Ethereum's Value Anchor: Return to the Security Computing Layer

At the beginning of 2026, the crypto ecosystem reached a significant turning point. New statements from Vitalik Buterin regarding Layer 2 and scaling strategies show that Ethereum’s core value anchor is being redefined. Ethereum is no longer just a scaling platform but is positioned as the security and settlement anchor of the global digital economy. This structural transformation will fundamentally change ETH’s valuation logic and require investors to rethink their valuation approaches.

Paradigm Shift: From L1 Priority to Security Layer

The long-held assumption within the Ethereum ecosystem of “L2-centric scaling” has begun to be questioned based on practical experience. The full decentralization of Layer 2 networks has proven more difficult and slower than expected, and liquidity fragmentation has caused serious issues. In Vitalik’s new vision outlined in “Really Scaling Ethereum,” the key insight is this: scaling is not about increasing TPS but about creating a block space fully guaranteed by Ethereum.

This change in understanding signals a fundamental shift in Ethereum’s architecture. L1 and L2 are moving from a hierarchical “one complements the other” model to a new paradigm. L1 will focus on maximum security, censorship resistance, and payment sovereignty, while L2 will evolve into specialized service providers such as privacy, AI, and high-frequency trading. Ethereum’s strategic anchor is now centered on itself: aiming to be the most trusted settlement layer worldwide.

This transformation is not just a technical detail but a rewriting of Ethereum’s institutional role. Priorities are shifting from capacity to security, from efficiency to neutrality, and from profit maximization to long-term protocol stability.

Redefining the Value Anchor: Federal State Model Analogy

The issues Ethereum faces are surprisingly similar to the problems faced by the United States before 1787. Thirteen independent states issued their own currencies, imposed tariffs, and none wanted to bear the costs of common defense and markets. This structural conflict lowered national credibility and hindered foreign trade.

The 1787 Constitution was the solution: it granted the federal government direct taxation, regulation of interstate commerce, and the authority to issue a single currency. The real transformation came with Hamilton’s economic plan in 1790—federal government assumed state debts, established a central bank, and restructured the national credit system. As a result, the 13 small states quickly became the world’s largest economy.

The current state of the Ethereum ecosystem is entirely parallel: each L2 has its own liquidity pools and governance tokens, like “sovereign states.” Liquidity is fragmented, interactions between L2s are frictional, and none of them return value to L1. Of course, in the short term, it makes sense for each L2 to hold liquidity on its own chain, but as a whole, this strategy weakens Ethereum’s core competitive advantage.

Ethereum’s new roadmap essentially aims to establish a “constitutional system” and a “central economic system”—within a framework of “definite sovereignty”:

Native Rollup Pre-compiled Code (Constitutional Role): L2s can freely build customized functions outside the EVM, but the EVM part is executed via native pre-compiled code that provides security verification at Ethereum level. It is technically possible to operate without integration, but at the cost of losing the interface through which the Ethereum ecosystem’s security is assured.

Synchronous Composability (Single Market): Cross-L2 and L2-L1 transactions can occur synchronously without trust. This “removes international trade barriers” and solves the problem of liquidity being stranded in isolated islands.

Rebuilding L1 Value Capture (Federal Taxation Rights): As all critical L2 interactions revert to L1, ETH once again becomes the settlement and security anchor for the entire ecosystem.

New Valuation Anchor: Security and Currency

Applying traditional financial models (P/E, DCF) directly to Ethereum is fundamentally a category error. Ethereum is not a profit-maximizing company but an open digital economy infrastructure. While institutions maximize shareholder value, Ethereum’s ecosystem maximizes scale, security, and censorship resistance.

To this end, Ethereum protocol revenue has been intentionally suppressed. The introduction of Blob data availability via EIP-4844 has structurally reduced L2 data publication costs and decreased L1 rollup revenue. From a corporate perspective, this is “revenue self-destruction,” but from an infrastructure perspective, it is a short-term sacrifice to gain long-term neutrality premium and network effects.

Understanding Ethereum as a framework means viewing it as a “globally neutral intermediary and consensus layer.” ETH’s value depends on multiple structural demands:

• Final Payment Layer Demand: On-chain assets settle in ETH
• Collateral and Liquidity: DeFi protocols use ETH as collateral
• Settlement Layer for Dispute Resolution: Institutional adoption, RWA integration
• Long-term Sticky Funds: ETFs, pension funds, institutional investors

Four-Dimensional Value Model and Dynamic Calibration

Ethereum’s valuation architecture in 2026 is based on a weighted system across four core dimensions:

1. Security Computation Layer (45% weight, increased during risk-averse periods)

Positioned as Ethereum’s most fundamental value source. It is priced via validator economy-based payment balance and a continuous discount model (DCF). Validator returns help estimate fair value, but institutional adoption, validator decentralization, and regulatory clarity also influence the price.

2. Currency Characteristics (35% weight, fundamental during scaling phases)

ETH is the native settlement fuel and ultimate collateral of the on-chain financial system. Using an extended MV=PQ model, it captures differences in transaction frequency, DeFi activity, and collateral retention.

3. Platform/Network Effect (10% weight, increasing in optimistic periods)

Represents the vertical growth potential of the Ethereum ecosystem. To prevent L2 assets from being over-weighted in valuation, a security-adjusted Metcalfe model is used: M_network = a × (Active Users)^b + m × Σ(L2 TVL_i × Security Score_i)

4. Protocol Revenue Assets (10% weight, lower bound during stagnation)

Gas and Blob fees represent the lowest operating costs. This layer generally sets the valuation floor in bear markets. More conservative than P/S and yield models.

Critical point: these weights are not static but are dynamically adjusted based on macro environment, fund costs, market structure, and on-chain sentiment. During risk-averse periods, network effect options are activated; during risk-averse periods, security and revenue weights are maximized.

Institutional Adoption and Second Curve Conditions

As Ethereum increasingly integrates with traditional finance beyond its crypto origins, its asset character and valuation logic will change radically.

Transformation in Asset Type (Beta → Yield):
Spot ETH ETFs solve compliance issues but are essentially price exposure. Future Stake ETFs will carry on-chain revenue streams into institutional systems for the first time. ETH will shift from a “highly volatile, interest-free asset” to a “structured asset with predictable returns,” broadening its buyer base from trading funds to pension funds and insurers.

Change in Usage Pattern (Hold → Use):
If institutions start using ETH not just as a settlement asset but as collateral and computing infrastructure—JPMorgan’s tokenized funds, compliant stablecoins, and RWA distributions on Ethereum indicate a shift from “holding” to “working.”

Reduction of Uncertainty (Pricing → Risk Management):
As stablecoin regulations like GENIUS (Secure and Stable Issuance System) are gradually clarified and Ethereum’s roadmap becomes more transparent, regulatory and technical uncertainties that are most sensitive for institutions are systematically reduced. Uncertainty is no longer just being eliminated but being priced in.

This process, called the “Structured Second Curve,” provides a real operational demand base for the “Secure Computation Layer + Currency Feature” logic, transforming ETH from an emotionally speculative asset into a structured, functional core asset.

Conclusion: Value Anchor in an Era of Uncertainty

The crypto sector periodically undergoes intense consolidation, with market sentiment freezing. These are undoubtedly the “darkest hours” of the industry. But as rational observers, it must be noted:

What Ethereum is experiencing is not a “value collapse” but a profound “pricing anchor transition.”

With direct L1 scaling, the redefinition of L2 as a spectrum of networks with different security levels, and protocol revenues used as security anchors, ETH’s valuation logic has shifted structurally to the axes of “Security Computation Layer + Native Currency.”

In the current macro environment—high real interest rates, unliquefied liquidity, and on-chain growth options not fully integrated—the ETH price naturally converges toward a structural value range supported by calculable certainty, verifiable returns, and institutional consensus. This range is not a sentimental bottom but a growth premium adjusted for Ethereum’s core anchor—its legitimate value center.

For long-term builders, the key question is not “Can Ethereum go higher?” but rather “Given the current environment, what structural fundamental value anchors should we adopt?”