ZKSYNC ADVANCES INSTITUTIONAL ADOPTION WITH TOKENIZED DEPOSIT NETWORK

ZKsync’s Cari Network, powered by Prividium, allows banks to tokenize deposits on Ethereum’s Layer 2 while maintaining data privacy and regulatory compliance.

The collaboration with BitGo offers a launch-ready infrastructure for tokenized deposits, combining institutional-grade custody with private blockchain settlements.

ZKsync founder Alex Gluchowski critiques Canton’s trust-based model for lacking cryptographic verification, emphasizing systemic risks if operators are compromised.

ZKsync is advancing institutional adoption of digital assets through its Cari Network, which enables banks to tokenize deposits on Ethereum’s Layer 2. This infrastructure addresses data privacy concerns and regulatory compliance requirements while supporting real-time settlements.

The Cari Network, powered by Prividium, combines institutional-grade custody, wallets, and private blockchain settlements to provide banks with a comprehensive toolkit for issuing and managing tokenized assets. This collaboration with BitGo allows banks to tokenize deposits without reliance on stablecoins, preserving existing banking infrastructure while enabling innovation.

ZKsync founder Alex Gluchowski has criticized Canton’s trust-based model for institutional finance, arguing that it lacks the cryptographic verification provided by zero-knowledge proofs. Canton’s model relies on trusted operators, which could pose systemic risks if operator keys are compromised.

What is ZKsync’s institutional adoption strategy?

ZKsync is pursuing a strategy that leverages Ethereum’s Layer 2 to enable institutional adoption of digital assets. The Cari Network allows banks to tokenize deposits while maintaining data confidentiality through private execution and public settlement. This approach aligns with broader trends in institutional DeFi, including yield tokenization and fixed-income financialization.

The network is designed to support flexible smart contract execution and compliance features using zero-knowledge proofs. This infrastructure enables banks to streamline liquidity management and integrate with digital ecosystems. Five U.S. regional banks with $600 billion in deposits are already using this network, signaling growing adoption.

ZKsync’s Cari Network also supports real-time financial connectivity and regulatory compliance, making it an attractive option for banks modernizing their operations. This infrastructure could redefine institutional finance by enabling new use cases such as yield automation and programmable settlement.

How does ZKsync’s partnership with BitGo benefit traditional banks?

ZKsync’s collaboration with BitGo provides traditional banks with a launch-ready infrastructure for tokenized deposits, combining institutional-grade custody with private blockchain settlements. This infrastructure enables banks to issue, transfer, and settle tokenized deposits without the need to build complex systems from scratch.

The joint solution leverages ZKsync’s Prividium blockchain within the Ethereum ecosystem and BitGo’s institutional custody services. This allows banks to tokenize deposits on blockchain networks while maintaining existing infrastructure. Tokenized deposits enable 24/7 settlements and automate fund movements, aligning with existing regulatory frameworks.

The partnership is particularly important for modernizing payments and treasury operations, where control, security, and regulatory compliance are critical. The infrastructure is currently being tested with regulated financial institutions and is expected to reach broader deployment later in the year.

What are the security advantages of ZKsync’s approach over Canton’s?

ZKsync’s approach to institutional finance includes a layered defense system that uses ZK proofs and chain containment to limit breaches and prevent cascading failures. This design ensures that breaches are isolated to single institutions, reducing the risk of systemic failures.

In contrast, Canton’s model relies on trusted operators to manage data between participants, which lacks a cryptographic verification layer. If operator keys are compromised, this model could propagate errors silently, posing significant risks in mission-critical systems.

ZKsync’s Prividium model includes institutional node operations within regulated environments, ZK proofs for cryptographic checks, and chain containment to isolate breaches. This design enhances security and aligns with broader trends in institutional-grade blockchain adoption.