Sensors & IoT
Measure soil, microclimate, water and operating parameters through connected sensors, creating continuous and comparable data series.
Technology & Innovation
Technology serving
agricultural decisions.
TENUTE DI BATTISTA develops a technological architecture designed to connect field observations, systems, research and data. The objective is not to replace agronomic expertise, but to make decisions more timely, measurable and verifiable.
PROJECT VISION · SYSTEMS AND FUNCTIONS TO BE DEVELOPED AND VALIDATED
A connected system
From measurement
to action.
Sensors, remote observation, predictive models and automation are conceived as parts of a single cycle: collect reliable information, interpret it, support decisions, act selectively and measure the result.
Technology & Innovation
Six development areas.
Drones & Maps
Observe vegetation, anomalies and spatial differences through aerial imagery and maps, comparing the same areas over time.
Precision Agriculture
Differentiate water, nutrition and interventions according to the real needs of each sector instead of treating the whole olive grove uniformly.
AI & Predictive Models
Cross field and environmental data to support the estimation of water stress, heat and phytosanitary risks, always under human supervision.
Digital Twin
Develop a digital representation of the Tenuta, progressively updated by real data, to compare scenarios and evaluate possible choices before acting in the field.
Control & Automation
Dashboards, alerts, sector control and remote management are designed to turn data into operational actions with defined thresholds and human oversight.
Decision cycle
Data only has value when it improves a decision.
Measure
soil · weather · water · systems
→
Observe
drones · imaging · maps
→
Interpret
analytics · AI · models
→
Simulate
Digital Twin · scenarios
→
Act
alerts · control · automation
→
Technology and people
Artificial intelligence
supports human expertise.
The technological layer is conceived as a decision-support system. Agronomic, biological and technical expertise remains central: technology helps organise information, highlight anomalies, compare scenarios and make the results of each action measurable.
Field + TDB BioLab
From the field to research.
From research back to the field.
Field data can feed research questions. TDB BioLab can interpret observations, define tests and protocols and verify hypotheses under real conditions. The objective is a continuous cycle of measurement, experimentation and validation.
Discover TDB BioLab →Development method
Measure first.
Validate before promising.
The technologies described on this page represent development lines of the TENUTE DI BATTISTA project. Each solution must move through design, pilot testing, measurable KPIs and validation before being presented as an operational or replicable system.
01Problem
02Data
03Prototype
04Field test
05Measurement
06Validation