Emirates Worldwide - Robotic Agriculture

What we do

Services We Offer

ROBOTIC
PLATFORMS

Agricultural platforms can be divided into domain- and task-specific robots designed to perform a specific task on a given crop in a pre-defined domain, and generic platforms designed to perform several tasks in different

SENSING AND
PERCEPTION

The integration of sensor systems within autonomous robotic systems offers the significant potential for new measurements that would otherwise be unobtainable.

PLANNING AND
COORDINATION

The true potential of robotics in agriculture will be harnessed when different types of robots and autonomous systems are brought together in a systemic approach.

MANIPULATION

Automated manipulation and grasping of food items presents a series of unique challenges compared to other sectors. These include significant natural size and shape variations between examples of the same product, heterogeneous positioning of products (e.g. during harvesting) and the fragile nature of food products.

HUMAN-ROBOT
INTERACTION

The challenges for interaction range from domainindependent aspects such as intuitive designs, immersive displays (e.g. Virtual and Augmented Reality) and tactile feedback, to very specific challenges stemming from the in-field conditions.

LEARNING AND
ADAPTATION

Artificial intelligence technologies, especially in machine learning, are expected to play a major role in most of the above technology areas, and will be essential enablers for agricultural robots. Agricultural environments are subject to changes throughout the lifetime of a robotic system.