Baltic Square © 2026
Precision HPTLC + AI Insights
Precision Farming Powered by AI & Advanced Chromatography
+18%
Yield Increase
-27%
Pesticide Usage
40%
Faster Detection
We combine Artificial Intelligence and High-Performance Thin-Layer Chromatography (HPTLC) to deliver data-driven decisions for next-generation agriculture.
Fully compliant with international safety regulations in agricultural production and food safety analysis standards.
AI-Driven Agricultural Intelligence
SYSTEMS
Predictive Modeling
Machine learning models for yield optimization and climate risk forecasting.
Pattern Recognition
Biochemical pattern recognition algorithms for metabolic profiling.
Computer Vision
High-resolution early plant disease detection and stress monitoring.
Diagnostic Analytics
Advanced predictive analytics for integrated agriculture risk management.
ANALYSIS
Soil Composition
Metabolite Profiles
Phytopathological Signatures
Pesticide Residues
Nutrient Imbalances
Analytical Platform
Science-Driven Diagnostics
Our High-Performance Thin-Layer Chromatography (HPTLC) platform enables ultra-precise biochemical profiling of plant metabolites, soil biomarkers, and pesticide residues.
TLC & HPTLC
AI Pattern Recognition
Biochemical Profiling
We integrate Thin-Layer Chromatography and HPTLC for high-resolution separation and quantification of ultra-trace biochemical markers and contaminants.
By combining chromatography with AI-powered pattern recognition, we detect early phytopathological signatures long before visible crop damage occurs.
Comprehensive analysis of soil composition, plant metabolite profiles, and pesticide residues to ensure export compliance and safety regulations.
Bridging the Diagnostic Gap
The Challenge
Systemic Agricultural Decline
✕
Declining crop yields linked to environmental volatility and soil fatigue.
✕
Widespread overuse of agrochemicals leading to chemical saturation and runoff.
✕
Critical lack of early-stage diagnostics before visible crop damage occurs.
✕
Increasing operational costs driven by reactive instead of proactive management.
The Solution
AI + HPTLC Intelligence
✓
Early Diagnosis: Detection of plant stress signatures before visible signs emerge.
✓
Resource Optimization: Precision fertilizer dosing based on biochemical profiling.
✓
Chemical Reduction: Targeted intervention strategies to minimize agrochemical loads.
✓
Global Compliance: Streamlined quality control and export standard alignment.
How It
Works
01
Field Sampling
Specialized protocols for gathering soil and plant tissue samples with GPS-tagged precision for biochemical baseline analysis.
02
HPTLC Profiling
Ultra-precise chemical profiling in our clinical laboratory to identify plant metabolites, pesticide residues, and early stress markers.
03
AI Data Modeling
Processing raw chemical data through algorithm-powered recognition to detect pathology signatures before visible plant damage.
04
Predictive Insights
Visualizing early stress signals and yield forecasts through a cloud-based dashboard for data-driven precision farming decisions.
05
Actionable Prescriptions
Receiving data-driven recommendations for fertilization and targeted protection to minimize chemical load and environmental impact.
Global Responsibility
Advancing Sustainable Agriculture
We reduce chemical dependency through precise biochemical diagnostics, enabling more sustainable and environmentally responsible farming practices globally. By identifying pathological signatures at a molecular level, we minimize intervention while maximizing crop integrity.
-27%
Minimal
+18%
Pesticide Usage
Soil Degradation
Yield Increase
Target
Clients
We serve the keystones of the agricultural ecosystem, from industrial holdings to biotechnology pioneers.
Agricultural Holdings
Specialized diagnostics and yield optimization for industrial-scale cereal and oilseed production.
Seed Producers
Validation of genetic potential and rigorous health protocols for high-value seed cultivars.
Agro-Biotech R&D
Analytical intelligence partners for plant metabolite profiling and early-stage stress signal detection.
Organic Farms
Maintaining soil integrity and zero-residue certification through advanced biochemical profiling.
Export Producers
Bridging compliance gaps to meet stringent EU and global safety regulations for export markets.