Reconstruction of the Privacy Asset Landscape: Divergence in Technical Approaches of ZEC, XMR, and Tornado Cash Under On-Chain Transparency Pressure

On May 6, 2026, Tushar Jain, Managing Partner at the crypto investment firm Multicoin Capital, publicly disclosed on a social platform that the fund has continued building a “large-scale position” in Zcash since February, and has positioned ZEC as a hedging asset to deal with wealth-visibility pressures. After the news was made public, ZEC rose by more than 80% in six days, once touching a new intra-year high of $590.

Multicoin’s position-building logic quickly generated a catalyst effect in the market. The fund began buying ZEC when its price was in the $237 to $299 range. Its core investment thesis is not based on a short-term technical narrative, but on macro-level asset-allocation needs. In public remarks, Jain explicitly stated: “Assets that are truly private, resistant to censorship, and resistant to seizure have clear product-market fit, and demand is accelerating.”

This event released a strong re-pricing signal to the market that “financial privacy is evolving from a niche ideology into a mainstream financial necessity.” According to Gate market data, as of May 7, 2026, the price of ZEC was $538.95, with a 24-hour trading volume of $21.84 million and a market cap of approximately $8.99 billion. Over the past 7 days, ZEC rose 65.02%; over the past 30 days, it rose 112.05%; and over the past year, it accumulated a gain of approximately 1,299.56%.

During the same period, the privacy-coin sector as a whole rose by about 15%, indicating that market sentiment quickly coalesced. But this was not a broad-based rally. While Monero technically provides stronger default privacy protection, it continued to face pressure from exchange delisting waves. Tornado Cash, meanwhile, has fallen into persistent uncertainty amid the tug-of-war over protocol classification and developer responsibility. Together, the three represent three paths in the privacy track—optional privacy, default privacy, and protocol-level mixing.

How On-Chain Transparency Is Reshaping the Privacy Track

Over the past two years, major global markets have seen significant changes in requirements for information transparency regarding crypto assets. FATF Recommendation 16 requires that virtual-asset transfers include the transmission of identity information of the originator and the beneficiary, and it suggests setting the minimum applicable threshold at $1,000 or the equivalent in euros. As of January 2026, 73% of countries worldwide had incorporated travel rules into domestic law.

Behind these changes is the ongoing maturation of on-chain data analysis tools. The cost of linking addresses to real-world identities has dropped significantly, and in the past two years there has been a continuing increase in extortion and personal-safety issues triggered by wealth exposure. It is in this context that the privacy track overall outperformed the broader crypto market throughout 2025. In 2026, this trend accelerated further and unfolded structural divergence along three distinctly different technological paths.

The timeline below outlines the causal chain of key events:

This dense chain of events reveals a clear macro narrative logic: as on-chain data transparency continues to increase, wealth visibility in turn becomes the biggest risk exposure for asset holders. Demand for privacy is no longer limited to peripheral requests—it is being redefined as a mainstream asset-allocation strategy.

Comparison of the Technical Architecture and Market Adaptability of Three Privacy Paths

To understand how Zcash, Monero, and Tornado Cash are diverging under the current environment, the first step is to break down their fundamental technological differences. Their privacy implementation mechanisms, the degree of freedom in choosing transparency levels, and their auditability differ significantly. These differences form the core variables in how each responds to the pressure of on-chain transparency.

Privacy Mechanism Comparison

Zcash uses zero-knowledge proof technology. Its core is selective privacy—users can freely switch between transparent transactions and shielded transactions. A key extension of this design is the viewing-key mechanism: users can choose whether to grant specific auditors permission to view transaction details. In early 2026, the Zodl Wallet automatically routes users to encrypted pools via unified addresses. The share of shielded transactions jumped from about 30% at the beginning of 2025 to 59.3% in February 2026, with an average of 40.2% from the beginning of 2026 to date. In the same period, the amount of ZEC stored in the shielded pool reached about 5.18 million coins, accounting for approximately 31% of circulating supply. This change reflects the leverage effect of default options in privacy-product adoption.

Monero combines ring signatures, stealth addresses, and RingCT. All transactions are fully encrypted by default, and the total supply is not auditable. This design provides stronger anonymity, but it also keeps narrowing Monero’s availability on exchanges. As of February 2026, as many as 73 exchanges had delisted Monero in 2025 alone. Its record high in January 2026 followed by subsequent market-cap contraction precisely maps the liquidity dilemma faced by the default-privacy path.

Tornado Cash is a non-custodial mixing protocol running on smart-contract platforms such as Ethereum. Users deposit funds into a shared anonymous pool, then withdraw an equivalent amount of assets from another address via zero-knowledge proofs, cutting the on-chain linkage between deposits and withdrawals. This mechanism does not involve a user-identity layer, nor does it have a built-in audit interface.

The table below clearly shows the structural differences across privacy dimensions:

Market Structure Revealed by Liquidation Heatmap

After Multicoin disclosed its holdings, ZEC’s derivatives market saw intense liquidations. ZEC became the second-largest liquidation asset after BTC. About 5,000 traders collectively totaling nearly $62 million were forced to liquidate, of which nearly $60 million were short positions, while long losses were only slightly above $3 million. Such a large short squeeze in a privacy asset is extremely rare in the history of privacy assets. It reflects the market’s broadly pessimistic expectations toward the privacy track earlier on, and a significant divergence between Multicoin’s macro allocation logic and how mainstream capital had previously positioned itself. The market is rapidly correcting this discrepancy through price.

The Dispute Over Tornado Cash’s Protocol Attributes: Exploring the Boundaries of the Tech-Neutral Principle

Among the three privacy solutions, Tornado Cash is not a token asset, yet it is the most emblematic frontier case in the privacy track. The controversy it has triggered centers on a fundamental difficulty for traditional classification frameworks: when a piece of code has both tool attributes and financial-infrastructure attributes.

The Turning Point in How the Protocol Itself Is Classified

In 2022, the U.S. Treasury’s OFAC first sanctioned Tornado Cash. However, in November 2024, the U.S. Fifth Circuit Court of Appeals ruled that OFAC had gone beyond its statutory authority: Tornado Cash’s immutable smart contracts are not “property” of any individual or entity, so they fall outside OFAC’s jurisdiction. On March 21, 2025, the Treasury officially removed Tornado Cash from the sanctions list.

This ruling established the key principle of technological neutrality: immutable code itself is not a proper target for sanctions. It draws a boundary within the broader trend of on-chain transparency—protocol technical attributes should be evaluated separately from the behavior of users.

The Ongoing Controversy Over Developer Responsibility

Although the protocol itself received a favorable ruling, discussions around its developers continued. Since Roman Storm, a Tornado Cash developer, was indicted by the U.S. Department of Justice in 2023, the case has gone through multiple turns. In the earlier adjudication stage, the jury failed to reach consensus on some of the charges. In April 2026, the case was ordered to begin follow-up proceedings in October 2026.

Meanwhile, another Tornado Cash developer, Alexey Pertsev, was sentenced to 5 years in prison in the Netherlands. This event has had a profound impact on all open-source privacy developers: once code is deployed, its creators may face consequences that they did not anticipate years later.

Structural Impact on the Privacy Track

The continued simmering of the Tornado Cash event has had profound structural implications for the entire privacy track. Uncertainty faced by protocol developers causes privacy technology to shift from a “startup track” into a “frontier testing ground” that must be assessed cautiously. This also partly explains why the next generation of privacy projects no longer pursues anonymity maximization as its sole goal, but instead shifts toward building infrastructure for “selective disclosure” and “auditability”—and Zcash’s model of “optional privacy + viewing keys” is precisely a prototype of this trend.

Deconstructing Public Sentiment: What the Market Is Pricing

After Multicoin publicly disclosed its holdings, public discussion around the privacy track quickly heated up. Different participants expressed notably different positions, and the core controversy centered on two levels: whether privacy narratives are temporary, news-driven rotations, or structural capital reallocations; and whether the auditability of privacy assets can be quantified into a valuation premium.

The Pricing Logic of Institutional Capital

Multicoin’s public commentary positions privacy assets as macro hedging tools. Jain clearly argued that as wealth transparency strengthens, assets that can resist censorship and confiscation will enjoy structural growth in demand. He also said that ZEC represents the “purest” way the thesis is expressed in public markets. This narrative upgraded privacy demand from cypherpunk ideological framing into a macro asset-allocation strategy, directly changing the dimensions on which institutional investors assess the privacy track.

Grayscale’s Zcash Trust provides a regulated participation channel for traditional investors, while Robinhood’s listing opens an entry point for retail investors. Additionally, in March 2026, Zcash Open Development Lab (ZODL), formed by former Electric Coin Company core team members, completed a seed round of more than $25 million. Investors include Paradigm, a16z crypto, Winklevoss Capital, Coinbase Ventures, and others. The funds will be used to enhance Zodl Wallet technology. Improvements at this infrastructure layer create more mature conditions for a wider range of capital to enter than at any point in the past.

The Main Concerns of the Bearish Side

The bearish camp focuses on two risk dimensions. ZEC’s rise depends heavily on short-term market sentiment generated by a single fund’s public disclosure. After the information disclosure window closes, whether it will receive follow-through from other mainstream institutions remains unknown. Monero’s situation is even more severe. Restrictions from multiple exchanges have led to continued liquidity shrinkage, creating a negative feedback loop of “the lower the accessibility, the lower the liquidity, and the worse the price elasticity.”

A Structural Observation

More importantly, the market’s differentiated pricing of Zcash versus Monero—where ZEC’s market cap has surpassed XMR—sends a clear signal: in 2026, the market is quantifying “auditability” into specific valuation premiums. Mandatory privacy offers stronger anonymity safeguards, but it also implies higher accessibility risk. Optional privacy, despite compromising some extreme anonymity, gains an advantage in the competition for liquidity because it supports auditability.

Industry Impact Analysis: A Structural Shift Is Underway in the Privacy Track

When combined, the above technical differences and dynamic changes are driving three levels of structural transformation in the privacy track.

Optional Privacy Gains a Valuation Premium

The market is re-pricing the value of “auditability” in hard money terms. ZEC has risen about 1,299.56% over the past year, and its market cap has surpassed Monero. At its core, this reflects the market’s re-pricing of optional-privacy models. This pricing logic is not directed at transaction privacy itself, but at the technical feasibility of “maintaining auditability while preserving privacy.” A flexible design that can grant specific auditors viewing permissions without sacrificing privacy in normal transaction scenarios is gaining higher market recognition.

Channel Contraction for Default Privacy Paths

Monero’s technological advantage—mandatory privacy—has shifted in the current environment from a “technological moat” to a “liquidity bottleneck.” Trading restrictions or bans on XMR across multiple markets objectively limit the entry routes for institutional capital. Although Monero still has some circulation capacity in decentralized trading channels, the narrowing of centralized channels creates structural pressure that makes “stronger anonymity” a disadvantage in the liquidity competition.

Putting Developer Risk Assessment First

The Tornado Cash event is creating a new industry reality: protocol creators may face unanticipated challenges after code deployment. This means privacy projects must evaluate potential risks of the technological architecture more cautiously at the design stage. The next generation of projects no longer focuses solely on maximizing anonymity, but instead turns toward building infrastructure for “selective disclosure” and “auditability”—a trend that has already produced a significant impact on the industry’s innovation direction.

Privacy Demand Shifts from “Extreme Anonymity” to “Selective Transparency”

Industry trends show that the privacy track is evolving from “Privacy 1.0” to “Privacy 2.0.” Privacy 1.0 targets hiding transaction paths, with limited functionality and limited auditability. Privacy 2.0 completes computation and collaboration in ciphertext form, enabling users to maintain privacy by default while sharing specific data with authorized parties as needed. This type of design finds a third path between “full transparency” and “full anonymity,” and it is also easier to be covered by mainstream transaction infrastructure.

Conclusion

Under this on-chain transparency trend, the real main line is not a binary confrontation of “privacy vs. transparency.” It is an ecosystem filter of “what kind of privacy can keep operating sustainably within the current framework, and at what cost.”

Zcash demonstrates the possibility of “auditable privacy” through optional privacy and viewing-key mechanisms, showing “auditable privacy” as a viable path. Monero, through its purity of default privacy, holds onto the ideal of “absolute privacy,” but it pays the price of liquidity contraction. Tornado Cash, through a prolonged dispute over protocol attributes, draws the risk boundary between technological neutrality and personal responsibility for all privacy developers.

Three paths, three outcomes, one shared direction: privacy is no longer an independent technical narrative—it is being embedded as a foundational layer in the underlying architecture of the entire crypto financial infrastructure. Solutions that can find an engineering balance between “protecting user privacy” and “maintaining operational continuity” will gain durable competitive advantages in this round of structural transition.