Coffee leaf rust
Study bioprotection alternatives and their response under defined coffee-growing conditions.
← TLÁLOC Agri Intelligence
The next frontier
The research frontier
The next frontier
lies in biology.
We research next-generation biofertilizers, biostimulants and biocontrol, connected with TLÁLOC's agricultural intelligence.
An R&D initiative within TLÁLOC Agri Intelligence. From understanding the territory to specific biological questions about crops.
Development program · Coffee
TLÁLOC Biotech
KÁAPEJ
Two specific threats.
One research question.
Biocontrol development focused on coffee leaf rust and the coffee berry borer.
We research biological alternatives to prevent and control these two threats, aiming to reduce reliance on conventional pesticides.
Studying the plant's natural defenses complements this approach.
Coffee berry borer
Evaluate biocontrol candidates and their potential against pest-related damage.
Development pathway
Characterization → Controlled trials → Agronomic evaluation
The program connects research and prototype development. Efficacy, tolerance and conditions of use are determined through trials and the applicable requirements for technology transfer.Three research areas
Understand life.
Explore its potential.
Nutrition, plant response and crop health. Complementary questions for developing biological solutions, with coffee, corn and sugarcane as priority crops.
Biofertilizers
Research biological alternatives that support crop nutrition and the relationship between soil, roots and nutrient availability.
Biostimulants
Study plant processes and responses that may contribute to performance under defined management conditions.
Biocontrol
Research candidates against specific threats, using response, tolerance and agronomic performance metrics.
Research prioritiesCoffeeCornSugarcane
The same TLÁLOC core
Territorial intelligence.
Biological questions.
Agricultural intelligence helps formulate hypotheses, compare scenarios and prioritize trials. Biological research connects those questions with crop observations.
- Hunahpú
- Territorial context, satellite observation and agroclimatic signals.
- Ixbalanqué
- Crop modeling and support for exploring agronomic scenarios.
- Experimental research
- Observations, controls and results to test each hypothesis.
From scenario to trial
A better hypothesis.
A trial to test it.
Simulation guides what to investigate. Observation and trials allow us to measure how crops respond.
01 / 04
The question begins with the crop.
Record conditions, management and observations; confirm the crop health issue to be studied.
Outcome of this stageA defined research question and context.
Each candidate follows a pathway of characterization, controlled trials, safety assessment and registration requirements before commercial transfer. Synthetic scenarios contribute hypotheses to that pathway.
One company · One shared core
Research expands
TLÁLOC's knowledge.
Biotech is part of the company's research activities. AgriOS, Agritutor AI and Talent are its three products focused on agricultural operations, learning and employability.
Scientific and agricultural collaboration
The next question
could come from your crop.
Let's discuss a specific research need, complementary scientific expertise or a possible collaboration to design trials with defined scope and responsibilities.
Producers and cooperativesAcademia and research centersAgricultural organizations