Remotely Control A Robotic Arm To Execute Your Commands In Real Time Using Internet Of Things Technology.
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Here are some of the things you can explore in our remote Robotics Lab either with your class or on your own, from the comfort of your home!
Access and control sophisticated hardware in real-time without needing to purchase or build anthing yourself!
Polish and challenge your coding skill by observing the six-degrees-of-freedom robotic arm executing your commands.
Learn about machine learning through implementing your algorithm to physical hardware that is used in many industies.
Learn IoT by playing around with our platform that also rely on IoT to allow realtime control on our lab.
Access our open-source lab design to learn about hardware development by actively engaging with the final product.
Explore the concepts of Artificial Intelligence practically to perform complex tasks on a complex device.
Laboratories have become an unreachable luxury while it is, in fact, a necessity. So, we made labs available for everyone! Therefore;
Hands-on Labs are within your reach as soon as you follow a couple of easy steps. Register now to get the keys to your institution’s lab!
Register using your institution email address
Book an available time slot through the calendar available on your dashboard
Develop the code that you wish to run on the robotic arm hardware.
Upload your code and observe it being executed on the robotic arm hardware in real-time.
In this tutorial, you will learn how to write python scripts to control the robotic arm hardware
In this tutorial, you will understand how to control the robotic arm using various methods through our platform
In this tutorial, you will learn about the robotic arm hardware and how it works
In this tutorial, you will learn more about the robot design process and how you can create yours!
In this tutorial, you will learn about Kinematics basics and how you can use these basics to calculate the end-effector position of the robot
In this tutorial, you will learn about dynamics basics and how you can use these basics to calculate robot velocity and acceleration