield figures of this magnitude. According to traditional logic, Ethereum’s annual fee revenue would need to experience an extraordinary surge—even then, when applying valuation multiples from the stock market, the calculated market cap ceiling falls far short of the range derived from the monetary premium framework.

This is precisely the fundamental difference between Tier 1 and Tier 2 in their core essence—the scale of their evaluation criteria is fundamentally different. These two valuation frameworks do not overlap or transform into one another. Any asset’s valuation logic is either one or the other.

Two potential risks require special attention.

First, a monetary premium is a reflexive phenomenon. Markets assign a monetary premium to an asset based on the belief that it will continue to be recognized, yet this recognition can just as easily vanish at any moment. ETH’s current established monetary premium is not a permanent guarantee; maintaining this status requires consistently ensuring the network’s stable operation, upholding decentralization principles, and preserving credible neutrality.

Second, the process of capital migration is lengthy. Even if a significant portion of the existing monetary premium capital pool eventually flows into digital alternatives, this evolution will unfold over decades, not quarters. The profound impact on valuation is objectively real, but the path to this outcome is certainly not a straight line.

This analysis has revealed the enormous scale of the target liquidity pool and identified the established direction of fund flows.

In the previous market cycle, ETH's valuation was measured by its fee income and total value locked (TVL), metrics that often capped its market capitalization at hundreds of billions of dollars.

However, the CLARITY Act will free Ethereum from this constraint, increasing the scale of the capital pool it targets by two full orders of magnitude. This capital pool is currently undergoing a massive reallocation spanning decades, during which gold, Bitcoin (BTC), and to some extent certain global reserve currencies have been the primary beneficiaries.

This is the most essential significance of this valuation system overhaul.

There are three scenarios that could weaken or even overturn the above framework.

The bill may not pass. On Polymarket, the probability of the bill passing by 2026 is around 75%, with deliberations scheduled for Thursday, though political obstacles remain due to the absence of ethical oversight provisions.

Since mid-2025, the decentralized framework has maintained broad consistency across different versions in both the House and Senate. While the 49% threshold may be adjusted, the core five-element structure is unlikely to undergo substantial changes.

If the bill is ultimately rejected in its entirety, the structural argument in this article will be severely weakened. However, as long as the bill passes in any recognizable form, the framework remains valid.

Solana may gain certification. If the Solana Foundation implements aggressive reforms over a four-year transition period—restructuring the foundation, decentralizing validator distribution, and reallocating the treasury—Ethereum could lose its absolute dominance in the field of decentralized programmable platforms.

However, as discussed above, merely obtaining certification is not enough to propel SOL into the Tier 1 valuation tier, because the Solana ecosystem is fundamentally positioned with cash flow considerations in mind, and its network design prioritizes throughput over the high reliability that monetary premium depends on.

Nevertheless, successful certification will significantly narrow the gap between it and ETH, particularly in the competition for institutional investment access and ETF capital inflows. Solana’s governance decisions over the next 24 months will be critical to its chances of approval and any shifts in the ecosystem’s stance on its asset valuation framework.

Even if a category allows for a premium to exist, the market is not obligated to follow blindly. Regulations merely create space for a valuation framework; they do not force the market to accept it.

If institutional analysts continue to cling to traditional valuation models, ETH may still be traded based on cash flow logic, even if it perfectly passes all standard tests.

Although successful cases involving gold, BTC, and specific reserve currencies have demonstrated that a monetary premium is widely accepted, and institutional infrastructure such as ETFs, custodial services, and prime brokers is already prepared to grant Tier 1 treatment to eligible assets, this is not an automatic transition.

ETH still faces structural challenges: the fragmentation of L2s, staking economics that some believe undervalue L1 ETH, a conservative development roadmap that frustrates developers, and an deflationary mechanism that has fallen short of expectations.

These issues cannot be resolved by the CLARITY Act. The Act’s purpose is to remove the two largest structural barriers and eliminate the influence of competitors that have been dragging down Ethereum’s valuation framework. It does not make Ethereum perfect.

Where do we go from here?

The direct impact is limited. No tokens will be automatically delisted, nor will there be an overnight reshuffling or forced movement of funds. The SEC has 360 days to finalize rules defining the practical application of "common control." A four-year transition period provides ample time for projects to adjust their structures.

The first wave of approvals and rejections won't officially begin until 2027.

The pace of shift in frameworks may far outstrip the speed at which regulatory mechanisms are implemented. Within months, asset management firms, ETF issuers, custodial service providers, and bank-affiliated funds will begin adjusting their internal asset classification and allocation frameworks.

Mainstream sell-side institutions are expected to release their first research report declaring "ETH is the only programmable digital commodity" within the coming weeks. Building this narrative does not depend on the complete conclusion of regulatory processes—it only requires a compelling regulatory signal.

Historically, cryptocurrency markets often react in advance before regulatory clarity emerges. BTC ETFs were traded for two years prior to approval. The news of ETH ETF approval was already priced into spot markets months in advance. Major regulatory positive developments are frequently absorbed ahead of time.

For those holding or trading these assets, the core issue is not whether the bill becomes law on July 4 or in 2027, but whether the market will begin to anticipate and position itself for the far-reaching implications of the regulation’s eventual finalization.

The underlying logic supporting ETH's valuation is quietly undergoing a profound transformation: shifting from the identity of a smart contract platform burdened by regulatory compliance risks, to that of a unique, programmable digital good with distinct monetary premium potential.

This significant shift has not yet been fully reflected in the price.

Over the past five years, holding ETH meant enduring dual structural pressures: regulatory uncertainty and the risk of competitors catching up.

The bill review set to begin on Thursday is expected to dispel both of these shadows at once and, more importantly, eliminate ETH’s direct competitors.

The market will eventually realize all of this. The only question now is when.