IndustriLease
Lend HardwareBorrow Capacity
Sepolia Testnet Active • Contracts Verified on Etherscan

AutonomousDePINCapacityLeasingSecuredbyCryptographicProofs.

IndustriLease bridges high-end manufacturing hardware to capital-light SMEs. Our protocol securely converts idle physical machinery into verifiable, liquid Real-World Assets (RWAs).

Platform Architecture

Explore the four distinct layers of the IndustriLease physical-to-digital stack. Click on a layer to inspect its components and run the interactive simulator.

simulator.py — Stack Inspector
LIVE TELEMETRY

Layer 1: Hardware & Physics Simulation

Simulates multi-sensor 3D printing and CNC milling execution in real time.

Key Outputs & Actions
  • Real-time Chamber Temperature (°C)
  • Instantaneous Power Consumption (kW)
  • Cryptographic SHA-256 hashes generated per printed layer
Security binding
Hardware signature generation via TPM 2.0 enclave emulator, preventing replay attacks or physical hardware spoofing.
Interactive Sandbox
simulator.py Console
CHAMBER TEMP
24.0°C
POWER PROFILE
0.00 kW
LAYER HASH
0xe3b0c442...
> Simulator initialized. Ready.
Chronological Sequence

⚡ End-to-End Execution Flow

The lifecycle of an IndustriLease lease reservation, from physical sensor triggers to trustless multi-party cryptographic settlements.

Chronological Telemetry Signal Path

Node A
FACTORY HARDWARE
downtime detected
Node B
AI AGENT ENGINE
mints slot token (ERC-1155)
Node C
ESCROW DEPOSIT
verify EIP-712 / telemetry
Node D
SETTLEMENT PAYOUT
proportional payouts & refunds
Active Step telemetry highlight:simulator.py monitors CNC spindle / build envelope. If idle triggers are sensed for > 30 minutes, it outputs hardware-locked status packet.
Hardened Architecture

The 6 Hardened Loophole Fixes

We proactively secure the system against industrial attacks, fake signatures, rogue agents, and IP leaks. Click a card to read the exact attack vector and fix.

Ready to Deploy Secure Time Capacity?

Connect your hardware enclave or start renting verified CNC & 3D printer capacity autonomously today.