✦ Giuliano Neroni ✦

Chief Technology Officer · AI · IoT · Agritech · Blockchain

I am a Chief Technology Officer focused on building technology that connects software, hardware, artificial intelligence and real-world operations.

My work is mainly concentrated in AI-powered agritech, industrial IoT, greenhouse automation, sensor networks, cloud infrastructure, blockchain systems and data-driven decision platforms.

I have led technology delivery across 50+ farms, greenhouse sites, clients and pilot projects, including the design and deployment of 250+ IoT devices, 500+ integrated sensors, and 1,000+ controlled relays, actuators, pumps and valves.

I combine hands-on architecture with executive leadership, product strategy, technical governance, Agile delivery and commercial execution.

In less corporate language: I build systems that let farms, machines and data speak to each other, because apparently agriculture was not already difficult enough without MQTT, Modbus and cloud dashboards joining the party.

I lead technology vision, product architecture and engineering execution across:

• AI-driven agritech platforms
• IoT automation devices
• Smart greenhouse systems
• Real-time monitoring infrastructure
• Fertigation and irrigation intelligence
• Satellite and spectral data analysis
• Cloud-based operational dashboards
• Embedded and edge-device software

My role combines technical architecture, product direction, engineering governance, delivery management and commercial execution.

Sensors & Devices
      ↓
IoT Communication
      ↓
MQTT / API / Cloud Infrastructure
      ↓
Data Pipelines & Storage
      ↓
AI Models & Automation Logic
      ↓
Dashboards, Decisions & Field Operations

My main focus is transforming raw field data into useful, automated and measurable decisions.

• Greenhouse climate automation
• Irrigation and fertigation control
• RS485, Modbus and SDI-12 sensor integration
• MQTT-based device communication
• IoT telemetry and remote monitoring
• Relay, actuator, pump and valve automation
• Satellite imagery and vegetation index analysis
• AI models for operational optimization
• Cloud dashboards for farm intelligence
• Edge firmware for data gathering and automation
• PLC integration and industrial automation
• Smart agriculture platform development

I work across the full technology stack required to connect field operations with intelligent software platforms:

Embedded Firmware
   ├── ESP32
   ├── Arduino
   ├── C++
   └── Lua

IoT Communication
   ├── MQTT
   ├── WiFi
   ├── 4G / Narrowband
   ├── LoRaWAN
   ├── RS485
   ├── Modbus
   └── SDI-12

Cloud & Backend
   ├── Python
   ├── FastAPI
   ├── Node.js
   ├── MySQL
   ├── MongoDB
   └── Supabase

AI & Intelligence
   ├── Fertigation models
   ├── Climate optimization
   ├── Satellite analysis
   ├── Spectral image processing
   └── Decision-support systems

Frontend & Product
   ├── Next.js
   ├── React
   ├── Dashboards
   ├── Automation interfaces
   └── Real-time monitoring tools

I have worked across technology, agritech, fintech, Web3 and automation initiatives connected to:

I am currently focused on scaling intelligent systems for agriculture by combining:

• Embedded IoT devices
• Cloud-native infrastructure
• Artificial intelligence
• Automation control logic
• Real-time field monitoring
• Satellite and environmental data
• Practical engineering for harsh agricultural environments

The goal is simple: make agricultural operations more efficient, measurable and automated.

The execution is less simple, because reality has sensors, cables, humidity, firmware bugs and people asking why the pump did not turn on.

Beyond technical architecture, I work on the delivery systems that make engineering usable in the real world:

• Technology strategy
• Product roadmaps
• Agile delivery
• Engineering governance
• Budget ownership
• Risk management
• Vendor coordination
• Release planning
• Cross-functional team leadership
• Commercial technology execution

Good technology is not just code. It is code that survives customers, weather, deadlines, field conditions and the occasional mystery bug that appears only when someone important is watching.

Technology is useful only when it solves real problems.