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CROP MONITORING AND AUTOMATION · TUCUMÁN, ARGENTINA

Technology to understand, automate, and improve every crop.

We design monitoring, automation, and IoT systems for growers and research teams. We combine hardware, software, agronomy, and science to turn real challenges into measurable decisions.

Mushroom crop in a controlled environment with connected sensors
SIMULATIONENVIRONMENTAL MONITORING
HUMIDITY88%
CO₂920ppm
TEMPERATURE22,4°C
Sense · control · learn
RECOGNITIONIdeas Metropolitanas 2025First prize · Fundación Ibatín
VALIDATIONTucumán + PeruPilots with growers
CAPABILITIESHardware + software + scienceEnd-to-end development
REGIONAL CONNECTIONSMedellín 2026Innovation mission

MONITORING, AUTOMATION, AND APPLIED R&D

From a challenge to an improvement you can verify.

You do not need to know which sensor or equipment to choose. We start by understanding what you want to improve and design the right response.

UNDERSTAND

We make the process visible

We measure the variables that truly influence the crop and present them clearly, helping teams identify deviations and learn from every cycle.

SensorsAlertsHistorical data
ACT

We automate what matters

We integrate irrigation, ventilation, humidification, and other equipment to maintain stable conditions and reduce repetitive tasks.

ActuatorsRemote controlAutomation
IMPROVE

We validate before scaling

We test the solution in a real setting, analyze the data, and provide evidence to decide what to keep, adjust, or expand.

PilotsTraceabilityRecommendations
A SOLUTION DESIGNED FOR YOUR CONTEXT
Tell us what you need to improve. We turn it into a concrete solution.

We define what to measure, what to automate, and how to verify whether the improvement works—without adding technology that does not create value.

Let's discuss your process →

TECHNOLOGY UNDER VALIDATION

Projects connecting crops, data, and control.

We develop modules for mushroom cultivation with environmental monitoring, web-based control, and validation alongside growers in Tucumán and Peru.

  • Real-time temperature, humidity, and CO₂
  • Automated ventilation and humidification
  • Historical data to compare cycles and fine-tune the process
INTERFACE SIMULATION · ILLUSTRATIVE DATAFRUITING MODULE
DEMO ENVIRONMENT
908070
MONTUEWEDTHUFRI
Humidity88%IN RANGE
Temperature22.4 °CSTABLE
CO₂920 ppmMONITORING
VentilationONAUTOMATIC

Simulated values showing how the system presents information; they are not results from an actual trial.

Concept image of a monitored mushroom fruiting tentCONCEPT IMAGE
PRODUCTION PILOT

Mushroom fruiting

Environmental monitoring and web-based control of humidification and ventilation for high-humidity environments.

Tucumán · B2B
Concept image of a sensor-assisted dehydration processCONCEPT IMAGE
B2B VALIDATION

Controlled dehydration

Variable logging and process automation to improve repeatability and traceability.

Peru · B2B
Concept image of a physical stimulation trial in plantsCONCEPT IMAGE
R&D TRACK

Physical stimuli

Design of electrical and magnetic stimulation protocols with measurement, control, and experimental analysis.

Applied research

HOW WE WORK WITH YOU

A simple process for solving something complex.

We understand the context

You tell us what you grow or research, what you want to improve, and how the process works today.

We build a pilot

We define the variables, integrate the required technology, and agree on how the result will be evaluated.

We measure and decide

We support the trial, adjust the system, and turn the data into concrete recommendations.

WHY BIOSINERGIA

Useful technology built from the right perspectives.

BioSinergia is an AgTech startup from Tucumán, Argentina. We bring automation, IoT, and instrumentation to growers and researchers who need solutions adapted to their reality—not generic products.

We work across the crop, the laboratory, and electronics. This combination allows us to design systems that are technically robust, agronomically relevant, and capable of generating evidence.

An integrated perspective

Engineering builds, agronomy validates in the crop, and science turns testing into evidence.

Adapted development

We do not impose a kit: we choose the technology based on the crop, scale, and the team's way of working.

Validation in real settings

We test with clear objectives and criteria so every improvement can be sustained and scaled.

WHO WE ARE

The people behind each area.

Each team member leads a specific area, and decisions are made together from the beginning of every project.

Portrait of Miguel Fadel

Miguel Fadel

Co-founder · CEO

Strategy, technology, and strategic partnerships

Electronics Engineer · Diploma in Open Innovation

He leads BioSinergia's strategy and technology development. He promotes partnerships, joint projects, and knowledge transfer, connecting production needs with scientific and technological capabilities.

Portrait of Agostina Guerrero

Agostina Guerrero

Co-founder · Agronomy Director

Crops, sustainability, and production validation

Agricultural Engineer

She leads the agronomy area: defining each crop's requirements, designing production management, and validating that technological solutions work under real conditions.

Portrait of Nahuel Núñez

Nahuel Núñez

Scientific R&D Lead

Experimental design, physics, and data analysis

BSc and MSc in Physics · CONICET PhD candidate

He leads the scientific area: designing protocols, defining variables and measurement criteria, and analyzing results to turn hypotheses and prototypes into reproducible evidence.

FREQUENTLY ASKED QUESTIONS

Before we begin.

Brief answers to help you decide whether BioSinergia can support your production process, trial, or project.

Does BioSinergia sell a standard kit?

We currently begin with a diagnosis and a pilot. This allows us to select only the sensors and automation that create value for the process, without oversizing the solution.

Do you work only with mushroom cultivation?

No. Mushrooms are currently one of our main validation environments. After assessing the relevant agronomic variables, the technology architecture can be adapted to greenhouses, urban agriculture, and other controlled crops.

Can you collaborate with universities or research groups?

Yes. We can contribute electronic design, data acquisition, automation, traceability, and instrument development to turn a hypothesis into a measurable trial.

FIRST CONVERSATION

Let's turn a challenge into a measurable pilot.

Tell us what you are producing, researching, or trying to improve. We will respond with an initial assessment of the challenge.

No commercial commitment. First, we verify whether our technology can genuinely create value.

INITIAL INQUIRYTell us about the challenge
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