KaiLab (Formerly Kai's Clan)
Find below software for your KaiLab robots
Kai’s Education designs intuitive KaiLab apps that bring robotics to life in the classroom. Our platform helps students develop core programming and computer science skills through hands-on, interactive learning. Compatible with Kais Education robots, our software is tailored for elementary, middle, and high school students, making it a versatile tool for STEM education.
By integrating real-world coding challenges and project-based learning, we prepare students for the future of technology. Whether used in introductory courses or advanced computer science classes, our apps provide a scalable, engaging learning experience that keeps students motivated.
Kai's Eye Robot Tracker
Kai’s Eye Robot Tracker is an innovative app that is central to using KaiLab robots. The app pairs all the robots, tracks the position of the robots on the mat, and communicates all this to the Kai’s cloud app.
Kai's Virtual Viewer
Kai’s Virtual Viewer is a separate app that allows for real-time monitoring of classroom activities, positioning of robots, and a sandbox to add effects to their robot avatars. You can interact with the 3D environment and Augmented Reality (AR). It facilitates a collaborative environment where everyone’s contributions can be viewed and shared.
There are several versions:
- Kai’s Virtual Viewer – built in browser view of app.kaisclan.ai (PC or MAC only)
- Kai’s Virtual Viewer for iPad or Android – Supports Augmented Reality
KaiLab App
https://app.kaisclan.com is the browser based portal for teachers & students to log in, code (Blockly & Python) their robots, add sensors, add 3d objects from Minecraft or Tinkercad and also code the included virtual viewer.
Kai's Virtual Viewer for the Meta Quest
Kai’s Virtual Viewer for the Meta Quest Virtual Reality (VR) headsets for version 1, 2 & 3 allows for viewing the virtual mat as well as on the Quest 3 headset allows for amazing mixed reality pass-through of the real-world blended together with the KaiLab robots in real-time.
