text
Create escrow
      ↓
Define buyer + seller
      ↓
Lock / prepare funds
      ↓
Collect required signatures
      ↓
Verify escrow state
      ↓
Release or cancel
The backend exposes APIs for managing the escrow lifecycle.

Example:

curl -X POST http://localhost:5002/api/escrow/create \
  -H "Content-Type: application/json" \
  -d '{
    "serviceId": "URBAN-001",
    "amount": 25,
    "description": "Smart scooter rental"
  }'

Escrow development:

https://github.com/DanielIoni-creator/I-ECO-01

Important: the current implementation should be considered experimental. Testing infrastructure should be used before any real-money deployment.

💰 MYZ Community Rewards

Urban Lab also experiments with an internal reward mechanism called MYZ.

The idea is to reward useful contributions to the ecosystem.

Possible activities include:

Software development
Documentation
Bug reports
Hardware development
Testing
Community contributions
Mobility activities

The exact reward rules, economics and conversion mechanisms are still subject to development and validation.

🎟️ Coupon System

Another experimental component is a coupon system connected to MYZ.

The concept is:

Community contribution
        ↓
      MYZ
        ↓
     Coupon
        ↓
Urban Lab service

Possible applications include discounts for:

Rentals
Repairs
Hardware
Community services

Example API structure:

POST /api/coupons/create
GET  /api/coupons/user/:userId
POST /api/coupons/redeem

This creates a bridge between digital community rewards and real-world services.

🧠 AI Forward

Urban Lab is also experimenting with a concept called AI Forward.

The idea is to allow users to reserve future AI capacity under predefined terms.

For example:

1 month  → 10% discount
2 months → 15% discount
3 months → 20% discount
6 months → 30% discount

A prototype API includes operations such as:

POST /api/ai-forward/quote
POST /api/ai-forward/purchase
GET  /api/ai-forward/user/:userId
POST /api/ai-forward/consume
POST /api/ai-forward/resale

This is an experimental economic model for AI services, not a financial investment product.

🤖 Robotics

Urban Lab also contains several robotics concepts.

Pytho AI

An AI-oriented assistant designed to interact with users and Urban Lab services.

EVA IONI

An experimental platform for urban agriculture and environmental monitoring.

CleanStreetBot

A concept for automated waste detection and collection.

AssemblyBot

An experimental platform for assisting with hardware assembly.

MedBot

A healthcare-assistance research concept.

CogniBot

A companion and interaction robot concept.

EmergiBot

A safety and monitoring concept.

AdminBot

A concept for scheduling, reminders and administrative assistance.

These projects are at different stages of development.

In particular, healthcare and safety-related robots require substantial additional validation, certification and safety testing before real-world deployment.

🛠️ Technology Stack

The ecosystem currently experiments with:

Area    Technologies
Backend Node.js, Express, MongoDB
Blockchain  Monero RPC / multisig experiments
Hardware    ESP32, Raspberry Pi, Arduino
Sensors GPS, accelerometers, environmental sensors
Frontend    HTML, JavaScript, React/Vite
AI  AI APIs
Robotics    Motors, servos and embedded controllers
Development GitHub, REST APIs, Webhooks
📦 Open Source Repositories
Urban Lab

https://github.com/DanielIoni-creator/urban-lab

Hardware

https://github.com/DanielIoni-creator/urban-lab-hardware

Automotive

https://github.com/DanielIoni-creator/urban-lab-auto

Robotics

https://github.com/DanielIoni-creator/urban-lab-robot

Robotics / Assistance

https://github.com/DanielIoni-creator/urban-lab-nurse

MyZubster

https://github.com/MyZubster-Ecosystem/myzubster

I-ECO-01

https://github.com/DanielIoni-creator/I-ECO-01

🧪 Current Status

Urban Lab is an active development project.

Current work includes:

✅ Open-source repositories
✅ Backend APIs
✅ Escrow workflow experiments
✅ Dashboard development
✅ MYZ reward experiments
✅ Coupon API experiments
✅ AI infrastructure experiments
🧪 Robotics prototypes
🧪 Smart mobility hardware
🧪 Continued testing

Some components are prototypes, simulations or development-stage software.

The project should not be interpreted as a production-ready financial, medical, autonomous-driving or safety system.

🚀 What's Next?

The roadmap includes:

Better hardware documentation

More CAD files, BOM information and assembly documentation.

More testing

Continue validating APIs, escrow workflows and hardware components.

Community contributions

Open more issues and development tasks for programmers, makers and researchers.

Robotics

Continue developing experimental robotic platforms.

Mobility

Improve telemetry, hardware integration and smart mobility software.

Privacy

Continue exploring how Monero can be integrated into open-source services.

🤝 Contributing

You don't need to build a robot to contribute.

You can:

🐛 Report bugs
💻 Submit pull requests
🛠️ Improve hardware designs
📖 Write documentation
🧪 Test APIs
🤖 Develop robotics software
🔐 Review security assumptions
💡 Propose new ideas

Start with the GitHub repositories and open an issue.

🏁 Conclusion

Urban Lab is an experiment in combining:

Open hardware + open software + robotics + AI + privacy-focused payments.

The project is still evolving.

That's why the development process is open to contributors.

The long-term vision is a technology ecosystem where people can build their own machines, inspect their software, participate in development and interact through open infrastructure.

Build it.
Inspect it.
Modify it.
Improve it.

Welcome to Urban Lab. 🏭🛴🚗🤖🔐🌍

Daniel Ioni — Urban Lab