90% Seedling Survival with AI
Unique AI-powered plant incubator collects air condensation and predicts plant needs in real-time.
The Challenge We Face
Water scarcity threatens agriculture, reforestation, and urban green spaces in arid and drought-prone regions worldwide.
See GreenFort in Action
Watch how our AI-powered sensors transform arid landscapes
Discover how GreenFort collects water from air, monitors plant health, and predicts future needs—all in real-time.
The GreenFort System
Advanced technology for sustainable growth
Next-Generation Unique Plant Incubator
Using Unique AI Platform
Low Cost of Production and Operation
Desert Reforestation Technology Research Center
Pioneering sustainable solutions for arid ecosystems
For over 5 years, our research center has been at the forefront of developing innovative technologies for desert reforestation. We combine cutting-edge AI with sustainable practices to transform barren landscapes into thriving ecosystems.
Pioneering Research
Our team has conducted extensive field research across desert regions, developing proprietary methods for water harvesting and plant survival.
Scientific Excellence
Published research in leading environmental and agricultural journals, contributing to global knowledge on arid land restoration.
Technology Innovation
Developed unique AI algorithms specifically designed for predicting plant needs in extreme climate conditions.
Our Journey
The Breakthrough
15 years ago, a tree-growing technology in a plant incubator was developed. The device is a polypropylene box with a lid featuring a vertical tunnel in the center and a wick that provides the plant roots access to water. The difference between day and night temperatures allows the device to condense and collect moisture from the atmosphere, providing the seedling with sufficient water for rooting and growth. Over several years through pilot projects and initiatives, the plant incubator technology has proven its effectiveness, achieving over 90% seedling survival rate, while conventional planting methods do not exceed 15%; significant water reduction for irrigation compared to other known methods.
Challenges We Faced
However, alongside obvious advantages, significant disadvantages were also identified: complex design and consequently high price; with a large crown of a young tree, the plastic incubator cannot be removed from the plant stem; in the morning, the dew collector cools poorly and collects water inefficiently as it is located above the reservoir with water heated during the day; sand gets into the collector and it stops generating moisture from the atmosphere; additional protection from herbivorous animals and UV filters from the sun had to be installed. All of the above reduced the incubator efficiency and increased maintenance costs.
R&D and Innovation
In 2021, our startup became interested in the problem of reforestation in deserts using autonomous plant incubators. It was decided to rethink existing approaches and create our own product free from the disadvantages of analogues. With support from the Innovation Assistance Foundation, R&D was conducted on developing an autonomous plant incubator: dozens of prototypes were made, tests of biodegradable and bioinert materials, new solutions related to the body, collector, ground anchors, reservoir and other device elements were worked out. Patent RU2022106575 was obtained. Everything works efficiently: stylish design, no expensive molds needed, the collector stably generates morning dew, a reliable ground anchor holds in sand, the seedling is provided with a microclimate, the incubator can be easily removed from a young tree with a wide crown.
GreenFort Concept
In 2025, the concept and design of the innovative plant incubator "GreenFort" was finally formulated. Our new approach: use widespread low technologies (low-tech), minimalism in design, low cost. Our solution: a supporting screen in the form of commercial polymer mesh; reservoir - polyethylene bag with capillary irrigation system; film collector for collecting rainwater and condensation from the atmosphere; AI digital platform with predictive analytics. The GreenFort concept allows planting seedlings almost anywhere. It provides plants with everything they need for growth and makes economical forest restoration in the desert possible. It is simple and cheap to manufacture, transport and install.
GreenFort Advantages
Unprecedented protection of seedlings from herbivores, sun and wind
Multi-use incubator (removal from plant stem with overgrown wide crown and installation for replanting)
Collector is less prone to sand filling and can "self-clean" from sand
More efficient dew collection due to better cooling of the collector surface
Increased volume of generated water condensate by collecting from 2 collector surfaces
Reduced material consumption and cost through simpler production technologies
Reduced logistics costs for delivery and assembly
Possibility of reuse with other plants
Reduced recycling costs
Localization of production near the tree planting area
Advanced AI Technology
Powered by cutting-edge sensors and machine learning
Soil Health Analysis
Comprehensive soil composition and nutrient monitoring for optimal plant nutrition.
Environmental Tracking
Real-time temperature, humidity, and air quality measurements.
Mobile Dashboard
Monitor and control your entire system from anywhere with our intuitive app.
GreenFort vs Traditional Methods
See the difference AI-powered technology makes
Traditional Irrigation
- High water consumption
- Manual monitoring
- Reactive problem solving
- Limited scalability
- High maintenance costs
GreenFort AI System
- 60% less water usage
- 24/7 automated monitoring
- Predictive analytics
- Unlimited scalability
- Low maintenance costs
Our Team
Meet the experts behind GreenFort
Andrey Agarkov
Chief Technologist, Inventor.
Sergey Zalesov
Corresponding Member of the Russian Academy of Natural Sciences (Forest Science section), Academician of the Russian Academy of Natural History, Founder of the scientific school "Optimization of Forest Management".
Andrey Tambovtsev
PhD in Economics, Associate Professor at the Department of Innovative Projects, RANEPA under the President of the Russian Federation.
Vladimir Koriak
AI Full Stack developer with extensive experience in building scalable systems.
Vladimir Tambovtsev
Full Stack developer with 9 years of experience in AI-powered systems development. Specializes in implementing large-scale enterprise projects and creating solutions for the financial sector.
What is GreenFort
Next-generation plant incubator
Our Mission
Unlock the potential of arid territories, transforming them into living, productive ecosystems.
Create affordable and eco-friendly vegetation growing technologies resistant to climate challenges.
Preserve and restore biodiversity, helping soils and ecosystems recover.
Ensure sustainable agriculture and food sources for local communities.
Reduce the planet's carbon footprint, contributing to the fight against global warming through greening.
Get Started Today
Schedule a demo or speak with our team