Avoid the hidden costs of re-inventing agri-robotics navigation
Safely scale up rapidly to new environments and operation domains
Cut costs of robot supervision
Advanced localisation algorithms (indoor and outdoor)
Agricultural-specific motion planning
Proven reliability in field conditions
Safety-first approach
Quick integration with existing platforms
Standardised interfaces
Efficient large-scale, on the fly, environment mapping
Remote support and monitoring
AI-enabled coordination
Reduced human oversight
Real-time performance monitoring
Scalable operations
JABAS emerged from pioneering research at the University of Lincoln's Centre for Autonomous Systems, backed by £4 million of direct industry and Innovate UK funding since 2017.
Our fundamental research in long-term autonomy for mobile robots, published in Nature and other leading Robotics Journals, and validated through successful field deployments, identified the crucial need for felxible, scalable, safe and reliable navigation modules in agriculture.
Working in collaborative projects with many leading agri-tech partners, we developed and refined our navigation solutions across diverse agricultural environments (vineyards, polytunnels, open fields) and operations (spraying, weeding, harvesting, logistics).
We invite innovative agri-robotics manufacturers to become part of our success story. Get in touch to learn how our proven navigation technology can accelerate your journey to market.
To get robotics work reliably and safely in the world’s field to deliver innovative farming solutions.
2025-12-09 JABAS Team
We're excited to launch our new News section where we'll share updates about agricultural robotics, navigation technology, and company milestones.
