ENGTOP
Anywhere in the world, the farm keeps growing
A container-type unmanned smart farm that works in any climate, across any border. NEOTEC ENC combines facility construction capability with cultivation automation to build farms that grow crops to the same quality wherever they are placed — and ships them to global markets.
The Smart Farm We Envision
Inside container and modular units with vertically stacked growing space, light, temperature, humidity and nutrient solution are controlled automatically, and the farm judges crop condition itself to adjust growing conditions.
Standardised by unit, it can be transplanted the same way to sites in Korea and overseas.
What Changes
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Minimal reliance on labour
Equipment and robots take over repetitive tasks such as sowing, transport and environmental control, so a small team can operate a large growing area.
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Independent of climate and season
A sealed growing environment isolated from outdoor weather produces planned volumes under identical conditions year-round.
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The same quality anywhere
Crop-specific settings are stored as data and reproduced, enabling repeat production at identical quality in Korea or overseas.
Core Component 1.
Cultivation Units & Lighting
Cultivation Bed System — moving bed and fixed bed
Both bed types can be applied within one standard unit.
Depending on crop characteristics, staffing and site conditions, moving and fixed beds are selected or combined to form the optimal growing line.
Moving Bed Type
Uniform growth
bed circulation minimises light and environment variation by position
Minimal worker movement
beds travel to the work station, easing automation
High space productivity
multi-tier circulating cultivation maximises yield per area
Fixed Bed Type
Simple, robust structure
fewer moving parts reduce faults and maintenance cost
Multi-crop capable
flexible switching from leafy greens to specialty crops
Reasonable initial investment
suits phased adoption such as small-scale pilots and overseas relocation
Precision Lighting · Light Recipes
For crops, light is not mere illumination but a prescription that determines growth.
Multi-channel full-spectrum LEDs are controlled independently by channel to design and reproduce a light recipe matched to each crop and growth stage.
01
Crop-specific light recipes
The wavelength mix and light intensity each crop needs are stored as settings and reused.
02
Stage-differentiated lighting
Light quality and photoperiod are varied across germination, growth and harvest to raise quality.
03
Light only as needed
Turning on only the required channels and intensity reduces lighting power consumption.
Core Component 2.
Vision AI Autonomous Control & Robotics
Autonomous Environmental Control Based on Vision AI Crop Recognition
Vision AI reads crop images captured by high-resolution cameras to identify growth stage and signs of pests, disease or physiological disorder, and light, temperature, humidity and nutrient settings are adjusted automatically based on the result. Rather than a person changing values, the farm repeats observe → read → control in a closed-loop structure.
01
Observe
High-resolution cameras and sensors continuously capture and collect crop condition
02
Read
Vision AI determines growth stage and pest or disease signs from the images
03
Control
Light recipes and HVAC and nutrient settings are adjusted automatically
04
Accumulate
Reading results and cultivation history accumulate as training data, improving accuracy
Agricultural Robotics · Unmanned Processes
Robots take over the seedling, transport and inspection work people used to repeat.
Collaborative robots handle fixed processes while mobile robots patrol large growing areas, supporting 24-hour operation.
01
Collaborative robot seedling automation
Automating sowing, transplanting and transport reduces the most labour-intensive stages.
02
Mobile data-collection robot
Patrols growing zones, capturing close-up images and sensor data to detect anomalies early.
03
Early pest and disease detection and alerts
Vision AI spots abnormalities on leaves and stems before they spread, and site status can be checked and notified remotely.
Operating System and NEOTEC ENC's Readiness
Integrated Monitoring · Cultivation Data Operation
A smart farm succeeds or fails on how it is operated after installation.
Environmental readings and equipment status across multiple units are checked remotely on one screen, anomalies trigger automatic alerts, and records from each growing cycle are accumulated as data and used as the baseline for the next cycle.
01
Integrated monitoring dashboard
Cultivation status and equipment condition across multiple units are monitored remotely on one screen.
02
Cultivation history and data management
Settings and results are recorded by crop and used as baselines for the next growing cycle.
03
Anomaly detection and alerts
Abnormalities in sensors and equipment are detected automatically and reported to staff immediately.
04
Energy and operating efficiency management
Lighting and HVAC power use is monitored to keep operating costs under control.
Entering Global Markets — Export-led Expansion
Demand for container-type unmanned smart farms is clearer overseas than in Korea.
Module units are standardised to container dimensions and supplied as one package covering sea freight and local installation, with on-site staffing kept to a minimum and remote monitoring reducing the constraints of distance.
01
Container-type export package
Module units are standardised to container dimensions and supplied ready for sea freight and local installation.
02
Growing without climate or site constraints
Even in deserts, cold regions and city centres, the same indoor environment enables year-round production.
03
Remote operation and after-sales support
On-site staffing is minimised, and remote monitoring with data-based maintenance reduces the constraints of distance.
The future of smart farming lies where the technology of building meets the technology of growing.
NEOTEC ENC combines its steel fabrication, modular construction and solar EPC capabilities with cultivation automation, precision lighting and Vision AI control to complete the container-type unmanned smart farm as a single package — and is preparing to export it to overseas markets as a core business direction.