About
PATS (Pest Autonomous Technology Systems) is a cutting-edge, AI-driven pest monitoring and control platform built for professional greenhouse growers. The system combines advanced camera units (PATS-C), an AI analytics layer, and bat-sized autonomous drones (PATS-X) to create a fully automated pest management workflow — from early detection to physical elimination. The PATS-C cameras continuously scan the airspace above crops each night, counting and classifying flying insects by analyzing their size, speed, and unique flight signatures. Proprietary AI models handle differentiation automatically, enabling growers to detect pest pressure early and track population trends over time. A companion product, Trap-Eye™, further expands population monitoring capabilities. When pests are identified, the PATS-X drones are dispatched autonomously. Guided by the camera system, they intercept insects mid-flight and eliminate them on contact with their propellers — no pesticides, no manual intervention. Drones return to a charging dock after each flight. All data is aggregated in a central dashboard, providing daily reports on pest activity, population development, and successful drone interceptions. This real-time intelligence allows growers to predict larval outbreaks, time biological treatments optimally, and reduce overall chemical usage. PATS serves greenhouse producers across multiple crop varieties and countries, and is designed to support the transition from reactive spraying to fully biological, data-driven pest control. It is ideal for large-scale commercial greenhouse operations seeking precision agriculture solutions.
Key Features
- AI-Powered Insect Detection: PATS-C cameras continuously monitor greenhouse airspace, using AI to count and classify flying insects by size, speed, and flight pattern — enabling early detection of pest pressure.
- Autonomous Drone Elimination: PATS-X micro-drones are automatically guided to intercept and kill identified pests mid-flight via propeller contact, with no pesticides and no human intervention required.
- Real-Time Pest Monitoring Dashboard: Growers access daily reports on pest activity trends, population development, and drone interception success through a centralized analytics dashboard.
- Trap-Eye™ Population Monitoring: An additional sensor product that tracks flying insect populations to complement camera-based detection and provide broader coverage across the greenhouse.
- IPM Integration & Larval Outbreak Prediction: By tracking adult moth flight peaks, PATS predicts when larvae will hatch, helping growers time biological treatments for maximum effectiveness and minimal chemical use.
Use Cases
- Commercial greenhouse growers monitoring moth and flying insect populations to predict and prevent larval outbreaks before they damage crops.
- Horticulture operations transitioning from chemical pesticides to biological or pesticide-free IPM strategies using real-time pest data.
- Large-scale greenhouse producers seeking to automate pest surveillance and elimination to reduce labor costs and improve response times.
- Crop protection agronomists using pest activity trend data to optimize the timing of biological control agent applications.
- Greenhouse managers tracking pest pressure across multiple sections of a facility using a centralized dashboard for data-driven decision making.
Pros
- Pesticide-Free Pest Elimination: The drone-based approach physically eliminates pests without chemicals, supporting organic and biological farming strategies and reducing environmental impact.
- Early Detection & Proactive Control: Continuous nightly monitoring detects pest activity before infestations escalate, enabling timely responses that protect crop yield and quality.
- Fully Automated Workflow: From detection to elimination, the system operates autonomously — drones self-deploy, intercept pests, and return to charge without requiring grower intervention.
- Data-Driven Decision Making: The dashboard and flight reports give growers actionable insights into pest trends, improving IPM planning and resource allocation over time.
Cons
- Enterprise-Focused Pricing: PATS is designed for large-scale commercial greenhouses and likely requires a significant investment, making it less accessible for small or hobby growers.
- Limited to Flying Insect Pests: The system targets adult flying insects only and does not address crawling pests, soil-borne threats, or plant diseases.
- Drone Control Currently in Development: The PATS-X autonomous elimination drone is listed as 'Coming Soon,' meaning full end-to-end automated elimination may not yet be widely available.
Frequently Asked Questions
How does PATS detect flying insect pests in a greenhouse?
PATS-C cameras continuously scan the airspace above crops each night, capturing insect flight data. AI models then analyze size, speed, and flight patterns to count and classify insects, enabling early detection of pest pressure.
How do the PATS drones eliminate pests?
PATS-X autonomous drones are guided by the camera system into the flight path of identified pests. The drone's propellers kill the insect on contact. After each interception, the drone automatically returns to its charging dock.
Is PATS safe to use in a greenhouse with crops and workers?
Yes. The drones are small enough to fit in the palm of your hand, operate autonomously during low-traffic periods (typically at night), and use no pesticides or chemicals, making them safe for crops and personnel.
How does PATS help with biological pest control?
By monitoring adult flying insect activity and identifying flight peaks, PATS predicts when larvae are likely to hatch. Growers can then apply biological treatments at precisely the right moment, improving effectiveness and reducing waste.
What crops and greenhouse types is PATS suitable for?
PATS is designed for professional commercial greenhouse operations and supports multiple crop varieties. It is particularly effective for crops susceptible to moth and flying insect pests. Contact PATS directly for specifics on crop compatibility.
