NycoSat is developing technology called Super Precise Predictive Vegetation Mapping (SPPVM) that uses satellites and remote sensing to map plants and fungi worldwide. SPPVM creates predictive models and forecasts of vegetation using satellite data, ground observations, and statistical databases. NycoSat's goal is to improve global vegetation mapping capabilities and enable applications like natural food resource management, environmental monitoring, and scientific biodiversity research. NycoSat invites partners from various industries to collaborate on developing and applying super precise vegetation mapping technologies.

1. NycoSat
Super Precise Predictive
Vegetation Mapping
(SPPVM)
European Satellite
Navigation Conference
18 – 19 October , Munich
Alar Kolk
www.nycosat.com
info@nycosat.com

2. NycoSat
Innovation in Global Vegetation Mapping

3. Technological Opportunities
• Natural plants and fungal species as capability of
environmental sensors.
• Availability of systemic information on natural plants and
fungal species all over the world
• Improving satellite capabilities to map, locate and navigate
NycoSat
• Improving satellite capabilities to map, locate and navigate
everything and everywhere in the world
• Emerging professional networks

4. Innovation in Vegetation Mapping
NycoSat is innovating beyond the traditional
bounds of vegetation mapping. Nycosat is
dedicated to development of Super Precise
Predictive Vegetation Mapping (SPPVM)
NycoSat
Predictive Vegetation Mapping (SPPVM)
technology. This technology creates innovative
services that help improve lives, build
businesses, and develop new opportunities.

5. Users’ Segments
Super Precise Predictive
Vegetation Mapping
(SPPVM)
NycoSat
Scientific
Research of
Biodiversity
Dynamics
Natural Food
Resources
Management
Environment
Monitoring
Military Combat
Responsivness

6. System Design
Earth Observation
Satellites
Central
Database
Remote
Sensing Data
Data:
• analysis
• structuring
• forecasts etc
Scientific Data Sources
NycoSat
Active and Passive
Remote Sensing
Navigation
Satellites
LBS
Mobile
Devices
Spot
Observation
Data
Platform
Data: Plants &
Fungal Species

7. Information Integration System
Super Precise Predictive
Vegetation Modelling
NycoSat
GIS Expert System
Exploiting EO Satellites Capabilities
Logistic Regression Model

8. Information Collection & Synthesis
Enhancing Vegetation
Super Precise Location
Information
On Spot, In Situ Observation
NycoSat
On Spot, In Situ Observation
Data. Exploiting LBS & Professional
Networks Capabilities
Statistical Botany Databases
Relationships Between Species

9. Natural Plants’ & Fungal Platform Based on
Satellite Earth Observation & Positioning Data
FoodSat:

10. Stage 1. Super Precise Mapping of
Edible Mushrooms & Nuts
NycoSat

11. Navitrolla
If All the Mushrooms of the World Would Be United

12. Following partners from international communities are
welcomed to pursue jointly the vision of super precise
vegetation mapping:
• Earth observation system management providers;
Vegetation Mapping Alliance
NycoSat
Super Precise Vegetation
Mapping Alliance
• Earth observation system management providers;
• Earth observation data processors;
• Vegetation location modelling systems’ developers;
• Scientific vegetation data collectors and researchers;
• Vegetation data system engineers;
• Mobile navigation system developers;
• Venture capitalists;
• Mobil platforms’ operators;
• Mobil handset manufacturers.

13. NycoSat
Super Precise Predictive
Vegetation Mapping
(SPPVM)
European Satellite
Navigation Conference
18 – 19 October , Munich
Alar Kolk
www.nycosat.com
info@nycosat.com