Private where it matters.
Connected where it counts.
Prividium™ is the only Ethereum-secured blockchain platform purpose-built for institutions that demand privacy, compliance, and full control of their data.

"At Memento, we're dedicated to transitioning traditional finance on-chain. Our work with Deutsche Bank on a ZK Chain based platform simplifies and accelerates asset tokenization and fund management reducing complexity and costs while ensuring compliance and privacy for the financial products"
Nicole Lanteri
CEO at Memento

Global markets are moving onchain.
Connect without tradeoffs.
Privacy with operator control
Direct market access
No third-party risk
The Prividium™ difference
Transactions execute privately
All activity runs inside your infrastructure, keeping sensitive data from leaving your environment.Controlled disclosure
Regulators or partners see only the information they are authorized to access.ZK proofs certify correctness
Every batch generates ZK proofs that attest to validity without exposing raw data.Finality on Ethereum
Proofs are anchored to Ethereum, providing transaction finality with the strongest available security guarantees.Prividium™ is a full ZK-based blockchain that keeps data private within your infrastructure.
Designed for enterprises, Prividium™ offers user-level privacy, compliance, cross-chain connectivity, and Ethereum-grade security out of the box.
Privacy with public proofs
Built-in compliance
Enterprise control with scale
Direct connectivity
Why enterprises move to Prividium™
From permissioned ledgers
From public chains
Prividium™ enables new use cases
Faster, compliant global payments
Cross-border payments between regulated entities
Full lifecycle for digital assets
Digital asset issuance and lifecycle management
Compliant markets, verified participants
KYC-anchored tokenized markets
Secure cross-chain financial products
Atomic swaps and cross-chain finance between institutions
Real-time intraday liquidity
Intraday repo and secured financing
Research & case studies
Frequently asked questions
Everything you need to know about Prividium™.
No. Only ZK proofs are posted to Ethereum. These proofs confirm correctness without revealing underlying data or transaction details.
No. Permissioned ledgers depend on consortium trust. Prividium™ uses ZK proofs so every block is automatically verifiable. Trust is built into the math, not the governance model.
ZK proofs guarantee that every block is correct, even if there's only a single sequencer. An operator can see and choose which Prividium™ transactions to include, but they cannot falsify results because invalid blocks will fail verification. This means censorship is possible today, but a malicious or invalid transaction cannot be executed.
Yes. Prividium™ lets regulators verify balances, flows, or specific fields using cryptographic proofs tied to the Ethereum-anchored state. In practice, operators could also provide offchain reports as they do today. The difference is that with Prividium™, regulators have the option to independently verify the data whenever they are ready to adopt the tooling.
Not yet. Today Prividium™ operates with a single sequencer. Decentralized sequencing is on the roadmap, which will allow multiple operators to share responsibility and reduce censorship risk. Each sequencer in that model will see the full data processed on Prividium™.
Add-ons like FHE or mixers only cover certain applications and often add heavy performance costs. They also make data private even from the operator, which creates compliance risks, as seen with mixers. Prividium™ is a full chain architecture with privacy, compliance, and interoperability built in from the base layer, ensuring confidentiality without breaking regulatory requirements.
No. The core stack is open source and independently audited. Enterprises can operate it themselves, work with Matter Labs for SLAs and enterprise support, or choose other hosting providers. There is no vendor lock-in.
Each Prividium™ chain sustains 10K+ TPS. Enterprises can deploy multiple chains in parallel to scale throughput as needed, without hitting a performance ceiling. These chains communicate seamlessly through native interoperability, so assets and data can move across them as if on a single network, while preserving privacy, compliance, and Ethereum-grade security.