Robots can be applied to any research topic, including healthcare, assisted living, automation, hospitality, Human Robot Interaction (HRI), security, emergency services… the possibilities are endless! Technology is constantly being improved upon, but robots withstand the test of time. Since we are always looking for new solutions, robots can be applied to old or new research topics.
Whereas humans can get decompression sickness, cannot reach certain heights safely, or enter toxic, contaminated environments, robots do not have these limitations. Define the parameters (or the vastness!) of your research with real data gathered by robots.
RobotLAB understands the needs of researchers and are constantly working to expand our solutions to better assist your needs. The AgileX unmanned ground vehicles (UGV), like the Bunker Pro, provides researchers with a strong platform than can be manipulated to create a solution for a variety of challenging environments. We’ve even got Blueye underwater robots for open-source ocean explorations!
Make your project uniquely yours through a custom program and apply it to reality. From open-source programming robotic platforms like mechanical arms or robotic dogs, to robots with more structured programming, we'll help you find a robot with a programming style that fits your needs.
Program the robots and see your creation in real life. Get answers to your questions and self-analyze in real time when you run your program. You can even see theoretical designs in action with 3D simulated models.
Do more with extra simulation tools, integrate chatbots, create new skills, and anything you can think of! RobotLAB understands your need for a unique, custom, and turnkey solution – that’s why we are platform agnostic.
Not only can we provide you with an open-source Robot Operating System compatible platform, but the tools to go with it! ROS is a set of software libraries and tools that help you build robot applications. You can build upon previously written code, enhance your own, and share your work with other academics; the code doesn't even have to be the same language! From drivers to state-of-the-art algorithms, and powerful developer tools, ROS has what you need for your next robotics project.
You can even add your own variables and enhancements to robots. What if you could "teleport" yourself to a different place? With ROS, you could combine AI and AR/VR processes with a humanoid bipedal robot, and do just that! ROS opens more opportunities for robots and humans to work in tandem, simply by taking data from the robot's sensors and converting it to an action to prove a hypothesis.
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Walker X is the latest version of our groundbreaking bipedal humanoid robot. Walker X has significant improvements in physical performance, autonomous intelligence, and human to robot interactions. Equipped with both hardware and artificial intelligence upgrades combined with the updated ability to adapt to complex environments, Walker X is more advanced than ever.
AgileX Robotics also provides customized autonomous robot solutions comprising of robot R&D kits, mobile manipulators, Cobots, Autopilot Kits and more, to enable industrial and education use cases to easily and quickly develop and deploy their AI robot project in all industries fields.
Bring AI to life with Misty, the autonomous roaming robot your students can program to move around and interact with humans. Misty open-source platform and open hardware is designed to delight robotics enthusiasts and institutions while providing access to a high-tech tool.
Furhat is a social robot that communicates with us humans as we do with each other - by speaking, listening, showing emotions and maintaining eye contact. This advanced research platform is used for Artificial Intelligence (AI), Human Robot Interaction (HRI), Cognition and Healthcare