LAND GREEN TECHNOLOGY (LAGRE™)

Science · Technology · Results

Land Green Technology Co., Ltd. develops advanced systems for sustainable horticulture and controlled plant research. LAGRE™, Formula‑G1™ and NIN™ integrate plant science, functional water, controlled atmospheres and multispectral LED lighting.

From Chemical to Natural Intelligence™

10,000 m²Research centre
7+ yearsOf research
2,000+Formulations tested
TW · USAPatent protection

Research · Intelligence · Equipment · Plant Formulations


Land Green Technology Co., Ltd. (LAGRE™) is a research and technology company headquartered in Taiwan, developing programmable environments and integrated technologies for plant science and sustainable crop production. The company combines research in nanotechnology, controlled environments, and biological signals with the development of intelligent research equipment and complete automated systems for vertical and horizontal plant cultivation.


Legal Company Name:

LAND GREEN TECHNOLOGY CO., LTD.

Main Corporate Brand:

LAGRE™

Research infrastructure

Six Systems. One Experimental Language.

Formula-G1™ - Plant Growth Intelligence. Research technology for the control and synchronization of biological, physical, and technological signals influencing plant development. Each system can be controlled independently. Their value grows when the signals are coordinated and tested as one plant-development programme.

1

Automated seed research

Independent laboratory modules for controlled seed activation, germination and early seedling studies.

200 modules · expansion pathway to 1,500
2

Formula-G1™ Phytocybernetics

A framework for coordinating nutrient signals, water, environment and observation around a defined plant task.

Programmable · comparable · documented
3

Controlled atmospheres

Sealed research rooms for studying plant response to programmable gas composition, pressure and climate conditions.

11 atmospheric and climate rooms
4

Applied plant validation

Laboratory findings move into phytolabs and experimental greenhouses for the next level of biological verification.

350 phytolabs · 9 greenhouses
5

Water with controlled parameters

Water is treated as an active experimental variable, with controllable chemical and isotopic characteristics.

pH 0–14 · redox −500…+500 mV · D 0–150 ppm
6

Multispectral light

Independent spectral channels allow light to be studied as a precise biological signal rather than background illumination.

16 spectra · 250 intensity levels

NIN™ · Nature Intelligent Network

One Control Architecture. Multiple Biological Variables.

NIN™ - Intelligent Network, a digital system for the control, monitoring, and integration of technological processes and equipment. Project-specific software connects sensors, actuators and cultivation protocols so that defined operating recipes can be executed consistently and refined within established limits.

Biological inputPlant programmeCrop · variety · stage · task
Software & control coreNIN™Sense → Compare → Act → Verify
Biological outputPlant responseMeasured · compared · recorded
01

Nutrient environment

Programmable dosing, recirculation and selected pH, EC, DO and ORP functions

02

Multispectral light

Up to 16 independently managed spectral channels with digital intensity, timing and combinations.

03

Atmosphere & climate

Selected gas, temperature and humidity variables in compatible controlled environments.

04

Software & monitoring

Operating recipes, schedules, system status, alerts and process records.

05

Mechanical automation

Coordinated pumps, valves, lighting, sensors and cultivation equipment.

06

Plant response

Measured biological feedback remains the basis for every operating programme.



New generation of high accuracy fertilizers

NovaLand™ - Advanced Plant Formulations


A family of specialized formulations for plant nutrition, development, and realization of biological potential, including solutions based on nanotechnology.

Within LAGRE™, Formula-G1™ and NIN™ technologies integrate selected parameters of nutrition, water, atmosphere, multispectral lighting, and other factors into controlled and reproducible experimental programs.

Our mission is to transform complex biological questions into measurable research protocols and practical technologies for managing plant development.

For more than seven years, our team has been investigating how different growing conditions and their combinations influence plants during the earliest and most sensitive stages of development. During this period, more than 2,000 nutrient formulations have been tested across different crops, with particular attention to reproducibility, measurable plant morphology, and the sequential selection of effective experimental conditions.

The Land Green Technology (LAGRE™) research complex covers approximately 10,000 m2 and provides an integrated environment for plant research. Its capabilities include automated programming of atmospheric composition using six gases, control of up to 16 spectral ranges of light, as well as water, nutrition, and other controlled-environment parameters.

One of the technological foundations of our research platform is the company-developed Cybernetic System for Plant Growth Control, protected by U.S. Patent No. 12,600,768 B2.

Land Green Technology builds its research and technologies on original ideas and proprietary developments, experimental validation, and the integration of global scientific knowledge.


Land Green & Technology Co., Ltd.