ZKsync

Prividium — Run Private Financial Infrastructure Onchain

The only Ethereum-secured blockchain platform purpose-built for institutions that demand privacy, compliance, and full data control.

Prividium
ZKsync

Why Enterprises Choose Prividium

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Privacy by Default

All transaction data stays in your infrastructure. Only proofs leave the firewall.

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Ethereum-Anchored Integrity

ZK proofs posted to L1 deliver publicly verifiable finality in minutes.

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Selective Data Disclosure

Share exactly what’s required with auditors, regulators or partners, nothing more.

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Enterprise Identity Integration

Map wallets to corporate roles via Okta, Azure AD, or LDAP.

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Frictionless Interop

Move assets to Ethereum and other ZKsync chains without sacrificing privacy.

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Privacy by Default

Your data stays fully under your control, out of competitors' reach. Each block is cryptographically proven and anchored to Ethereum, giving you public-grade security and settlement finality in minutes.

Selective Disclosure

Share only what's necessary — and nothing more. You can provide regulators or partners with specific verified facts, such as a balance or transaction outcome, without exposing any other confidential information.

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Bytecode Verification

Ensure the code running on your chain is exactly what was approved. Auditors can verify a contract’s authenticity in one step, helping you meet compliance requirements with confidence.

Enterprise Permissioning System

Connect blockchain access to your existing corporate identity systems like Okta, Azure AD, or LDAP. Set clear rules for who can view data or take actions, and keep a complete log of every permission decision.

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Interoperability, without exposure

Move assets across Ethereum and ZKsync Chains without relying on third-party bridges. Native ZK-based interoperability ensures security, speed, and scalability across networks.

Enterprise Use Cases

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Cross-border settlements without exposing counterparties

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Real-time intraday repo with auditable, private smart contracts

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RWA tokenization with privacy controls for investor lists

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Private DeFi for internal liquidity pools with public-grade settlement guarantees

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And many other regulated finance applications across the value chain

Competitive Landscape

ZKsync Prividium
Trust
Strong

Full-ledger privacy; ETH finality

Usability & Scale
Strong

EVM tooling; 10k+ TPS

Interoperability
Strong

Native, ETH-anchored

Permissioned Ledgers
Trust
Weak

Consortium trust model

Usability & Scale
Strong

High private throughput

Interoperability
Weak

Trusted-operator bridges

Custom/App-Specific Chains
Trust
Weak

Per-app privacy only

Usability & Scale
Weak

Inconsistent performance

Interoperability
Limited

No trust-min interop

Privacy Add-Ons
Trust
Weak

Partial/theoretical coverage

Usability & Scale
Weak

Overhead slows

Interoperability
Weak

Experimental/trusted only

Closed & Custodial Platforms
Trust
Limited

Single-entity trust

Usability & Scale
Weak

Vendor lock-in

Interoperability
Limited

Proprietary APIs

Legend:Checkmark StrongLimited LimitedWeak Weak

Deployment & Support

Timeline

2-4 weeks to configure and deploy

Delivery Model

Self-hosted or hosted by partner chain operators

Support

Enterprise SLAs, architecture guidance, and integration assistance

Frequently Asked Questions

A turnkey, permissioned ZKsync chain that keeps enterprise data private while delivering Ethereum-grade security and verifiable auditability.

Only the ZK proof, a cryptographic commitment, is posted to Ethereum. All transaction data and calldata remain inside your private infrastructure.

Any OpenID Connect or LDAP-compatible provider, including Auth0, Okta, Azure AD, and Keycloak. Role-based access control is enforced using JWTs.

Yes. Selective disclosure reveals only the aggregate balance or specific storage slot, bundled with a Merkle proof, while keeping all other account data hidden.

Yes. Prividium uses an open-core model, with core components released under the MIT license.

Most implemenatations are operational within 2 to 4 weeks, including node infrastructure, permissioning, and basic selective-disclosure workflows.