Pioneering breakthrough research in pest management, sustainable agriculture, and global health through cutting-edge biocomputational and AI technologies.
Three pillars of innovation transforming pest management and sustainable agriculture

Biocomputational Innovation
Leveraging biocomputational and machine learning technologies to identify innovative chemical compounds that serve as powerful insect repellents and attractants. Field-tested at commercial strawberry farms across the UK with exceptional effectiveness for Western Flower Thrips.

AI-Equipped Technology
Revolutionary combination of potent insect lures and AI-equipped traps enabling accurate automated pest monitoring. Currently evaluating efficacy for Western Flower Thrips and mosquito management in field conditions.

Sustainable Production
Novel biopesticide technology enabling cost-effective mass production of fungal biopesticides. Reduces production cost and time while exemplifying commitment to sustainable agriculture and responsible pest management.
Advanced techniques enabling growers to proactively address pest issues and protect crops.
Combining multiple methods for holistic, long-term sustainable pest management solutions.
Sustainable control methods limiting environmental impact while ensuring crop health and productivity.
Dedicated to safe, sustainable, healthy crops and improved public health worldwide.

Four pillars supporting agriculture, healthcare, academics, and sustainability
Combines multiple methods for holistic and sustainable pest control, addressing pesticide resistance challenges.
Optimizes crop growth through diverse soil treatments that address plant nutrient requirements and increase productivity.
Bio-based, eco-friendly pest control solutions reducing hazards from chemical pesticides and protecting groundwater.
Innovative insect control techniques helping farmers grow organic crops without insecticides.
Actively combating disease vectors to deliver intelligent healthcare sector solutions.
Minimizing impact of vector-borne diseases and reducing consumer exposure to harmful pesticides.
Eco-friendly approaches to disease vector control with minimal environmental footprint.
Tailored solutions for improving public health outcomes globally.
Supporting academic researchers with funding for university-led projects advancing innovation worldwide.
Collaborating with partners to develop and transfer cutting-edge techniques through formal agreements.
Comprehensive training ensuring effective use and application of novel innovations.
Conducting training sessions for farmers, community workers, and staff to enhance skills with modern techniques.
Holistic approach to crop protection essential for sustainable agricultural future.
Advanced monitoring techniques enabling growers to proactively address pest issues.
RD&I efforts focused on limiting environmental impact whilst ensuring crop health.
Committed to safe, sustainable crops and healthier communities worldwide.
Our research-driven approach is transforming sustainable agriculture and global health
Continuous innovation in crop protection and healthcare solutions
Rigorous testing ensuring real-world effectiveness and reliability
Partnerships advancing biotech breakthroughs with leading institutions
Whether you're an academic institution, agricultural enterprise, or healthcare partner, discover how we can collaborate to advance sustainable solutions.