Technology developed at TLÁLOC to connect territory, crops, climate and water. Shared infrastructure for experiences focused on the market.
It is an economic system exposed to production, climate, water and territorial conditions that affect its insurability and repayment capacity.
TLÁLOC organizes territorial, production, climate and water signals as comparable evidence. This helps risk teams understand the property in context and decide where further assessment is needed.
An integrated view of the system, beyond a single signal.
Exposure placed in context within the analyzed perimeter.
History, preventive alerts and comparisons over time.
Clear findings for committees, underwriting and risk teams.
A four-stage pathway that turns a location into a traceable institutional study.
The property is identified through coordinates or territorial geometry.
The production perimeter to be analyzed is defined.
The proprietary architecture processes territorial, production, climate and water conditions.
The institution receives an auditable study to support insurance or financing decisions.
TLÁLOC combines satellite observation and agroclimatic context with specialized models, trained and fine-tuned internally on open-source foundations.
Integrates satellite analysis, software and agricultural financial context to support territorial and production assessment of properties.
Specialized in crops, soil, water, water stress, pests and agroclimatic data. Supports the digital twin and TLÁLOC Biotech research.
Hunahpú and Ixbalanqué operate independently or together within the digital twin. TLÁLOC develops their specialization through internal training and specialized fine-tuning on open-source foundations, with proprietary data, analysis and software architecture.
Review of field development using satellite signals, agroclimatic context and available records.
Exploration of possible effects on harvests and profitability under assumptions about climate, drought and exposure to phenomena such as El Niño.
The digital twin connects field history with scenarios of up to 90 days. Each study documents data, assumptions and uncertainty. The experimental extension for agricultural inputs and pests is part of the Biotech initiative.
The same proprietary architecture organizes evidence around the decision each institution needs to support.
TLÁLOC supports risk understanding and event review without replacing actuarial judgment, required inspection or underwriting decisions.
TLÁLOC integrates production conditions, climate exposure and field history into dossiers to assess applications and prioritize agricultural portfolio monitoring.
The offering is defined by the territory, the purpose of the analysis and the needs of those who will use the results.
Territorial and production dossier to complement credit assessment and monitor agricultural portfolios.
Explore institutional applications ↗Exposure studies and comparisons over time for underwriting, monitoring and technical review of events.
Explore institutional applications ↗Information on crop development, water conditions and preventive alerts to guide management and explore more efficient use of water and inputs.
Documented evidence to support agricultural programs, projects and assessment of production conditions.
The initial remote assessment uses the georeferenced property and available data, without requiring sensors or drones. The scope defines deliverables, monitoring and field checks where appropriate.
Specialized layers are combined according to the property, activity and institutional decision to be supported.
Production conditions, water stress and preventive alerts up to seven days ahead. Specialization priority: coffee, corn and sugarcane, within a foundation covering seven crops.
Pasture conditions, signals linked to forage availability, water sources, drinking points and exposure to drought.
Factors associated with heat stress and water supply context, without inferring diagnoses for individual birds.
Surface water, water deficit and groundwater potential as inputs for identifying where to investigate further.
Shrimp farming, tilapia and other production systems: biological activity and the surrounding climate and water exposure.
Environmental conditions and territorial factors relevant to related production activities.
The output organizes evidence with context, provenance and traceability to reduce friction between technical and business teams.
Executive summary, production characterization, agroclimatic exposure, water conditions and findings prepared for institutional review.
Conceptual illustration · Does not represent actual property data
Studies organize sources, context and history over time. Monitoring format and frequency are agreed with each institution.
Initial assessment with defined scope and deliverables, integration according to the institution's workflow and monitoring by portfolio or study volume. Frequency, support and commercial terms are agreed for each project.
We are developing verifiable records of properties, fields, crops and input applications, linked to documents, timestamps and cryptographic anchors to support banking, insurance and production audits.
A record's integrity does not establish the truth of the original data. Traceability does not certify a product as organic, prove the absence of residues or replace field checks, laboratory testing or regulatory requirements.
The architecture has been exercised through coffee analyses over time in El Salvador, locations in seven countries and historical rainfall context.
Each study preserves context and provenance so an institution can review what supports a conclusion.
Documented technical exercise to observe development and comparisons over time.
Evaluation of the geographic and agroclimatic workflow at nine locations in seven countries.
History used for each location within that validation exercise.
International exchange and technical collaboration in progress.
Indicators from documented technical exercises, interpreted according to their sources, scope and production conditions.
Biotech research and the exploration of collaborative robotics are part of TLÁLOC's evolution. They connect with the same agricultural knowledge while retaining their own development goals and stages.
Explore Biotech →