Ecosystem
Protocol for Private Data · MPC, ZKP, 3P-TLS
Powered byEIGENLAYER

zkGate

Verifiable
Internet

Verify your real-world private data without revealing your private details.

ZkProof of Everything. Pass to Anywhere — Web2 to Web3.
The Problem

Compliance is Broken

The current system forces platforms to choose between privacy and regulation — an impossible trade-off.

0xA3F1..D829

Privacy vs Regulation

Platforms must choose between user privacy and regulatory compliance, leaving no middle ground.

0x7E2C..91FA

KYC Data Risk

Centralized KYC databases become targets for breaches, exposing millions of users.

0xB5D8..4C7E

Lost Anonymity

Users sacrifice privacy to access services, creating permanent on-chain footprints.

The Solution

Gateway for Private Data

A seamless gateway between Web2 private data and Web3. Generate ZKPs from any HTTPS source — no API access or data source authorization required.

KYC Proof

zk-kyc

Prove KYC compliance without exposing your identity or personal documents.

proof.verify(kyc) → true

Jurisdiction Proof

zk-jurisdiction

Verify jurisdiction eligibility without revealing your passport or location data.

proof.verify(geo) → true

Age Verification

zk-age

Prove you meet age requirements without disclosing your birthdate or ID.

proof.verify(age >= 18) → true

Sanction Screening

zk-sanction

Demonstrate non-sanction status without exposing any personal information.

proof.verify(clean) → true

AI Agent Attestation

zk-agent

Let AI agents prove eligibility or compliance on your behalf — credentials stay private, only ZK proofs are shared.

agent.attest(zkGate.proof) → verified
Architecture

How It Works

01

TLS — Transport Layer Security

zkGate integrates decentralized MPC nodes into a 3-party handshake, improving the standard TLS protocol. Users log in securely and generate ZKPs locally without API access or data source authorization.

> 3P-TLS handshake · no API keys
02

MPC — Multi-Party Computation

Randomly selected task nodes supervise the 3-party handshake and obtain a portion of the mac_key to ensure data integrity and authenticity. The enc_key stays with the user — nodes never access private data.

> Decentralized supervision · privacy preserved
03

ZKP — Zero-Knowledge Proof

Users generate a Zero-Knowledge Proof locally from the TLS-based data source response. Upload the ZKP on-chain as a soul-zkSBT or share it with a specified address only.

> zkGate.generateProof(source) → proof
Use Cases

Prove Everything

Decentralized authentication and verifiable private data across industries.

ZKKYC

Verify legal identity without file uploads or over-disclosure of private information.

Undercollateralized DeFi Lending

Prove creditworthiness and eligibility for DeFi protocols with ZK attestations.

Healthcare zk-Data Marketplace

Share verified health or credential data with consent, without exposing raw records.

Decentralized Job Marketplace

Prove qualifications and work history to employers without revealing identity until hired.

Insurance Claims

Verify claims and policy eligibility privately; reduce fraud and speed settlement.

AI Agents & Autonomous Workflows

AI agents use zkGate to prove identity, eligibility, or compliance in automated flows without exposing user data.

AI & Agents

AI Agents + zkGate

Let autonomous agents act on your behalf with privacy. Agents present ZK proofs instead of raw data — so automation stays compliant and private.

Agent-Native Proofs

AI agents integrate zkGate to request and hold ZK attestations (KYC, eligibility, reputation) without ever storing or forwarding raw PII. Perfect for DeFi bots, job-matching agents, and compliance workflows.

agent.attest(zkGate.proof) → protocol accepts

Privacy-Preserving Automation

Run automated flows — lending, trading, job applications, claims — where the agent proves "user is eligible" or "user is verified" via zkGate, without exposing identity or sensitive data to third parties.

prove(eligible) → no data leak
For Developers

Ship in Minutes

Three lines of code. Full privacy-preserving compliance. Powered by EIGENSDK Node.

EIGENSDK Node Integration

zkGate leverages EIGENSDK Node for decentralized proof generation. ZK proofs are computed by a distributed network of operators, ensuring security, scalability, and censorship resistance.

zkgate-sdk.ts
EIGENSDK Node
// Initialize zkGate SDK with EIGENSDK Node
import { zkGate } from "@zkgate/sdk"

const gate = new zkGate({ 
  network: "mainnet",
  proofProvider: "eigensdk-node" // EIGENSDK Node handles proof generation
})

// Generate ZK proof via EIGENSDK Node
const proof = await gate.generateProof("kyc_pass")
// Proof generated by distributed EIGENSDK operators

// Verify on-chain — no personal data exposed
const isValid = await gate.verify(proof)

console.log(isValid) // true ✓ Privacy preserved
TypeScript
First-class support
Multi-chain
EVM compatible
<100ms
Proof generation
MIT License
Open source
Tokenomics

zkGate Token

Utility token powering the private data protocol — staking, fees, governance.

Token Details

SymbolZKG
Total Supply1,000,000,000
Listing Price$0.01
NetworkMulti-chain

Distribution

Investors40% (4 rounds × 10%)
Team & Advisors20%
Community & Growth25%
Protocol Reserve15%

Investment Rounds

Phase 1 — Research & ArchitectureFilled
10%
10x multiplier
$50K goal
Phase 2 — MVP & Private Validation
10%
5x multiplier
$200K goal
Phase 3 — Public Launch & Growth
10%
3x multiplier
$1M goal
Phase 4 — Scale & Market Expansion
10%
2x multiplier
$1.75M goal
Revenue

How zkGate Generates Value

Sustainable monetization through SDK usage, enterprise APIs, and protocol fees.

SDK & API Fees

Tiered pricing for client-sdk and server-sdk integrations. Pay per proof or monthly active users. Enterprise and high-volume discounts.

Proof Verification Fees

Protocol charges a small fee per on-chain proof verification. Revenue shared with EIGENSDK node operators and stakers.

Enterprise & Compliance-as-a-Service

B2B licensing for banks, DeFi protocols, and platforms that need KYC/AML or custom attestation schemas. White-label options.

Token Utility

Token used for staking, governance, fee discounts, and access to premium schemas. Burns or buybacks from protocol revenue.

Schema Marketplace

Monetize custom schemas (e.g. industry-specific attestations). Creators earn when their schemas are used for proof generation.

TransGate & Integrations

Revenue from TransGate gateway usage and partnerships with DeFi, healthcare, and identity platforms that integrate zkGate.

Roadmap

From Protocol to Verifiable Internet

Protocol foundation → TransGate gateway → Schema & use cases → Mainnet and scale.

Phase 1Q1 2027

Protocol Foundation

IN PROGRESS
MPC network + 3P-TLS protocol design
Hybrid ZK proof system (VOLE-ZK / zk-SNARKs)
Core circuits & security audit
Testnet + developer SDK alpha
Phase 2Q2 2027

TransGate & Gateway

TransGate: client-sdk and server-sdk
Private data Web2 → Web3 transfer
3-party handshake with MPC nodes
Schema mapping (HTML → certificates) alpha
Phase 3Q3 2027

Schema & Integrations

Schema marketplace & custom attestations
ZKKYC, DeFi lending, healthcare use cases
Partner integrations (exchanges, protocols)
Enterprise API beta
Phase 4Q4 2027

Mainnet & Scale

Mainnet launch
Full decentralization of MPC nodes
Token launch & fee distribution
Global compliance and multi-chain

Ready to Build?

Integrate privacy-preserving compliance into your protocol. Start with the SDK.

Powered by

Built on EIGENLAYER

zkGate leverages EIGENLAYER's restaking infrastructure and EIGENSDK Node for decentralized, secure proof generation.

Decentralized Proofs

ZK proofs generated by a distributed network of EIGENSDK operators, ensuring no single point of failure.

Security & Trust

Leverages EIGENLAYER restaking for cryptoeconomic security and slashing guarantees.

Scalability

Horizontal scaling through EIGENSDK Node network, handling millions of proofs per day.