Why VeraZK Services Guarantees How It Works Industries Jurisdictions FAQ Get Started →
POST-QUANTUM PROOF INFRASTRUCTURE

Prove Everything.
Reveal Nothing.

VeraZK is a proof platform for regulated industries. Prove compliance, solvency, vendor integrity, pay equity, and more to any authority — without exposing a single record, balance, or transaction. One engine. Every proof.

Post-Quantum Secure No Trusted Setup Zero Data Exposure Open-Source Verifier
12
Proof Services
6
GCC Regulators
<2s
Verification Time
0
Data Exposed
Use Cases
The Problem

Trust is the bottleneck of
every regulated industry.

Organisations spend millions proving things they already know to be true — to auditors, regulators, counterparties, and partners — by handing over the very data they need to protect.

💥
The Disclosure Paradox

To prove compliance, you expose your data. To protect your data, you cannot prove compliance. Every manual audit, every regulator submission, every vendor questionnaire forces you to choose between privacy and proof. That choice shouldn't exist.

⚖️
Audits Prove Nothing

Traditional audits verify only what the audited party chooses to show. FTX was audited by a licensed firm. The audit didn't catch $8 billion in missing funds. Manual attestation relies on trust in people — not on mathematics. That era is ending.

🔐
Regulatory Pressure Is Accelerating

VARA, CBUAE, DFSA, and SAMA are mandating cryptographic attestation for licensed financial institutions. The EU Pay Transparency Directive creates new pay equity reporting obligations. OECD Pillar Two impacts transfer pricing across 140 countries. The clock is ticking.

Our Platform

12 proof services.
One engine. Every industry.

Every service runs on the same underlying proof engine — post-quantum secure, independently verifiable, and designed to scale from a single proof to thousands per month.

All Services
Financial
Compliance
Corporate
Proof of Solvency
Exchanges · Custodians · Banks

Prove that your assets exceed customer liabilities to any regulator, auditor, or the public — without revealing a single customer balance, wallet address, or treasury position.

  • Regulator controls the proof snapshot — not the institution
  • Independent custodian attestation from approved third parties
  • Each customer can privately verify their own account is included
  • Officer attestation creates personal legal accountability
VARACBUAEDFSASAMA
🪙
Stablecoin Proof of Backing
Stablecoin Issuers · Reserve Managers

Prove that your stablecoin reserves fully back every token in circulation — satisfying requirements under the US GENIUS Act and international frameworks — without revealing your reserve composition or custody arrangements.

  • Real-time or periodic proof of full reserve backing
  • Independent verification by any holder or regulator
  • Reserve composition remains confidential
  • Designed for GENIUS Act and MiCA compliance
GENIUS ACTMiCA
📋
Vendor Qualification
Procurement · Supply Chain · TPRM

Prove that every vendor in your supply chain meets your qualification criteria — financial stability, certifications, insurance coverage — without exposing the vendor's proprietary data to you or to each other.

  • Both prover and verifier can be charged — two-sided revenue
  • Vendors prove once, share proof with multiple buyers
  • Supports any number of configurable qualification thresholds
  • Attestation without exposing vendor financials
TPRMISO 27001
📊
Loan Covenant Monitoring
Banks · Corporate Borrowers · Lenders

Prove to your lender that all loan covenants are satisfied — debt-to-equity, interest coverage, revenue floors — without exposing your detailed financial statements or management accounts.

  • Continuous or periodic covenant compliance proofs
  • Borrower proves compliance without revealing exact financials
  • Lender verifies independently without requesting data
  • Configurable thresholds per covenant type
BANKINGCREDIT
⚖️
EU Pay Equity Proof
Employers · HR · Compensation Teams

Prove to regulators that your gender pay gap falls within required thresholds under the EU Pay Transparency Directive — without revealing individual employee salaries or compensation structures.

  • Statistical gap analysis across demographic groups
  • Configurable group definitions and thresholds
  • No individual salary data in the proof
  • Designed for EU Pay Transparency Directive 2023/970
EU DIRECTIVEHR
🔄
Travel Rule Compliance
VASPs · Exchanges · Payment Providers

Prove to regulators that every qualifying virtual asset transfer includes complete originator and beneficiary information — without exposing the transaction details or customer records to anyone but the required counterparty.

  • Completeness proof for FATF Travel Rule records
  • Covers originator, beneficiary, and intermediary data
  • Per-transaction or batch compliance attestation
  • Native support for VARA and GCC travel rule requirements
FATFVARA
💰
Transfer Pricing
Multinationals · Tax Teams · Advisory

Prove to tax authorities that intercompany transaction prices fall within the arm's-length range under OECD-approved methods — without revealing your pricing strategy, cost base, or operating margins.

  • Supports CUP, TNMM, CPM, and other OECD methods
  • Multi-jurisdictional evaluation in a single proof
  • Comparable dataset remains completely private
  • Designed for OECD Pillar Two compliance
OECDBEPS
🔍
Sanctions Screening Proof
Banks · FIs · Compliance Teams

Prove that every customer and transaction has been screened against all relevant sanctions lists — OFAC SDN, EU consolidated list, and local designations — without exposing your customer base or transaction records.

  • Completeness proof over full screening records
  • Covers SDN, SSI, country sanctions, and local lists
  • Proves every record was screened — not just a sample
  • Zero customer identity exposure
OFACAML
🏭
Supply Chain Compliance
Manufacturers · Procurement · ESG

Prove that every supplier in your chain meets environmental, labour, and sourcing standards required by regulations like the EU CSDDD and German Supply Chain Act — without exposing proprietary supplier data.

  • Multi-tier supply chain attestation
  • Configurable ESG and compliance thresholds
  • Suppliers prove once, share across buyers
  • Designed for EU CSDDD and LkSG compliance
CSDDDESG
🧾
CARF Tax Reporting
Exchanges · Crypto Service Providers

Prove to tax authorities that your Crypto-Asset Reporting Framework (CARF) submissions are complete and accurate — covering every reportable transaction and user — without exposing your full customer or transaction database.

  • Completeness proof over CARF reporting obligations
  • Covers all reportable crypto-asset transactions
  • Per-jurisdiction reporting thresholds supported
  • Designed for OECD CARF and DAC8 compliance
OECD CARFDAC8
📑
AML / KYC Compliance
Banks · FIs · VASPs

Prove that your institution's transaction monitoring, customer due diligence, and reporting obligations are fully satisfied — without exposing individual transaction amounts, customer identities, or internal alert data.

  • Structuring detection and velocity monitoring proofs
  • PEP and high-risk jurisdiction screening attestation
  • Covers UAE AML law, FATF recommendations, and CBUAE guidance
  • Behavioral pattern detection without record exposure
FATFUAE AML
🔗
Custom Proof Services
Any Regulated Industry

If your organisation needs to prove a property about private data to an external party, VeraZK can build a proof for it. Our engine is extensible by design — new services reuse the same infrastructure with configuration, not rebuilds.

  • Any "prove X without revealing Y" problem
  • Configurable thresholds, rules, and output formats
  • Same post-quantum security as every other service
  • From specification to working proof in weeks, not months
EXTENSIBLECUSTOM
What We Guarantee

Six guarantees no traditional
audit can offer.

These are not contractual promises. They are mathematical properties of the proof system — independent of us, the auditor, or the institution.

🔒
The Proof Cannot Be Forged

Producing a false proof that passes verification is computationally impossible — even for the institution that generated it. This is not a policy. It is a mathematical property. An auditor can be compromised. A mathematical proof cannot.

✓ Mathematically enforced
👁️
Zero Data Exposure

No customer record, transaction amount, balance, salary, or proprietary data point appears in any proof bundle. The receiving party — regulator, auditor, counterparty — gets a mathematical proof, not a data file. Exposure is zero by construction.

✓ Cryptographic guarantee
🌐
Anyone Can Verify

The verifier is open-source and requires no account, no licence, and no contact with us. Any regulator, auditor, or member of the public can verify independently and reach the same result. The proof is the authority — not the vendor.

✓ Open-source verifier
🛡️
Post-Quantum Secure

VeraZK uses cryptographic primitives that are resistant to both classical and quantum computing attacks. No trusted setup ceremony. No shared secrets. No "toxic waste" that must be destroyed. The system is fully transparent from day one.

✓ No trusted setup required
🔗
Tamper-Evident Audit Trail

Every step of the proof pipeline produces a signed, chained record. Any tampering between stages is cryptographically detectable. Regulators receive a complete, independently verifiable chain of custody from raw input to final proof.

✓ End-to-end signed chain
Verification in Seconds

Any proof generated by the VeraZK platform can be verified in under two seconds on a standard laptop. No cloud infrastructure. No specialised hardware. No GPU. Verification is a local computation that anyone can perform.

✓ Under 2 seconds · any machine
The Process

From your data to a
verified proof in four steps.

No sensitive data ever leaves your infrastructure. The proof is generated inside your own systems and verified independently by anyone.

01
Configure Your Service

Select the proof service you need, map your data sources, and define the rules your data must satisfy. Configuration is declarative — a manifest file, not custom code. One engineer, one afternoon.

✓ No custom development required
02
Your Data Stays Inside Your Infrastructure

The VeraZK engine runs entirely within your own systems. Customer identifiers are irreversibly anonymised inside your hardware before any computation begins. Raw data never leaves your trust boundary — not to us, not to the regulator, not anywhere.

✓ No data transmitted — ever
03
The Proof is Generated

A post-quantum proof is computed over your data — proving the required properties without embedding any raw data in the output. The proof bundle is compact, tamper-evident, and contains a complete signed audit trail from input to output.

✓ Complete signed chain of custody
04
Anyone Can Verify — Independently

The regulator, your auditor, your counterparty, or any member of the public runs the open-source verifier against the proof bundle. Verification requires no account, no call to our systems, and no data access. The result is computed entirely from the proof.

✓ Open-source · no trusted intermediary

What makes this different

Traditional attestation requires exposing data to prove a claim. VeraZK inverts this — proving claims about data without exposing the data itself.

Proof, not trust
Verification is a mathematical computation, not a judgment call. The result is deterministic — any verifier reaches the same conclusion from the same proof.
📋
One engine, every service
New proof services are configured on the same infrastructure — not built from scratch. Adding a new service means a new configuration, not a new codebase.
🔒
Post-quantum from day one
The proof system is resistant to both classical and quantum computing attacks. No migration will be required when quantum computers become practical.
🏛️
Regulatory-grade output
Proof bundles are structured for direct regulatory submission. Each jurisdiction's requirements, thresholds, and output formats are natively supported.
🌐
No vendor dependency
The open-source verifier means you never depend on us for verification. If VeraZK ceased to exist tomorrow, every proof ever generated would still be independently verifiable.
Industries

Built for every regulated sector.

The VeraZK platform is not limited to finance. Any industry that needs to prove a property about private data to an external party can use the same proof infrastructure.

🏦
Banking & Finance

Solvency proofs, loan covenant monitoring, AML compliance, and sanctions screening for banks, exchanges, and financial institutions.

🪙
Digital Assets

Stablecoin proof of backing, travel rule compliance, CARF tax reporting, and regulatory attestation for VASPs and crypto service providers.

🏢
Corporates & MNCs

Transfer pricing compliance, vendor qualification, supply chain attestation, and pay equity proofs for multinationals and large employers.

⚙️
Any Regulated Industry

Healthcare data compliance, insurance underwriting verification, government procurement transparency — any "prove X without revealing Y" problem.

Regulatory Coverage

Every major GCC regulator.
Plus EU and international frameworks.

Each regulator has its own configuration within the proof engine — thresholds, submission formats, and requirements are native to each jurisdiction.

VARA
Virtual Assets Regulatory Authority
Dubai, UAE
CBUAE
Central Bank of the UAE
United Arab Emirates
DFSA
Dubai Financial Services Authority
DIFC, Dubai
SAMA
Saudi Central Bank
Kingdom of Saudi Arabia
QFMA
Qatar Financial Markets Authority
Qatar
CBB
Central Bank of Bahrain
Bahrain

Native jurisdiction support

When a regulator updates their requirements, most changes are a configuration update — not a rebuild. The engine evolves alongside regulatory frameworks.

Configurable thresholdsEach regulator's specific thresholds, limits, and reporting triggers are embedded in the proof configuration — not hardcoded.
Submission-ready outputProof bundles are formatted for direct regulatory submission — structured for each jurisdiction, not a raw technical artefact.
International frameworksBeyond GCC: EU Pay Transparency Directive, OECD BEPS, FATF Travel Rule, GENIUS Act, MiCA, CSDDD, and more.
New jurisdictions via configurationAdding a new regulatory jurisdiction is a configuration exercise — new rules and thresholds, not new code.
Getting Started

Three stages to your
first verified proof.

Each stage produces real output. The pilot is a genuine end-to-end proof run — not a simulation, not a presentation.

Pilot
Evaluation Workshop
1 Day · No charge · No commitment
  • Full end-to-end proof run with your choice of service
  • Your team runs independent verification
  • No specialised hardware required
  • Board-ready demonstration proof as output
Supervised
Integration & Readiness
2–4 Weeks · Real data pipeline
  • Full pipeline run on real data
  • Data source connection and mapping configured
  • Proof bundle ready for internal or regulatory review
  • Submission specification delivered per jurisdiction
Production
Ongoing Proof Generation
Continuous · Per-service cadence
  • Automated recurring proofs (daily, weekly, monthly)
  • Full regulatory enforcement and officer attestation
  • Submission-ready proof bundles each cycle
  • Add new services without re-integration
FAQ

Questions from compliance officers,
CFOs, CTOs, and regulators.

Does our data ever leave our systems?+
No. The VeraZK engine runs entirely inside your own infrastructure. Customer identifiers are anonymised inside your own systems before any computation begins. The proof bundle that leaves your systems contains no raw data — no balances, no account numbers, no transaction records. The receiving party gets a mathematical proof, not a data file.
Can the proof be forged or manipulated?+
No. Producing a false proof that passes verification is mathematically impossible — not just unlikely. The proof's validity is determined entirely by the mathematics of the verification procedure. An institution cannot fabricate a valid proof for a claim that isn't true. This is the fundamental difference from a traditional audit.
Who can verify the proof?+
Anyone. The verifier is open-source and requires no interaction with us, no account, and no special access. Your regulator, auditor, counterparty, or any independent observer can verify any proof locally. The result is deterministic — any verifier reaches the same conclusion from the same proof bundle.
What does "post-quantum secure" mean?+
The cryptographic primitives used by VeraZK are resistant to attacks from both conventional and quantum computers. Unlike many legacy cryptographic systems, our proof infrastructure does not rely on mathematical problems that quantum computers can solve. No migration will be required when quantum computing becomes practical — the proofs you generate today will remain unforgeable.
How many services can we use simultaneously?+
As many as you need. Every service runs on the same underlying engine. Once your data sources are connected and mapped, adding a new proof service is a configuration exercise, not a new integration. Many clients start with one service and expand as new regulatory requirements emerge.
Do we need specialised hardware?+
Not for the pilot or supervised stages. The engine runs on standard enterprise server infrastructure. For production deployments, specific hardware requirements depend on your regulator's mandate and data sensitivity — but even production deployments use standard cloud or on-premise infrastructure. No GPU or specialised cryptographic hardware is required.
What happens if regulations change?+
Most regulatory changes — thresholds, reporting rules, new list additions — are handled through configuration updates, not engine rebuilds. The platform was designed from day one for regulatory evolution. All production contracts include provisions for regulatory change handling.
How is this different from traditional ZK solutions?+
Most ZK solutions are built for a single use case and require a trusted setup ceremony — a secret parameter generation phase that, if compromised, allows false proofs. VeraZK requires no trusted setup, supports multiple proof services on a single engine, natively supports GCC regulatory requirements, and produces proofs that are verifiable by anyone without specialised knowledge or tools.
Get Started

See a real proof. On your infrastructure.
Before any commitment.

We bring the engine — you bring your team. One day. One proof. You decide what comes next.

Email
contact@verazk.com
Response Time
Within 24 hours
Pilot Workshop
No charge · No commitment
Verifier
Open-source · Public
Runs On
Your own infrastructure
What to expect: We bring the engine. You bring your team. The session produces a real end-to-end proof — from input to independently verified output. Your team runs the open-source verifier themselves before the session ends. No sales pitch. Just proof.