In this video, we are going to show you a Mixed Reality prototype for Space. We used unreal engine 5 to develop this prototype. This prototype is running on Meta Quest 3 / PC . We are controlling a robot with a virtual 3D ui control(lever) inside Quest 3.When a user pulls a lever with his/her real hands then app running on Quest 3 sends a signal to the Raspberry PI. PI sends the command to robot to perform some action.

In this showcase, we're introducing a unique way of contolling the robots. We're combining the Gaming World and the Robotics World. In the game, Player is on a spaceship. On the spaceship, player's first task is to search for the cockpit. In the cockpit, player needs to control the robot located on the earth. To control the robot, player needs to pull the lever in the game. There is also display panel which shows the live feed from the webcamera located on the earth. To establish the connection, game is sending the signals using TCP/IP over the network. Our Robot is controlled by the python script running on the Raspberry PI 4.

This Artificially Intelligent Robot Can Be Controlled with Apple ARKit and Unity!

In this video, we are going to show you a Mixed Reality prototype for Cars. We used Unreal Engine 5 to develop this prototype. This prototype is running on Meta Quest 3. First demo with red suv is a good use-case on how we can display cars in a showroom rather than placing a real car. This will save the space in a showroom. Second demo is on the interactive 3d tutorial for car mechanics. This will help them in learning the proper way to take out a car tyre.

🚀 Excited to showcase quick demos of our autonomous drone project, powered by Flightmare! 🚁 Flightmare enables us to simulate complex flight dynamics and environment interactions, making it an ideal tool for testing and refining autonomous algorithms before deploying them in the real world. In this demo, you’ll see the drone autonomously navigate obstacles with precision and agility — all simulated with real-world physics and responsiveness. 🔹 Why this is a game-changer: Autonomous Systems are challenging to develop, especially in dynamic environments. Flightmare allows us to safely experiment, test, and iterate, accelerating the path from prototype to reality. This is just the beginning of how virtual simulations can elevate autonomous technology. Excited to continue pushing the boundaries of what’s possible in the field of robotics and AI! In the last magical trick we used Meta Quest 3’s mixed reality capabilities. 🔹 The Magic: The mixed reality app integrates virtual and physical spaces, so users can interact naturally with the drone’s controls, offering a hands-on experience without any risks. 🔹 Why This Matters: This demo shows how MR can make complex technologies like autonomous drones accessible and interactive, paving the way for new training and simulation applications. Pushing boundaries with MR and robotics – the future of immersive tech is bright!