HOW IT WORKS

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VINEYARDS

precision viticulture

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Detect, locate and count vine gaps

  • know the actual number of vines
  • know where to apply resources
  • know the number and location of vine gaps
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Guided scouting & sampling

  • get satellite updates every 5 days
  • detect problems before they are visible
  • scout suspicious locations more efficiently
  • sample key locations based on vine vigour
  • take and share geo-located field notes
  • reduce losses
  • save on pesticides & herbicides
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Create operations

  • understand intra-parcel variability
  • create different management zones automatically
  • apply the right amount in the right place
  • use the app in your tractor
  • works without VRT or GPS-equiped tractors
  • save on inputs
  • monitor application & impacts
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Selective harvesting

  • assess intra-parcel grape quality and yield variability
  • create different harvest zones automatically based on quality
  • adjust zone sizes to meet quality and quantity targets
  • use app on harvesting machine or to mark zones on the field
  • produce different quality wines and increase returns for the same area
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mobile app

Watch how it works

Advantages

Plant-level NDVI
(excludes inter-row vegetation
and other interferences)
Early detection of pests &
diseases
Fusion of satellite 
and drone data
Assess grape quality
and yield estimates from the air
Vine health updates
every 5 days

OLIVE OIL, FRUITS & NUTS

precision agriculture

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FORESTRY

precision forest management

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Blog

Order Plant-Level Data Online

Interested in knowing how much it costs to get high precision Plant Level Data for your crops? It’s not as much as you think. You can now get instant price info and order plant-level data for [...]

TECHNOLOGY

Algorithms

Algorithms

  • Extract insights beyond remote sensing data:
    • tree height, count, area coverage
    • wood volume and standing carbon estimates
    • yield estimates, water stress estimation
    • early detection of diseases & pests

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Machine Vision

Machine Vision

  • From pictures to data: our machine vision technology developed originally for space applications like Mars and Moon landings, is now deployed in MAPP:
    • detection and probability of landslides
    • segmentation of trees-shrub-ground
    • computation of plant-level data

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Drone

Drone

  • S20 micro drone, a fully autonomous high-productivity tool targeted for high resolution aerial imaging with low logistical footprint and operable from anywhere.
    • RGB payload
    • NIR payload (Near Infra-Red)
    • Thermal payload (Thermal Infra-Red)
    • 200ha/h productivity at 100mAGL
    • 5cm/pixel at 100mAGL

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Satellite

Satellite

  • Corrected Sentinel-2 imagery: Sentinel-2 is an Earth observation mission developed by ESA as part of the Copernicus Programme to perform terrestrial observations in support of services such as forest monitoring, land cover changes detection, and natural disaster management. It consists of two identical satellites Sentinel-2A and Sentinel-2B.
    • Multispectral payload (R,G,B,NIR,RedEdge,SWIR)
    • 12 bands (440-2200 nm)
    • 10-60 m/pixel
    • 5 days revisit time

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PORT WINE

Technology and tradition meet in the Douro Valley. Using remote sensing for precision management of vineyards and selective harvesting.

CORN

Technology and tradition meet in the Douro Valley. Using remote sensing for precision management of vineyards and selective harvesting.

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Contacts

Rua de Fundões 151
3700-121 S. João da Madeira, Portugal

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