Antobot.ai: Revolutionizing Sustainable Horticulture with AI-Powered Robotics

Antobot.ai is a cutting-edge platform by Antobot Ltd. that delivers intelligent, affordable, and sustainable robotics solutions for modern horticulture, enabling precision farming through autonomous crop scouting, logistics automation, and UV-based disease prevention. Designed for real-world farming conditions, its AI-driven systems—like the Insight crop scouting robot and the Assist autonomous logistics robot—leverage patented uRCU® technology, deep learning vision (AntoVision™), and autonomous navigation (AntoMove™) to optimize yield, reduce labor demands, and enhance crop health. The platform offers full farm digitization with a digital twin, live data streaming via a grower-facing web portal and mobile app, and seamless integration with existing agricultural infrastructure. With a focus on strawberry, grape, and apple farming, Antobot.ai provides an all-inclusive service model with no upfront capital costs, making it ideal for forward-thinking growers and agricultural innovators.

Key Features:

• Insight Crop Scouting Robot: AI-powered autonomous robot for real-time monitoring of yield, ripeness, and crop health using deep learning and semantic segmentation.
• Assist Autonomous Logistics Robot: Lightweight, solar-powered robot for transporting fruit trays, designed for all-terrain operation and easy transport.
• uRCU® Robot Control Unit: Patented embedded AI and control system with dual computing, 21 TOPS NVIDIA AI chip, and 6-core real-time controller.
• AntoMove™ Software Stack: Autonomous driving system for precise, adaptive navigation across complex farm environments.
• AntoVision™ Software Stack: Advanced computer vision using deep learning for optical tracking, depth sensing, and sizing algorithms tailored to fruits and vegetables.
• Digital Twin Farm Infrastructure: Real-time visualization and data analysis of crop status using sensor data from multiple sources.
• All-Inclusive Service Model: No capital investment or maintenance costs—users pay for results, not hardware.
• Modular & Sustainable Robot Platforms: Exchangeable components, ultra-lightweight design, pressure washable, and built with sustainable materials.
• Automatic Track Width Adjustment: Patented feature enabling robots to adapt to varying crop row spacing (supported by Innovate UK).
• Solar-Powered Operation: Energy-efficient robots that can operate sustainably on farms.
• High-Resolution Vineyard Mapping (VISTA Project): Supports precision planning, infrastructure optimization, and future automation in vineyards.
• UV-C Treatment Robot: Automated solution for preventing powdery mildew in strawberries, grapes, and apples, covering up to 4 hectares per robot.
• Robust Communication & Integration: Compatible with 4G/5G, WiFi, Bluetooth, CAN, UART, and USB; supports Linux, ROS, and ROS2.
• Over-the-Air Updates: Ensures continuous software improvements and system reliability.
• Grower-Facing Web Portal & Mobile App: Real-time controls, live streaming, alerts, and data visualization for crop management.
• Data Ownership & Privacy: Users retain full ownership of collected data, which Antobot uses ethically to enhance its AI models.

Pricing: Antobot.ai operates on a subscription-based model, offering an all-inclusive service with no capital investment or maintenance costs. Pricing details are available upon request via demo or partnership inquiries.

Conclusion: Antobot.ai stands at the forefront of agricultural innovation, combining powerful AI, sustainable robotics, and smart digital infrastructure to empower growers with intelligent, scalable, and eco-friendly solutions for next-generation horticulture.