ZKsync Advances Institutional DeFi Adoption With Privacy-Centric Infrastructure

• ZKsync is enhancing institutional DeFi infrastructure with zero-knowledge proofs to enable regulatory compliance and scalability while addressing institutional needs through tokenized real-world assets (RWAs) and structured yield solutions according to AInvest.

• The Cari Network, powered by Prividium, allows banks to tokenize deposits on Ethereum's Layer 2, maintaining data privacy and regulatory compliance, and providing a scalable and secure infrastructure for institutional adoption.

• ZKsync's collaboration with BitGo offers a launch-ready infrastructure for tokenized deposits, combining institutional-grade custody with private blockchain settlements to ensure real-time settlements and regulatory alignment.

ZKsync is positioning itself as a key infrastructure layer for institutional DeFi by enabling programmable yield and regulatory compliance according to AInvest. Total value locked in tokenized assets has grown significantly, reaching over $237 billion by 2025.

Institutional interest in tokenized assets is expanding beyond crypto into real-world assets such as Treasuries, equities, private credit, commodities, real estate, and bonds according to AInvest. These assets offer diverse yield structures and liquidity profiles, making them suitable for various institutional strategies. Protocols like Midas are scaling tokenized investment products, with over $1.7 billion in assets minted through its mToken suite.

Privacy-preserving technologies like zero-knowledge proofs are enabling banks to tokenize large sums of customer deposits securely while maintaining compliance. Institutional DeFi is transitioning from simple tokenization to structured yield solutions, where platforms like Pendle Finance are implementing automated market makers for yield tokens.

What challenges does ZKsync address in institutional finance?

ZKsync addresses challenges in institutional finance by offering a cryptographic verification system using zero-knowledge proofs. This system ensures that breaches are confined to single institutions, preventing cascading failures. ZKsync's Prividium solution includes institutional node operations within regulated environments, ZK proofs for cryptographic verification, and chain containment to isolate breaches according to AInvest.

This approach contrasts with models like Canton, which rely on trusted operators and may expose systems to silent data propagation if operator keys are compromised. ZKsync founder Alex Gluchowski critiques Canton's model for its lack of cryptographic verification and exposure to systemic risk.

How is ZKsync supporting tokenized deposits and compliance?

ZKsync's Cari Network allows banks to tokenize deposits on Ethereum's Layer 2 while maintaining data confidentiality through private execution and public settlement. This infrastructure supports flexible smart contract execution and compliance features using zero-knowledge proofs. Five U.S. regional banks with $600 billion in deposits are already using the network.

The Cari Network provides real-time financial connectivity and regulatory compliance, making it an attractive option for banks modernizing their operations. It enables new use cases such as yield automation and programmable settlement. The joint infrastructure with BitGo is being tested with regulated financial institutions and is expected to reach broader deployment later in 2026.

What is the significance of ZKsync's infrastructure for future finance?

ZKsync's infrastructure is critical in enabling a future where stablecoins, CBDCs, and tokenized deposits coexist within multi-rail architectures. It supports institutional needs in the fixed-income and tokenized deposit spaces. ZKsync is likely to play a central role in bridging traditional financial systems with decentralized, programmable value networks.

Tokenized RWAs offer diverse yield structures and liquidity profiles, making them suitable for a broad range of institutional strategies. Platforms like Plume and Toku are piloting tokenized money market funds in payroll systems, allowing employees to receive a portion of their compensation in yield-bearing assets.

These innovations are essential for institutional adoption as they provide the privacy needed for competitive advantage while ensuring regulatory adherence. As tokenization continues to evolve, ZKsync is likely to remain a central player in the digital finance landscape.