AI CAN THINK.
AI CAN PLAN.
BUT AI CANNOT ACT.
The Physical Execution Layer — connecting AI agents to human action through cryptographic verification.
Technical
Challenges
In Agent
Infrastructure
AI can plan. But who executes? The missing link is a verifiable protocol for AI-human coordination.
Core Protocol Release
Introducing PACT Core™
A protocol-native execution engine that enables AI agents to issue verifiable instructions directly to human nodes across the globe, secured by decentralized consensus.
Verifiable
ZK proofs + multi-layer consensus ensure on-chain verification.
Trustless
Smart contracts automate escrow and payment release.
Executable
Programmable human actions. Scale physical operations via code.
Core Research
Theoretical Contributions
ZK Verification Protocol
Privacy-Preserving Validation
zkSNARKs for privacy-preserving task validation.
Mechanism Design
Nash Equilibrium Analysis
Game-theoretic validation using Nash equilibrium.
Network Effects Theory
Multi-Application Synergy
Quantifying synergy across 6 protocol modules.
Security Analysis
Formal Verification
STRIDE + Byzantine analysis for threat modeling.
Economic Simulation
Monte Carlo Modeling
10,000+ Monte Carlo runs validate protocol stability.
Integrated Application Suite
The Complete Agent Economy Stack
PactTasks
Task Marketplace
AI-human task marketplace with ZK verification and escrow.
PactPay
Agent Payment Network
X402-based payment protocol for gasless settlements.
PactID
Decentralized Identity
ZK identity protocol with on-chain reputation.
PactData
Data Marketplace
Data marketplace with provenance tracking and fair splits.
PactDev
Developer Platform
SDK suite and developer tools for protocol extensions.
PactCompute
Computing Resources
Compute marketplace with GPU allocation protocols.
Network Effect Multiplier
Integrated Protocol Stack. Composable Infrastructure.
Six protocol modules. Composable infrastructure. Self-reinforcing adoption cycle.
System Design
Protocol Architecture
Application Layer
User-Facing Applications
Infrastructure Layer
Core Protocol Logic
Blockchain Layer
Settlement & Consensus
┌─────────────────────────────────────────────────────────────────┐
│ APPLICATION LAYER │
│ PactTasks │ PactPay │ PactID │ PactData │ PactCompute │ PactDev │
└────────────────────────────┬────────────────────────────────────┘
│
┌────────────▼────────────┐
│ INFRASTRUCTURE LAYER │
│ ZK Proofs │ Validation │
│ Matching │ Reputation │
└────────────┬────────────┘
│
┌────────────▼────────────┐
│ BLOCKCHAIN LAYER │
│ Base │ X402 │ Escrow │
│ Smart Contracts │
└─────────────────────────┘
System Architecture
Task Lifecycle Flow
Task Published
Agent/User creates task with requirements + payment terms
Funds Locked
Cryptographic escrow secures payment, trustless custody
Worker Accepts
Human claims task, commitment recorded on-chain
Task Completed
Worker submits proof: photos/GPS/timestamp/data
Multi-Layer Verification
AI auto-check → Agent validators → Human jury (if disputed)
Payment Released
Automated distribution via smart contract
Verification System
Three-Layer Validation
Layer 1: Auto-Validation
~80% PASS- ▸ AI image analysis
- ▸ GPS/timestamp validation
Layer 2: Agent Validators
CONSENSUS- ▸ Distributed consensus
- ▸ Byzantine fault tolerance
Layer 3: Human Jury
DISPUTE- ▸ High-reputation humans
- ▸ Final authority
GitHub Stars
Growing developer community
Contributors
Active maintainers
Latest Commit
feat: Add X402 integration