DynaCrop STORY

1. CROP MONITORING

FOR PRIORITISATION OF FARM WORK

Effective farm work planning requires constant knowledge about crop maturity and health.

Continuous monitoring
of vegetation
growth stages

Continuous monitoring
of vegetation
growth stages
in 10 m resolution

DynaCrop helps to
determine when
the crop is ready
to harvest

Not only harvest but
all agricultural
interventions suit
current conditions
better

2. FIELD SCOUTING AND ANOMALY DETECTION

Different conditions should be treated variably.

Satellite data is a powerful tool and we can make it analyse various vegetation properties and draw field zones which differ significantly from rest of the field.

If you are more curious about the cause of growth variations you can plan field scouting or soil sampling based on maps of field zones.

A regular bird's eye view
does not say much
about the state
of the crops

But what if the field
has more to say...

Luckily satellites
see far more
than birds
do

Satellites can actually
read health
or density
of plants
quite in
detail

DYNA CROP can draw
zones of similar
crop performance
from multiple
maps like
these

Different zones require
different measures;
especially
high and low
extremes

When it comes to
FIELD SCOUTING...

Random or grid sampling
can be irrelevant
or costly

But field sampling
based on zonation
can easily help
to save
resources

Use FIELD SCOUTING
only where really
necessary

During creating zones
the options can be set
in numerous ways

One of these shows purely
extreme anomalies
in crops' preformace

3. LONG TERM SOIL MOISTURE TIME SERIES INDICATION

Due to climate change many farmers are struggling with drought.

Discover dry as well as waterlogged areas in any field to optimize irrigation systems thanks to the soil moisture indicator.

For any desired field
in the world

Explore the soil water content
at a specific time

Explore the soil water content
DEVELOPMENT IN TIME

When is it drier than average?

When is it drier than average?
When is it wetter than usual?

Compare soil moisture development
among different fields

See which one is dryer
in which season

And optimize your irrigation
accordingly

4. VARIABLE RATE FERTILISING

USE OF FIELD VARIABILITY MAPS

Uniform distribution of fertilizers is not cool anymore. Especially if you consider farmers' budget and our precious environment.

Images from above can serve
only as an indicator
of variability in soil
or vegetation

But satellite data fusion
can even measure
this variability

Data from multiple satellite crossings
marks borders of zones with
similar performance

Different zones should be
fertilized at a different
rate

A custom number of zones
can be created

Thanks to such maps you can
easily lower inputs and
increase outputs

Variable application maps help to
lower environmental
impacts

5. CONTINUOUS MONITORING WITH CLOUD FREE DATA

If farmers get used to using satellite data, two weeks of cloudy weather can paralyse all precision agriculture operations. Our AI algorithm will combine multispectral and radar data to aquire valuable information about crop health and maturity regardless of cloud cover.

COMING SOON

Crop monitoring
during nice weather
is easy

But when the clouds
come down

It is
not possible
to get data
about vegetation
with traditional methods

That is when
the fusion
with radar data comes in

The radar is able
to pierce trough thick clouds
and mine the data anyway

Bad weather
cannot stop us!

Bad weather
cannot stop us!
Our clients will experience
no data gaps anymore

WHAT COMES NEXT...

Irrigation recipe

Manage irrigation needs of crops based on actual soil moisture in root-zone depth

Enjoy weather forecasts

Predict crop growth from the actual state and weather forecast using the same API

Timing

Use phenology shifts to better plan and prioritize field work

Your ideas

Bring your needs and find a solution with us

User stories and farmers' needs

1. CROP MONITORING

Continuous monitoring of vegetation growth stages

Continuous monitoring of vegetation growth stages

Continuous monitoring of vegetationgrowth stagesin 10 m resolution

Continuous monitoring of vegetation growth stages in 10 m resolution

DynaCrop helps todetermine whenthe crop is readyto harvest

DynaCrop helps todetermine whenthe crop is readyto harvest

DynaCrop helps todetermine whenthe crop is readyto harvest

Not only harvest butall agriculturalinterventions suitcurrent conditionsbetter

Not only harvest but all agricultural interventions suit current conditions better

Not only harvest but all agricultural interventions suit current conditions better

2. FIELD SCOUTING AND ANOMALY DETECTION

A regular bird's eye viewdoes not say muchabout the stateof the crops

But what if the field has more to say...

Luckily satellites see far more than birds do

Satellites can actually read health or density of plants quite in detail

DYNA CROP can draw zones of similar crop performance from multiple maps like these

Different zones require different measures; especially high and low extremes

When it comes toFIELD SCOUTING...

Random or grid sampling can be irrelevant or costly

But field sampling based on zonation can easily help to save resources

Use FIELD SCOUTINGonly where really necessary

During creating zones the options can be set in numerous ways

One of these shows purelyextreme anomaliesin crops' preformace

3. LONG TERM SOIL MOISTURE TIME SERIES INDICATION

For any desired fieldin the world

For any desired field in the world

Explore the soil water contentat a specific time

Explore the soil water content at a specific time

Explore the soil water contentDEVELOPMENT IN TIME

Explore the soil water contentDEVELOPMENT IN TIME

When is it drier than average?

When is it drier than average?When is it wetter than usual?

Compare soil moisture developmentamong different fields

Compare soil moisture developmentamong different fields

See which one is dryerin which season

See which one is dryer in which season

And optimize your irrigationaccordingly

And optimize your irrigationaccordingly

4. VARIABLE RATE FERTILISING

Images from above can serve only as an indicator of variability in soil or vegetation

But satellite data fusion can even measure this variability

Data from multiple satellite crossingsmarks borders of zones withsimilar performance

Different zones should be fertilized at a differentrate

A custom number of zones can be created

Thanks to such maps you caneasily lower inputs andincrease outputs

Variable application maps help tolower environmentalimpacts

5. CONTINUOUS MONITORING WITH CLOUD FREE DATA

Crop monitoringduring nice weatheris easy

Crop monitoringduring nice weatheris easy

But when the cloudscome down

But when the clouds come down

It isnot possibleto get dataabout vegetationwith traditional methods

It is not possible to get data about vegetation with traditional methods

That is whenthe fusionwith radar data comes in

That is when the fusion with radar data comes in

The radar is ableto pierce trough thick cloudsand mine the data anyway

The radar is able to pierce trough thick clouds and mine the data anyway

Bad weathercannot stop us!

Bad weathercannot stop us!Our clients will experienceno data gaps anymore

Bad weathercannot stop us!Our clients will experienceno data gaps anymore

WHAT COMES NEXT...

Irrigation recipe

Manage irrigation needs of crops based on actual soil moisture in root-zone depth

Enjoy weather forecasts

Predict crop growth from the actual state and weather forecast using the same API

Timing

Use phenology shifts to better plan and prioritize field work

Your ideas

Bring your needs and find a solution with us

Access options

Multiple format output

GeoTIFF,JohnDeere Native Formats

PNG

Map Tiles

JSON,GeoJSON,ISOBUS XML

DynaCrop's main deliverables

Vegetation indices

Soil Moisture Index

Continuous monitoring
of vegetation
growth stages

Continuous monitoring
of vegetation
growth stages

Continuous monitoring
of vegetation
growth stages
in 10 m resolution

Continuous monitoring
of vegetation
growth stages
in 10 m resolution

DynaCrop helps to
determine when
the crop is ready
to harvest

DynaCrop helps to
determine when
the crop is ready
to harvest

DynaCrop helps to
determine when
the crop is ready
to harvest

Not only harvest but
all agricultural
interventions suit
current conditions
better

Not only harvest but
all agricultural
interventions suit
current conditions
better

Not only harvest but
all agricultural
interventions suit
current conditions
better

A regular bird's eye view
does not say much
about the state
of the crops

But what if the field
has more to say...

Luckily satellites
see far more
than birds
do

Satellites can actually
read health
or density
of plants
quite in
detail

DYNA CROP can draw
zones of similar
crop performance
from multiple
maps like
these

Different zones require
different measures;
especially
high and low
extremes

When it comes to
FIELD SCOUTING...

Random or grid sampling
can be irrelevant
or costly

But field sampling
based on zonation
can easily help
to save
resources

Use FIELD SCOUTING
only where really
necessary

During creating zones
the options can be set
in numerous ways

One of these shows purely
extreme anomalies
in crops' preformace