Engineering and construction

Precision
Engineering.

From ROI consultation to automated harvest. We architect the entire lifecycle of your high-tech farm.

Plan
Design
Build
Grow
Phase 1

Design

Consultation & Strategy

We analyze market demand, land potential, and revenue opportunities. Our engineers model greenhouse performance before construction begins.

01. Design

Business Model Consultation

ROI analysis and market entry strategy based on local demand.

Project Planning

Technical blueprinting: heights, thermal loads, and workflow optimization.

Phase 2

Build

Infrastructure Deployment

Precision construction of the hardware shell. We deploy galvanized steel structures, install automated vents, and integrate the irrigation piping network.

02. Build

Site Preparation

Laser leveling and drainage infrastructure installation.

System Integration

Installation of growing racks, sensors, and the central control unit.

Phase 3

Operate

Automation & Management

The system goes live. We program the climate computer, set fertigation recipes, and train your team on the AiGrow dashboard.

03. Operate

Staff Training

SOP implementation for daily crop management and software usage.

Agronomy Support

Remote monitoring of crop health via our central command center.

Phase 4

Maintain

Optimization & Care

Preventative care to ensure 99.9% uptime. We handle sensor calibration, pump servicing, and software updates to keep yields consistent.

04. Maintain

Routine Maintenance

Scheduled cleaning of irrigation channels and sensor calibration.

Rapid Repairs

24/7 technical support for critical system failures.

Ready to Get Started?

Engage our engineering team to design your automated farm.