- Cateye model, It's only a hand palm holding sized.
Built with rugged, weatherproof hardware, CATEYE is designed for the challenging environments of plantations and storage facilities. It scales easily across large agricultural operations, offering a cost-effective and sustainable solution that minimizes wasted labour and reduces dependency on harmful chemical interventions.
For investors, CATEYE is a compelling opportunity in the rapidly growing field of smart agriculture and biosecurity. By tackling a critical challenge with innovation and sustainability, it opens doors to vast global markets while delivering measurable cost savings and productivity gains to clients. It is not just a product, but a platform for agricultural transformation that promises strong returns and long-term relevance.
For investors, CATEYE is a compelling opportunity in the rapidly growing field of smart agriculture and biosecurity. By tackling a critical challenge with innovation and sustainability, it opens doors to vast global markets while delivering measurable cost savings and productivity gains to clients. It is not just a product, but a platform for agricultural transformation that promises strong returns and long-term relevance.
Transforming Agriculture with Predictive Biosecurity
Rodents are one of agriculture’s most destructive pests, responsible for billions in crop losses every year. In large-scale plantations such as palm oil, rice, cocoa, and rubber, conventional rodent control is often inefficient, labour-heavy, and reactive. CATEYE offers a breakthrough solution by combining IoT sensors, infrared detection, and cloud analytics into a powerful monitoring system that tracks rodent movement 24/7 and provides plantation managers with real-time, actionable insights.
Unlike traditional methods that rely on guesswork, CATEYE delivers data-driven precision. Its smart sensors detect rodent pathways, breeding areas, and hotspots, enabling plantations to place baits and traps with maximum effectiveness. The system generates heatmaps, sends mobile alerts, and even forecasts potential risks using predictive analytics. This not only prevents damage to crops and irrigation systems but also improves long-term productivity and yield.