Structure of the DREVO Plant ID digital platform
A unified digital ecosystem for plant identification, monitoring and management
DREVO Plant ID is a next-generation digital platform that combines artificial intelligence, remote sensing, spectral analysis, environmental monitoring, and digital plant passports. Its purpose is to support plants throughout their entire life cycle: from seed to mature tree and the formation of a sustainable ecosystem.
1. TREE Plant ID AI
Intelligent plant identification.
Functions:
species definition;
variety definition;
subspecies definition;
ecotype definition;
determination of the stage of development;
probability of correctness of the determination;
similar species.
2. Digital Plant Passport
Digital plant passport.
Contains:
unique ID;
QR code;
photographs;
GPS coordinates;
growth history;
age;
origin;
genetic line;
owner;
status.
3. Spectral Plant ID
Spectral passport.
Used:
RGB
Multispectral
Hyperspectral
Thermal
UV
NIR
SWIR
Allows:
identify stress;
identify diseases;
analyze water content;
assess chlorophyll content;
determine maturity.
4. Health Monitor
Monitoring plant condition.
CONTROL:
diseases;
pests;
mechanical damage;
nutritional deficiency;
drought;
overwatering;
frost damage.
5. Soil Intelligence
Soil passport.
Parameters:
soil type;
granulometric composition;
pH;
organic matter;
nitrogen;
phosphorus;
potassium;
microelements;
humidity;
temperature;
microbiology.
6. Water Module
Water module.
Analyzes:
need for watering;
groundwater level;
irrigation efficiency;
moisture accumulation;
water stress.
7. Climate Module
Climate module.
Takes into account:
temperature;
air humidity;
wind;
solar radiation;
amount of precipitation;
weather forecast.
8. Growth Analytics
Growth analysis.
Tracks:
height;
barrel diameter;
crown volume;
leaf area;
growth rate;
biomass increase.
9. Flowering & Fruiting
Plant phenology.
Fixes:
bud break;
bloom;
pollination;
fruit formation;
maturation;
November;
period of rest.
10. Biodiversity Module
Ecological connections.
Defines:
neighboring species;
companion plants;
mycorrhiza;
pollinators;
birds;
insects;
fungal communities.
11. Disease AI
AI diagnostics of diseases.
Uses:
photographs;
spectral data;
thermal imager;
weather conditions;
medical history.
Issues:
diagnosis;
probability;
recommendations.
12. Pest Intelligence
Pest module.
Defines:
insects;
ticks;
larvae;
eggs;
degree of infection.
13. Nutrient Advisor
Nutritional recommendations.
Defines:
lack of elements;
excess of elements;
recommended fertilizers;
deadlines for contributions.
14. Regeneration Planner
Site restoration plan.
Creates recommendations:
what species to plant;
planting density;
order;
protective measures;
recovery forecast.
15. Seed Bank
Digital seed bank.
Stores:
origin;
germination;
storage conditions;
parties;
genetic lines.
16. Nursery Management
Nursery management.
Takes into account:
batches of plants;
greenhouses;
containers;
transplant timing;
readiness for implementation.
17. Drone Integration
Integration with DREVO AeroSense.
Receiving data:
aerial photography;
LiDAR;
spectral maps;
heat maps;
humidity maps;
3D model of plants.
18. IoT Sensors
Connecting sensors.
Works with:
soil moisture;
temperature;
illumination;
CO₂;
electrical conductivity;
pH;
water level.
19. AI Forecast
Forecasting.
Predicts:
height;
productivity;
probability of diseases;
risk of death;
optimal planting time;
recovery efficiency.
20. Carbon Module
Carbon balance calculation.
Defines:
carbon accumulation;
biomass;
oxygen productivity;
climate effect.
21. Ecosystem Digital Twin
Digital twin.
Creates a digital model:
individual plant;
now;
nursery;
forests;
parka;
natural area.
22. DREVO AI Cloud
Cloud system.
Provides:
data synchronization;
collective work;
analytics;
backup;
Machine learning.
23. Open Scientific Platform
Science module.
Allows:
publish research;
compare data;
exchange observations;
conduct international projects.
24. Mobile App
Mobile application.
Functions:
Plant ID;
QR scanning;
GPS;
offline mode;
photo recording;
AI recommendations.
25. TREE Global Plant Atlas
Global Plant Database.
Includes:
millions of digital passports;
interactive map;
distribution of species;
genetic lines;
environmental characteristics;
history of changes;
Monitoring ecosystem restoration.
Platform architecture
WOOD Plant ID
│
┌─────────────────────────────────┐
│ Artificial Intelligence │
└─────────────────────────────────┘
│
┌──────────────┬───────────────┬──────────────┐
│ │ │ │
Plant ID Spectral AI Disease AI Growth AI
│ │ │ │
└──────────────┴───────────────┴──────────────┘
│
Digital Plant Passport
│
┌────────────┬────────────┬────────────┐
│ │ │ │
Soil Climate Water Biodiversity
│ │ │ │
└────────────┴────────────┴────────────┘
│
IoT + Drones + LiDAR
│
DREVO AI Cloud
│
Ecosystem Digital Twin
│
WOOD Global Plant Atlas
This architecture transformsWOOD Plant IDnot just in the plant identification app, but ina full-fledged digital operating system for plant and ecosystem management, which combines artificial intelligence, remote sensing, scientific research, environmental monitoring and long-term restoration of natural areas.