From agricultural exploitation to a connected, predictive and energy efficient system.
Qartia promotes the digital transformation of the countryside through sensorization IoT, Artificial Intelligence, digital twin, agrivoltaics and wireless connectivity adapted to agricultural operations, greenhouses and rural environments.
Our technology allows real-time monitoring of the crop, microclimate, soil, water, energy and infrastructure, generating a unified operational layer to decide with greater precision and less uncertainty.
With Qartia, the farm can anticipate irrigation, fertilization, crop stress and energy consumption, incorporating operational recommendations and pilots aimed at measurable economic return.
As a differential value, Qartia integrates the agricultural operation with wireless networks, edge deployment, advanced analysis and self-consumption models, allowing it to evolve towards more efficient, resilient and energetically autonomous farms.
Operational impact
Measurable operational impact.
↓ 30%
Water consumption
Irrigation optimization based on agronomic data and real field conditions.
↑ 20%
Potential production
Better adjustment of cultivation, microclimate and operational decisions on the farm.
↓ Operating cost
Resource optimization
Reduction of water, fertilizers, energy and hours of inefficient operation.
ROI in months
Measurable pilot
Executive pilot design with verifiable technical and economic impact.
The values are indicative estimates and must be validated in a pilot according to crop, location and infrastructure.
Problem
The field operates with little real-time visibility.
Reactive decisions
The exploitation responds late because the data arrives fragmented or does not arrive with the necessary continuity.
Inefficient use of water and fertilizers
Operational adjustments are made with fixed rules, without a continuous reading of the real state of the crop.
Limited connectivity
Rural or greenhouse coverage conditions the reliability of the data and delays decisions.
Crop stress difficult to anticipate
The detection of deviations comes when the productive impact is already visible.
Non-integrated systems
Irrigation, energy, climate and production operate in silos and do not maximize overall performance.
Scaling uncertain
Without a structured pilot and clear KPIs, it is difficult to justify large-scale implementation.
Solution Qartia
From agricultural data to operational action.
01 Capture
Smart Capture
IoT sensors for soil, environment, radiation, CO₂, humidity and temperature, among others.
02 Connectivity
Wireless connectivity
Robust networks for rural environments: private without operator (LoRa/DECT NR+) or with operator (NB-IoT).
03 AI
Predictive intelligence
AI models to anticipate irrigation, fertilization, water stress and critical conditions.
04 Optimization
Action and optimization
Operational recommendations, automation and continuous improvement of the crop.
Key capabilities
A comprehensive platform for agricultural operation.
24/7 monitoring
Continuous monitoring of the crop, microclimate and infrastructure.
Predictive AI
Prediction of water, nutritional and energy needs.
Digital twin
Simulation of scenarios to optimize decisions without operational risk.
Agrivoltaics
Balance between solar generation, shade, available light and agricultural yield.
Wireless network Qartia
Reliable private connectivity on farms, greenhouses and remote areas.
Resource optimization
Reduction of water, fertilizers, energy and operating costs.
Technical architecture
Edge + wireless network + AI.
Agricultural architecture Qartia
From cultivation connected to automatic decision.
A complete flow to capture variables from the field, process them and convert them into visual decisions or actions on the farm.
Agricultural data → action
01Sensors IoT
Soil, climate, radiation and cultivation
02Wireless network
Reliable coverage in the field
03Edge/Cloud
Local and historical processing
04AI + Digital Twin
Prediction and operational simulation
05Dashboard / Actuators
Visual decision and automation
An architecture prepared to operate on the crop.
The platform can be deployed in cloud, on-premise or hybrid architecture, integrating with existing sensors or with its own deployment Qartia.
Continuous capture of soil, environment, radiation and energy variables.
Reliable private connectivity on farms, greenhouses and remote areas.
Edge processing for operational continuity and low latency.
Control panels and automation on irrigation, energy and production.
Infrastructure prepared to integrate sensors, wireless communications, edge computing and analytics applied to cultivation.
Agrivoltaics
Agriculture and energy working together.
Qartia allows you to design and operate agrivoltaic systems that balance agricultural production and solar generation. Through simulation, AI and sensorization, the exploitation can advance towards models of self-consumption and energy independence.
Simulation of photovoltaic configurations.
Light-energy-crop balance.
Microclimate optimization.
Energy autonomous exploitations.
Agrivoltaic configuration to balance solar generation, agricultural production and energy autonomy of the farm.
Executive pilot
Executive pilot in 4 phases.
1
Initial diagnosis
Crop selection, exploitation, infrastructure and KPIs.
2
Sensory and network deployment
Installation of sensors, validation of coverage and data quality.
3
AI + operational diagnosis
Predictive models, actionable alerts and technical recommendations.
4
Scaling and ROI
Impact report, economic proposal and implementation plan.
Differential Qartia
Why Qartia.
Qartia is not just sensory.
Qartia integrates wireless connectivity (private without operator - LoRa/DECT NR+ or traditional with operator - NB-IoT), applied AI, digital twin, agrivoltaics, operational optimization and ROI focus in a single platform.
