Transforming the way we explore the sky

Revolutionizing aerospace technology education and exploration through immersive experiences.

How it Works

Scan & Explore in XR

You can launch the app and select the component that you'd like to view in XR. Right not we offer only limited components but we intend to add more component as the application grows. After scanning a plane, the ARKit places a detailed, interactive 3D component in your real world environment using markerless AR.

What else can you do?

Right now the basic operations you can perform on the application are - annotate, explode, reassemble and talk to the 'Gemini Ai' to get any of your doubts cleared. When you tap or focus on a part & communicate with the Ai, you will get a concise technical explanation of that specific part - covering it's functions, materials it's made up of and operation. Right in your environment.

Real-Time Multilingual Translation

Using ML kit, our app instantly translates both spoken instructions & on-screen instructions and on-screen annotated labels into our preferred language, all on device and in real time. This promotes accessibility and a better understanding of the concepts from a user point of view.

Welcome to the party!

Well, in our application party doesn't actually mean a party but a collaborative learning & feedback loop which you can join in with your friends, classmates, instructors & supervisors. Together you can receive synchronized explanations & translations. While this feature is still under testing we are aiming to add a gamified version of assembling the components. Where you and your friends can together assemble a component or part under a given timeframe, just like a puzzle.

Scan & Explore in XR

What else can you do?

Real-Time Multilingual Translation

Welcome to the party!

Components We Offer

James Webb Telescope

Webb is the premier observatory of the next decade, serving thousands of astronomers worldwide. It studies every phase in the history of our Universe.

Starlink

Starlink is the world's first and largest satellite constellation using a low Earth orbit to deliver broadband internet capable of supporting streaming, online gaming, video calls and more.

Curiosity Rover

Part of NASA's Mars Science Laboratory mission, at the time of launch, Curiosity was the largest and most capable rover ever sent to Mars at that time.

Turbofan Engine

Turbojet engines are found in military fighter jet aircraft. These aircraft fly fast, are loud, and do not have much range.Turbofan engines are found in civilian commercial airline aircraft.

Analytics & Blogs

Every Analytics Has A Story...and so does every application. We used the Android GPU Inspector to analyze and test our application's performance. Data is everything, and we believe that understanding every curve, every metric will help us optimize the application and help us bring it to a larger audience.

Our Technical BlogsThese are some technical blogs written by our team talking about the analytics. We don't believe in gatekeeping our knowledge & experience, so we are in a continuous process of writing blogs related to the tech we work with — whether that's Unity game engine, Da Vinci Resolve for editing, or creating macro keyboards.

You can consider them as dev blogs, and these are available on Medium. We are eager to listen to your feedback as well.

The Crew at Warpower

The minds behind Aeroverse XR, Pixel Labs are just a group of friends trying to make a difference with their individual skills. Here's our crew who worked on this application:

Aryan Yadav

Software development expert and AI Engineer.

Chinmay Sawant

Game development & Aerospace enthusiast. Specialises in XR. Editor.

Om Awadhoot

Game Developer. XR Generalist. Backend Developer.

Diya Pagdhal

AR developer. Content Writer. Frontend Developer.

Our team has wide experience in augmented reality, virtual reality development and educational technology. Together we are hoping that we'll be able to create a platform which is empowering for students and enthusiasts.

Future Solutions, Fueled by Research

Along with developing our application, we are also working on our research paper exploring SLAM algorithms and spatial technology. The research is still underway but our core abstract is

Real Time Aerospace Simulation in Spatial Computing

Aryan Yadav and Chinmay Sawant

A gamified XR training system for aerospace applications, combining ORB-SLAM2 for user localization, Unity 3D for simulation, and AR Foundation for interactivity. Multi-user alignment is achieved using monocular RGB tracking and shared virtual reference points. A central server synchronizes user positions with avatar representations. Deep learning-based depth estimation ensures realistic occlusion handling, while ML/DL algorithms support real-time troubleshooting. GPU acceleration and Firebase networking enable efficient, immersive aerospace training.

Frequently Asked Questions

Find answers to common questions about Aeroverse XR and our VR platform.

Get in touch with us!

We believe that this application has a long way to go and one way to make this application better is to get feedback from actual users and people who have and are working in the field of aerospace. There are a lot of forums and subreddits related to various subfields of aerospace. We plan to share our app with a bug reporting form and a feature request form so that we can get valuable response from them.

Bug ReportFound a bug? Help us improve by reporting it here.Feature RequestSuggest a new feature or improvement for Aeroverse XR.