CHEQs
In Active Development
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Autonomous Agents Need Autonomous Payments

The CHEQs Agentic Wallet enables AI agents to execute autonomous transactions with blockchain security, with or without human oversight.

Secure. Verifiable. Autonomous.

🤖💳

AI Agents with Their Own Wallets

CHEQs enables autonomous agents to execute financial transactions with cryptographic security, independent of human oversight.

✓ Hierarchical agent derivation
✓ Zero key persistence
✓ Timing-attack resistant
✓ Password-rotatable keys

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Shopper Agent
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Request: Service
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Price: 25.00 USDC
🏪
→
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💳 Issue CHEQ
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✅ Verified & Cashed
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💳 OneTime CHEQ
ACTIVE
Agent Service
🏪

25.00

USDC

@merchantagent

24h

🏪
Merchant Agent
Autonomous Agent Economy

See CHEQs Agentic Wallet in Action

What is CHEQs? CHEQs enables agents to make purchases by writing blockchain checks (CHEQs) that other agents can cash. Watch as one agent purchases a service, creates a cryptographic CHEQ, and the receiving agent validates and cashes it.

Real cryptographic signatures. Real wallet generation. Simulated agent interactions. The CHEQs Agentic Wallet supports deterministic derivation and can be tied to passwords (with rotation support), hardware keys like YubiKey, device IDs, or any deterministic input.

💻

Desktop Required

The CHEQs wallet interactive demo requires a desktop browser to experience the full client-side demonstration.

What you'll see on desktop:
🤖 Simulated agents with real wallet creation
🔐 Real cryptographic signatures (WASM-based)
💰 Simulated payment flow visualization
📊 Interactive protocol demonstration

Visit this page on a desktop computer with a screen width of at least 1280px to interact with the live demo.

🔴 Autonomous Economy Stopped

For this demonstration, each simulated agent generates its own wallet with a random password.

🚀 Launch Interactive Demo

See the CHEQs Agentic Wallet in action with a client-side demonstration.
Real cryptographic signatures and wallet generation, simulated agent interactions.

What happens next:
• 4 simulated agents create real wallets with hierarchical key derivation
• Cryptographic signatures generated for every transaction (WASM-based)
• Simulated payment flows demonstrate the protocol in action
• All code runs client-side in your browser (view console for WASM signatures)
• Includes security test scenario (Bad Actor detection and recovery)
• Pause, resume, or stop anytime
CHEQs Labs

Building for the Agent Economy

Active research into autonomous agent payment protocols. Integrating x402 and Google A2A/AP2 with CHEQs infrastructure.

Core Technology Implemented

CHEQs Agentic Wallet

Advanced wallet cryptography built with Rust and WebAssembly for autonomous agent operations, with hierarchical key derivation and zero-trust security.

  • Hierarchical agent derivation for multi-agent key management
  • Just-in-time private key computation with zero persistence
  • Constant-time password verification resistant to timing attacks
  • Password-rotatable architecture without key regeneration
Protocol Integration Prototyping

x402 + CHEQs

Standard HTTP payment protocol with blockchain settlement, enabling traditional web services to accept agent payments without cryptocurrency knowledge.

  • Real-time payment verification for instant service access
  • HTTP 402 standard for universal web integration
  • Blockchain settlement with time-based expiration recovery
  • Gas fee abstraction for mainstream web integration
Protocol Integration Prototyping

A2A/AP2 + CHEQs

Execution infrastructure for Google's Agent-to-Agent payment protocol, bringing blockchain settlement and fund recovery guarantees to the emerging agent economy.

  • Cryptographic mandate execution for Google's AP2 protocol
  • Support for Intent and Cart payment flows
  • Blockchain-enforced settlement with recovery guarantees
  • Strategic positioning in Google's agent ecosystem

Principles

Core Principle

Blockchain-Enforced Payment Security

Blockchain-enforced smart contracts guarantee fund recovery when payments fail, eliminating counterparty risk and manual intervention.

  • Blockchain-enforced recovery guarantees
  • Smart contract automation, zero manual intervention
  • Trustless fund protection without counterparty risk
Core Principle

Programmable Access Controls

Smart contract-based policies with automated enforcement. Spend limits, roles, and expiration rules are cryptographically enforced and fully auditable.

  • Smart contract policy enforcement, zero manual oversight
  • Cryptographically enforced spend limits and roles
  • Fully auditable and testable on-chain controls
Core Principle

Standards-Based Integration

Deploy on any EVM-compatible blockchain including Ethereum, Polygon, Arbitrum, Base, and XRPL EVM, enabling seamless DeFi integration without proprietary lock-in.

  • Works on any EVM-compatible blockchain
  • Cross-chain bridges (Axelar, LayerZero, Wormhole)
  • Native ERC-20 for instant DeFi ecosystem access

When Machines Pay Machines,
Blockchain Guarantees Payment

Institutional inquiries, partnership opportunities, and research collaboration welcome.

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