Technologies related to the typology Robotics
Oz Weeding Robot
The Oz weeding robot helps during weeding and hoeing chores in order to increase profitability while respecting the environment. It is designed to improve working conditions and reduce daily workload. Oz is entirely autonomous but it is possible to guide it.
Autofarm
Autofarm was born with the objective of simplifying the monitoring and management of livestock farms, combining an easy-to-use and comprehensible system with the possibility of obtaining large amounts of data in real time from any point to be monitored.
FARMBOT
FARMBOT is a robot which can maintain a vegetable garden. It is delivered as a kit and must be built by the buyer. It is linked up to your smartphone or computer. It can plant seeds, water plants and control weeds. Students, farmers and researchers want to experiment this robot with local products and educate people about precision farming.
TELEMETRY APPLICATIONS
The use of telemetry applications is becoming increasingly important. The data sets varies from vehicle detection to theft protection - Capturing and analyzing a wide range of telemetry and vehicle information is the base for further data analysis. Compact, easy-to-install boxes accurately record the desired information in different application areas.
Robotic Milking System (RMS)
Main purpose of Robotic milking system (RMS) is milking of dairy cattle. It allows complete automation of a very complex milking process which consists of many demanding tasks.
Grafting robot
Robot that makes grafts in horticultural plants reducing time and costs of making this operation.
Robot for wineyard monitoring
Robot powered on solar cells that scouts autonomously vineyards, capturing data on grape yield, vegetative growth, water status and grape composition.
