#TradFi交易分享挑战

# Ethereum Privacy Upgrade Roadmap
V God announced the upgrade roadmap, focusing on "privacy." Why is Ethereum still underperforming compared to Bitcoin?

1. Structural mismatch between technological upgrades and market perception

Ethereum’s privacy upgrades (account abstraction + FOCIL, ZK-SNARKs payments, Kohaku/ORAM/PIR) are essentially implicit infrastructure optimizations, not direct changes to economic incentive models.

No user perception: Privacy enhancement technologies (such as key randomness, recursive SNARKs) operate on-chain, and ordinary users cannot perceive whether transactions are "more private," lacking a feedback loop of behavior.

No token economic gains: Unlike the deflationary mechanism of EIP-1559 or staking rewards, privacy upgrades do not increase ETH scarcity, do not boost staking APY, and do not create new revenue streams, making it impossible to establish a direct value anchor like "buy ETH = buy privacy."

Developers lack motivation to migrate: L2 ecosystems (Arbitrum, Optimism) already meet mainstream application needs through low costs and high TPS. Privacy features can be independently implemented on L2, and mainnet upgrades have limited appeal to developers.

Investors do not deny the technical value but refuse to pay a premium for "invisible improvements."

2. Value capture is systematically diluted by Layer 2

After the Dencun upgrade, transaction activity and value capture on Ethereum mainnet (L1) are significantly diverted to L2:

Decreased ETH burn rate: L2 transaction fees are settled in native tokens (such as ARB, OP), with ETH only serving as the settlement layer token. The burn volume decreased by 37% year-over-year (Q1 2026 data), weakening the deflation narrative.

Ecosystem value spillover: DeFi TVL, NFT trading volume, and user activity are mainly distributed on L2. ETH’s economic weight as "the underlying fuel" is diluted, and its price cannot reflect ecosystem prosperity.

Increased competition from L2: High-performance chains like Solana and Sui, with native privacy support (e.g., Sui’s built-in zero-knowledge verification in Move language) and lower gas fees, attract developers to bypass Ethereum mainnet, creating "technological substitution" rather than "technological upgrade."

3. Market sentiment and narrative disconnect

"Privacy narrative" not adopted by mainstream: In community discussions, privacy upgrades are labeled as "Vitalik’s philosophical experiment" or "technical purism," lacking widespread media and KOL dissemination.

Compared to Bitcoin’s "digital gold" narrative: BTC’s scarcity, censorship resistance, and institutional acceptance form a clear value consensus; ETH’s positioning as "world computer" is blurred due to technical complexity, and privacy upgrades further increase cognitive load.

Investor behavior patterns are entrenched: Retail investors still trade based on "FOMO rally," while privacy upgrades are long-term, gradual, non-explosive improvements that cannot trigger emotional resonance.

Future turning point: When will prices reflect technological progress?

The value of privacy upgrades can only be realized if the following three conditions are met:

L2 privacy protocols emerge: For example, zkSync, StarkNet launching native privacy trading pools, with over 10% of trading volume utilizing ZK privacy features, forming an "privacy-as-a-service" economic model.

ETH as a privacy settlement layer is priced in: When mainstream DeFi protocols (like Uniswap, Aave) use ETH as the sole settlement asset for privacy transactions, ETH will shift from "fuel" to "privacy asset."

Regulatory clarity that ETH is not a security: If the SEC recognizes ETH as a decentralized protocol token, institutions will massively allocate, and the ETH/BTC exchange rate will rebound above 0.08, driving valuation reappraisal.