Through data, intelligence and crop observation, RoboCare helps farmers make better use of resources, anticipate risks and make more responsible decisions for their farms.
Sustainability starts with numbers. RoboCare measures what is actually happening in the field, then helps the farm use less water, fewer inputs and less energy — without losing yield.
01
Measure
We collect real data
Satellite imagery, soil sensors and field records entered by the farmer all land in the same place. The farm starts from an objective baseline, not a guess.
Vegetation index per field, updated every 5 days
Continuous soil moisture and local weather
Interventions logged from the phone, even offline
Soil moisture — field B4
28% threshold reached
02
Decide
We turn that data into decisions
Our models calculate the real need of each zone: when to irrigate, how much, where to treat and where to do nothing. The farmer gets a dated recommendation, not a table of numbers to interpret.
Irrigation plan adjusted to the next 7 days of weather
Early warning for water stress and disease
Treatment localized to the affected zones only
Nitrogen recommendation — field A2
18 kg/ha targeted zone
03
Prove
We make the gains verifiable
Every season, the farm gets a detailed report: water saved, inputs avoided, pumping energy, a complete history of interventions. Enough to answer a buyer, a lender or an export audit.
Indicative figures — replace with your own measured field results.
The context
Why does sustainability matter in agriculture?
Agriculture today must produce more while facing limited natural resources, climate change and growing pressure on soils and ecosystems.
Farmers therefore need to strike a balance between productivity, profitability and the preservation of natural resources. RoboCare supports this transition by helping to better understand the real state of crops and intervene at the right time.
Preserve water
Optimize irrigation using data from sensors, satellites and crop observation.
Preserve soils
Avoid unnecessary interventions and support more precise management of the fields.
Reduce environmental impact
Use resources only when it is truly necessary.
Adapt to climate change
Anticipate periods of water stress, heat waves and weather events.
Our approach
What solutions can improve sustainability?
Satellite, data, analysis, decision, action, impact: a five-step journey that repeats every growing season.
01
Observe
Satellites, drones and IoT sensors collect information about crops and their environment.
02
Understand
Data is analyzed to identify variations, anomalies and early signs of stress.
03
Anticipate
Farmers can detect more quickly the situations that require an intervention.
04
Act with precision
Interventions can be adapted to the real needs of crops and fields.
05
Measure
Results make it possible to track progress and continuously improve farming practices.
The technologies
Technology at the service of a more responsible agriculture
Satellite
Regular monitoring of vegetation and identification of variations within the fields.
Drone
Very precise observation of agricultural areas when it is needed.
IoT
Data collection directly in the field through sensors.
Intelligence & analysis
Turning agricultural data into useful information to support decision-making.
Water
Managing water better, a priority for agriculture
Water is one of the most precious resources for agriculture. Too much irrigation can waste resources, while too little can cause water stress and reduce yields.
RoboCare helps to better understand crop needs by combining data from the field, satellites and observation technologies.
Soils
Healthier soils for sustainable agriculture
Preserving soils is essential in the long run. More precise agriculture makes it possible to limit unnecessary interventions and adapt practices to the real characteristics of each field.
Soil health
Resource management
Fewer unnecessary interventions
Biodiversity
Agriculture that respects ecosystems
Sustainability is not only about yields. It also concerns the protection of ecosystems, biodiversity and natural resources. RoboCare contributes to more precise agriculture by helping to better identify areas that need particular attention and by supporting a more measured use of resources.
Biodiversity
Better identify sensitive areas to adapt farming practices around them.
Natural resources
A more measured use of water, soil and inputs across the whole farm.
Agricultural ecosystems
Maintain the balance between production and the natural environment that surrounds it.
Footprint
More efficient agriculture can also reduce its footprint
Optimizing interventions can indirectly help reduce:
unnecessary travel
certain resource consumption
certain repetitive interventions
excessive use of inputs
the energy consumption associated with certain operations
Value chain
Sustainability for the agri-food sector
Sustainability does not stop at the field. It concerns the entire agri-food value chain. RoboCare helps bring agricultural data closer to the needs of the different stakeholders.
Farmers
Better understand crop needs and optimize interventions.
Agri-food companies
Improve visibility over agricultural production.
Agricultural advisors
Have additional information to support farmers.
Territories & environment
Contribute to a better understanding of agricultural resources.
Dashboard
What we have done so far
--tonnes
CO₂ avoided
Estimate of emissions potentially avoided through the optimization of interventions and travel.
--m³
Water saved
Volume of water potentially saved through more precise irrigation management.
--ha
Area monitored
Agricultural area monitored and analyzed through RoboCare's technologies.
--
Fields monitored
Number of fields benefiting from regular monitoring.
--
Farmers supported
Number of users and farmers supported by the platform.
These indicators will be progressively enriched from RoboCare's consolidated data.
Ecosystem
Our impact on nature
Agricultural
ECOSYSTEM
Journey
From data to impact
Satellite→
Observation→
Data→
Analysis→
Recommendation→
Decision→
Action→
Positive impact
Resilience
Preparing the agriculture of tomorrow
Faced with climate change, the scarcity of resources and evolving food needs, agriculture must become more resilient. RoboCare contributes to this transformation by giving farmers better visibility over their crops and their environment.
Anticipate
Identify early warning signs before they become major problems.
Optimize
Adapt resources and interventions to actual needs.
Preserve
Produce while protecting natural resources.
Our vision
Produce better. Preserve more. Build sustainably.
We believe the future of agriculture relies on a better understanding of crops, a smarter use of resources and close collaboration between the farmer and technology.
RoboCare wants to help build a more precise, more sustainable and more resilient agriculture.
Let's take action
Let's build more sustainable agriculture together
Discover how RoboCare can help your farm or organization better observe, understand and manage agricultural resources.
