ZK
VERGE

ZKVerge ($ZKVG) is a ZK-Powered Payment Privacy Hub that redefines how users and organizations transact across blockchains. It enables stealth, non-traceable multi-chain payments powered by Zero-Knowledge (ZK) cryptographyand the X402 payment standard.

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Core Component

zkPayment Router — Stealth Multi-Chain Transaction Layer

At the heart of ZKVerge lies the zkPayment Router, a next-generation transaction routing engine built to anonymize and secure payment flows across multiple blockchains.

Stealth Routing

Every payment is decomposed into zero-knowledge-verified routes across chains—obfuscating sender, receiver, and amounts. Intermediates only see encrypted payloads, eliminating metadata leakage.

Multi-Chain Compatibility

Via the X402 standard, ZKVerge spans EVM and non-EVM chains, abstracting complex routes into one interface—seamlessly bridging Ethereum, Arbitrum, Polygon, Solana, and more.

Adaptive Routing Intelligence

Heuristic, AI-assisted models select optimal paths for lower fees and higher privacy entropy—keeping stealth transactions fast, efficient, and unpredictable.

End-to-End Encryption

All routing messages are wrapped in multi-layer ZK encryption so network observers cannot infer structure or participant identities.

Proof Layer

zkReceipt Engine — Compliance Without Compromise

ZKVerge redefines compliance by replacing “transparency by exposure” with transparency by proof. The zkReceipt Engine lets users generate cryptographic receipts proving a transaction happened — without revealing confidential data.

FATF Travel Rule MiCA AML

Selective Disclosure

Prove validity or ownership to auditors/regulators/counterparties using ZK proofs—show proof, not data.

Proof-of-Payment

Merchants or enterprises can attest a payment was received & verified—without exposing addresses or amounts.

ZK Identity Binding

Optionally bind receipts to zkID credentials—link proofs to verified identities while staying confidential.

Regulatory Integration

ZK receipts are designed to satisfy FATF Travel Rule, MiCA, and AML via zero-knowledge attestations.

Storage Layer

VergeVault — Secure Metadata and Proof Management

ZKVerge introduces VergeVault, a cryptographically sealed enclave for managing temporary payment metadata, proof keys, and compliance receipts.

IPFS Hash

Filecoin CID

Proof Key

Encrypted ZK Sealed

Encrypted Metadata Storage

Stores encrypted hashes of payment metadata on IPFS/Filecoin for decentralization and immutability.

Zero-Access Architecture

Even ZKVerge cannot decrypt without your explicit private authorization key.

Proof Reconstruction

Regenerate ZK proofs or receipts later—without ever exposing payment details.

Off-Chain Privacy Layer

Minimizes on-chain footprint—lower gas, verifiable security, and privacy preserved.

Settlement Engine

VergeSync Layer — zkRollup-Based Settlement Engine

The VergeSync Layer ensures high throughput, cross-chain synchronization, and verifiable settlement through zkRollup aggregation.

2,840 TPS

Batch Verification

Multiple payments are aggregated into a single zkRollup proof—massively cutting gas and boosting scale.

Cross-Chain Atomicity

All multi-chain transactions finalize together or fail safely—no partial states, no mismatches.

Zero-Knowledge Settlement Proofs

Each batch ships a cryptographic assurance of validity—without revealing the underlying transactions.

High-Throughput Scaling

Processes thousands of stealth transactions per second—ready for enterprise & DeFi workloads.

Identity Layer

zkID Integration — Private Identity Layer

To align with regulation while preserving privacy, ZKVerge integrates zkID—decentralized identity with zero-knowledge credentials.

zkCredential Anon by default Selective disclosure

KYC

AML

REP

ZK PROOF • OK 92 Trust

ZK KYC/AML

Prove KYC compliance without revealing identity, docs, or wallets.

Reputation Without Exposure

Assign trust/compliance scores to anonymous users via zk attestations.

ZK Receipt Binding

Optionally link receipts & payments to zkID creds—compliance without on-chain exposure.

Enterprise Integration

Onboard under verifiable frameworks—bridging Web3 privacy & Web2 regulation.

Ask ZKVerge

Frequently Asked Questions

Find fast answers about zkPayment Router, zkReceipts, VergeVault, VergeSync, and zkID.

ZKVerge is a ZK-Powered Payment Privacy Hub. It enables stealth, non-traceable multi-chain payments with x402 negotiation, optional zkReceipts for verifiable compliance, and components like zkPayment Router, VergeVault, VergeSync, and zkID integration.

Payments are decomposed into zero-knowledge-verified routes across chains. Intermediates only see encrypted payloads—no sender, receiver, or amount metadata. Adaptive routing increases privacy entropy while optimizing fees and latency.

Through the X402 standard, ZKVerge spans EVM and non-EVM ecosystems—interoperating with Ethereum, Arbitrum, Polygon, Solana, and others via a unified interface.

zkReceipts are cryptographic attestations proving a transaction occurred without exposing confidential fields. They support selective disclosure for auditors/regulators, aligning with FATF Travel Rule, MiCA, and AML via zero-knowledge attestations.

No. VergeVault stores encrypted hashes/CIDs of temporary payment metadata on IPFS/Filecoin. ZKVerge has zero access unless you explicitly authorize with your private key.

Using selective disclosures: you present a zkReceipt proving validity/ownership. Auditors verify the proof and integrity of stored commitments (e.g., VergeVault CIDs) without accessing raw amounts, addresses, or identities.

VergeSync uses zkRollup aggregation to batch-verify many payments at once, enabling high TPS suitable for enterprise and DeFi-scale workloads while reducing gas per transaction.

zkID enables ZK KYC/AML and reputation without exposure. Users prove compliance or standing while staying anonymous; receipts/payments can be bound to zkID credentials when required.

x402 provides the payment negotiation layer (HTTP 402 Payment Required). ZKVerge routes, settles, and proves privately while x402 standardizes how clients/dApps request and fulfill paid actions.

Use the unified API/SDK to call zkPayment Router, mint/verify zkReceipts, and bind zkID attestations. Start in testnet, then configure production endpoints and policy toggles per jurisdiction.