Documentation

PrivacyCore™ Documentation

Everything you need to integrate Swiss bank-level privacy into your blockchain application

What is PrivacyCore™?

PrivacyCore™ is a privacy infrastructure layer for blockchain that enables organizations to conduct confidential transactions while maintaining regulatory compliance. Think of it as bringing Swiss bank-level confidentiality to public blockchain networks.

Our protocol allows you to hide sensitive transaction data (amounts, participants, purposes) while preserving the benefits of blockchain: transparency, auditability, and immutability. This enables real-world business use cases that were previously impossible on public blockchains.

Privacy First

Confidential by default

Selectively Transparent

Reveal only what's needed

Compliance Ready

Audit-friendly design

What Can You Build?
PrivacyCore™ enables privacy-preserving solutions across multiple industries

💼 Confidential Payroll

Pay employees in stablecoins while keeping salary amounts completely confidential. Perfect for DAOs, remote teams, and international organizations.

🗳️ Private Voting

Enable honest governance with encrypted ballots. Votes remain confidential until tallied, eliminating vote buying and bandwagon effects.

🏥 Private Medical Records

Store and share medical records on blockchain while maintaining HIPAA compliance. Granular access control with time-limited permissions.

📊 Credit Scoring: FICO for DeFi

Privacy-preserving credit assessment for institutional lending. Prove creditworthiness without revealing scores, enabling risk-based lending.

🔒 Confidential KYC

Verify once, prove everywhere. Users verify identity once and prove eligibility across platforms without revealing personal information.

📈 Confidential Trading

Dark pool with MEV protection. Orders remain encrypted until execution, protecting against front-running and sandwich attacks.

How It Works
Simple integration, powerful privacy
1

Integrate PrivacyCore™

Add our privacy layer to your existing smart contracts or build new applications with privacy built-in from day one. Works with any EVM-compatible blockchain.

2

Configure Privacy Settings

Choose your privacy level: Standard (encrypted storage), Enhanced (confidential transfers), or Maximum (full anonymity). Customize based on your compliance needs.

3

Deploy & Scale

Launch your privacy-preserving application with confidence. Our protocol handles the complex cryptography while you focus on your business logic.

Note: PrivacyCore™ is deployed on Polygon mainnet and ready for production use. Technical implementation details and API documentation are provided to approved integration partners after contract signing.

Network Information

Current Deployment

Network:Polygon Mainnet
Status:✓ Live
Token:PRIV

Coming Soon

• Ethereum Mainnet
• Arbitrum
• Base
• Additional EVM chains
Technical Architecture
Hybrid cryptographic approach for maximum privacy and functionality

Hybrid ZK+FHE Cryptography

PrivacyCore™ uses a hybrid cryptographic architecture combining zero-knowledge proofs (ZK-SNARKs) with fully homomorphic encryption (FHE). This dual approach unlocks capabilities impossible with either technology alone:

Zero-Knowledge Proofs (ZK)

  • Efficient privacy-preserving verification
  • Prove statements without revealing data
  • Low on-chain verification costs

Fully Homomorphic Encryption (FHE)

  • Computation on encrypted data
  • Never decrypt sensitive information
  • Enables confidential credit scoring

Real-World Example: Confidential Credit Scoring

Our "FICO for DeFi" system uses FHE to compute credit scores on encrypted financial data. The calculation happens without ever decrypting transaction history, account balances, or personal information. ZK proofs then verify the score meets lending criteria without revealing the actual score. This enables undercollateralized lending while maintaining complete privacy.

Why Hybrid ZK+FHE?

ZK alone can't compute: Zero-knowledge proofs verify pre-computed results but can't perform calculations on encrypted data
FHE alone is expensive: Fully homomorphic encryption has high computational costs for on-chain verification
Hybrid is optimal: FHE computes on encrypted data, ZK provides efficient on-chain verification—best of both worlds

Note: We don't disclose proprietary implementation details. This overview demonstrates our technical approach without revealing competitive advantages.

Ready to Integrate?
Get started with PrivacyCore™ in three easy steps
1

Schedule a Demo

Book a 30-minute call to discuss your use case and see PrivacyCore™ in action

2

Custom Integration Plan

We'll design a privacy solution tailored to your specific requirements and compliance needs

3

Deploy & Launch

Go live with full technical support and ongoing privacy infrastructure maintenance