AgriBot – Autonomous Agricultural Vehicles

Description

AgriBot offers a comprehensive safety software solution designed to transform agricultural vehicles into autonomous machines. This solution enables vehicles to operate without the need for continuous human supervision, ensuring safety and compliance with established standards. AgriBot's software is configurable and uses off-the-shelf hardware, making it a practical choice for OEMs looking to achieve full autonomy in their machines.

The software is designed to meet functional safety requirements, integrating seamlessly with existing control systems. It leverages sensor fusion for obstacle detection, providing high-resolution spatial awareness to avoid collisions. This is crucial for maintaining operational reliability in complex agricultural environments such as vineyards, orchards, and open fields.

AgriBot's geofencing feature uses GNSS to keep vehicles within field boundaries, enhancing operational availability even in GNSS-degraded areas. Remote access capabilities allow users to monitor and manage operations via live video feeds, ensuring real-time visibility and control.

The system is compliant with ISO standards, including ISO 25119, ensuring that it meets global safety requirements. This compliance is vital for the successful deployment of autonomous agricultural vehicles, as it guarantees safety, reliability, and performance.

AgriBot's mission is to enable safe autonomy in agriculture, allowing the sector to scale automation sustainably. By reducing the need for human intervention, AgriBot improves machine uptime and field performance, making it a valuable tool for farmers and agricultural machinery manufacturers.

AgriBot's Core Features

• Certifiable safety software

• Obstacle detection

• Geofencing based on GNSS

• Remote access with live video

• Integration with existing control systems

• Compliance with ISO 25119

• Sensor fusion for high-resolution awareness

• Cybersecurity measures

How to use AgriBot?

1. 1

   Configure: Set up the safety software with your vehicle

2. 2

   Integrate: Seamlessly integrate with existing control systems

3. 3

   Monitor: Use remote access for live video monitoring

4. 4

   Optimize: Adjust settings for optimal performance

AgriBot's Use Cases

• Vineyard Automation
• Orchard Management
• Open Field Operations
• Remote Monitoring
• Safety Compliance

FAQ from AgriBot

• What is AgriBot's primary function?

  AgriBot provides safety software for autonomous agricultural vehicles, enabling them to operate without constant human supervision.

• How does AgriBot ensure safety?

  AgriBot uses sensor fusion for obstacle detection and geofencing to keep vehicles within field boundaries, ensuring safe operation.

• Is AgriBot compliant with safety standards?

  Yes, AgriBot is compliant with ISO 25119 and other relevant safety standards.

• Can AgriBot be integrated with existing systems?

  Yes, AgriBot is designed to integrate seamlessly with existing autonomous control systems.

• What environments can AgriBot operate in?

  AgriBot can operate in vineyards, orchards, and open fields, handling complex layouts and varying environments.

• Does AgriBot offer remote monitoring?

  Yes, AgriBot provides remote access with live video feeds for real-time monitoring and management.

• What is the role of geofencing in AgriBot?

  Geofencing ensures the vehicle remains within predefined field boundaries, enhancing operational safety.

• How does AgriBot handle cybersecurity?

  AgriBot incorporates cybersecurity measures to protect against evolving threats, ensuring safe and reliable operation.