Leadership and Vision

Bridging soil fertility science with artificial intelligence.

Prelyct AgriTech is led by a unique cross-disciplinary team of soil agronomists, software architects, and AI research engineers dedicated to solving agricultural productivity in West Africa.

Co-founder and AI Research Lead at Prelyct AgriTech

Co-founder & AI Lead

Prelyct AgriTech

Co-Founder & AI Research Lead

Leading the artificial intelligence, machine learning, and platform engineering initiatives at Prelyct AgriTech. Spearheading the design of computer vision pest detection models, soil moisture telemetry algorithms, and offline synchronization protocols for field environments in West Africa.

With extensive experience building mission-critical software systems (including the high-concurrency Prelyct Votes platform serving over 12,000 verified users), he ensures that Prelyct AgriTech products combine state-of-the-art AI algorithms with bulletproof software engineering.

Core Areas of Focus

Computer Vision for Crop Pest Detection
Micro-Climate Sensor Telemetry Analytics
Offline-First Mobile Synchronization
Agronomic Data Pipeline Architecture
Agronomic Science & Soil Fertility

Founder & Chief Agronomist

Holding a Master of Science degree in Soil Fertility from a leading agricultural university in Russia, our Founder bridges global soil science with the unique ecological realities of West African agriculture.

He directs the agronomic science framework behind Prelyct AgriTech, ensuring that every AI recommendation, soil amendment calendar, and yield prediction model is grounded in verified soil chemistry and field research rather than generic approximations.

Agronomic Credentials

MSc Soil Fertility (Russia)
Tropical Agronomy Specialist
Soil Chemistry & Nutrient Calibration
Field Extension & Farmer Advisory

Soil Fertility Foundation

Grounding Artificial Intelligence in Soil Chemistry

"AI is only as good as the domain science fed into it. By training our neural networks on real soil fertility parameters, we help farmers achieve sustainable yield growth."

Founder & Chief Agronomist

Our Engineering & Research Philosophy

We believe that technology for African agriculture must be resilient, science-backed, and practical for field conditions. We build software that works offline, models that understand local soil types, and tools that empower non-technical field staff to deliver maximum impact.