"Our long-standing fascination with non-productive assets in crypto is clearly unsustainable," admits Alex Gluchowski, CEO of Matter Labs and founder of ZKsync. Amid recent market volatility, privacy tokens have defied the trend, soaring in both price and popularity.
Yet, within this privacy tech renaissance, a paradox is emerging: institutional adoption of blockchain is accelerating rapidly, while the spread of privacy tools is failing to keep pace.
01 The Battle of Two Privacy Models: Account-Level vs. System-Level
Gluchowski points out a fundamental distinction in blockchain privacy: "There’s cypherpunk privacy and institutional privacy. Cypherpunk privacy is account-level, while institutional privacy is system-level."
This distinction is critical. Individual users seek privacy to hide specific addresses and transactions, whereas banks, asset managers, and corporations require a completely different solution.
Institutions need full visibility into their own transaction processes, while maintaining data confidentiality from outside parties.
System-level privacy enables financial institutions to transact on shared infrastructure while retaining complete internal visibility and control.
This is fundamentally different from the privacy model used by consumers. Banks and enterprises aren’t looking to hide individual addresses; they need a private execution environment where they can see every transaction under their control, while outsiders see nothing.
02 The Invisible Barriers to Institutional Adoption
According to CoinGecko data, as of early November, over 140 companies collectively held about $137 billion in crypto assets on their balance sheets.
This is a milestone in itself, but it also highlights the next phase of challenges for institutional adoption.
Due to confidentiality obligations, the next step for financial institutions to move payments or settlements onto public blockchains can only be achieved with a reliable privacy layer in place.
Gluchowski explains that banks, asset managers, and corporations cannot settle transactions on transparent public ledgers, as this would expose internal fund flows, counterparty details, or operational strategies.
Conducting transactions on a transparent public ledger would be akin to making business secrets public. This has become an invisible barrier to large-scale institutional adoption of blockchain technology.
03 The Divergence of Consumer and Institutional Privacy
In recent years, crypto bull markets have been driven largely by speculative activity with little real-world utility.
"Memecoins are a prime example—purely speculative chips in a casino. Other than cultural factors, they have no substance," Gluchowski states bluntly.
In contrast, privacy is fundamentally different, as it plays a direct functional role in the operation of financial systems.
Early regulatory pressure stifled exploration of privacy technologies—privacy tokens were delisted from exchanges, and the U.S. government sanctioned Tornado Cash.
However, things have changed. Since the current U.S. administration adopted a more selective approach—distinguishing privacy as a technological capability from its use in illicit finance—sentiment has shifted.
Gluchowski describes this change: "It’s night and day. Previously, no one wanted to touch crypto—it was a taboo subject. Now the attitude is more like, ‘We need to embrace this technology or risk being left behind.’"
04 ZKsync’s Solution: Balancing Privacy and Connectivity
Early enterprise blockchain experiments encountered the trade-off between privacy and connectivity.
Financial institutions deployed private chains using frameworks like Hyperledger Fabric or Corda to protect internal data, but these networks remained isolated from the broader liquidity and settlement infrastructure built around public blockchains.
Gluchowski notes, "If you build a fully private blockchain, it can’t connect to any public system. It’s only marginally better than a database, but it won’t give you access to public capital markets."
A new pattern is emerging within the Ethereum ecosystem to address this trade-off.
It combines locally operated private chains with zero-knowledge proofs, allowing institutions to keep transaction data internal while proving to the public network that systems are operating correctly.
While the public chain can’t see transaction details, it can verify whether any violations have occurred.
05 Ecosystem Growth and Prospects for Institutional Adoption
The ZK ecosystem is undergoing explosive growth. According to Gate data, by 2025, the number of monthly active developers in the ZK ecosystem has surpassed 2,054, and ZK contract deployments have grown from 40 in 2020 to 639 in 2024—a 16-fold increase.
The ZKSync community has now amassed 779,000 members, marking a new phase for verifiable blockchain networks secured by mathematical proofs.
Data from crypto analytics platform Santiment shows that over the past 30 days, ZKsync (ZK) ranked second in developer activity among privacy-focused crypto projects, just behind Starknet (STRK).
Nansen data from early November shows ZKsync led the industry in fee growth over a seven-day period.
Gluchowski believes this growth isn’t driven by retail speculation, but rather by increased market activity following the launch of new tokenomics and staking programs.
06 2025 Roadmap: The Future Evolution of Privacy Technology
ZKsync has released its 2025 roadmap, promising improvements across several key areas.
The roadmap includes: streamlining developer experience with bytecode-level EVM equivalence, LLVM tools, and a VSCode debugger; delivering a Web2-like user experience; boosting performance to 10,000 TPS and reducing fees to $0.0001; and achieving Stage 1 security.
Other highlights include decentralized sequencing and proof generation; user interface upgrades such as a smart wallet SDK supporting both web and mobile; and most notably—privacy: private Validium, connecting public and private ZK chains with native interoperability for fast cross-chain transfers and method calls.
These developments position ZKsync not as a single rollup, but as a network of chains, including systems operated by financial firms in controlled environments.
Gluchowski revealed that some products are already running in test environments, with the first production deployments expected by the end of this year.
Looking Ahead
Zero-knowledge proof technology is quietly moving from theory to commercial application. ZKsync’s 2025 roadmap lays out a clear path for performance upgrades, cost reductions, and the implementation of private Validium.
In the coming months, as the first production deployments go live, we are likely to witness a pivotal turning point in the transformation of financial infrastructure.
True large-scale blockchain adoption will arrive when institutions can tap into the liquidity and settlement capabilities of public blockchains—while maintaining complete confidentiality.
