About the challenge
Develop an AI-model that can use a device's camera to scan a wall and its surface elements (like outlets, switches, windows, and doors) in real-time, forming an accurate 3D model. Furthermore, when multiple adjacent walls are scanned, the AI should automatically recognize their spatial relationship to form a complete room or enclosure model. The tool should provide users with options for textures and materials, allowing for experimentation and visualization.
Requirements
What to Build
A functional prototype of a real-time, AI-powered wall and room scanner.
· The tool must use a smartphone or tablet camera to scan vertical surfaces and identify them as "walls."
· It must detect and classify key elements on the wall, such as power outlets, light switches, windows, and doors, and place them accurately in the model.
· When multiple walls in a connected space are scanned, the AI must automatically stitch them together to form a coherent 3D room model, inferring corners and enclosure.
· There should be a library of textures and materials (e.g., paint, wallpaper, brick) that users can apply to the scanned walls to visualize different finishes.
· The scanning and model generation must happen in real-time with a clear visual feedback loop for the user.
· The tool should be delivered in a usable link format (web app / hosted demo) or a downloadable prototype APK/IPA.
What to Submit
The following files need to be emailed to yusuf@stickanddot.com
A working prototype link to the deployed prototype (or a download link for a mobile app) where judges can test the tool.
A short demo video (optional but highly recommended) showcasing the real-time scanning, element detection, and room formation process.
Code files in Zip format.
Prizes
Winner
The winner will be offered a position to own the project as Development Head for its further advancement.
Devpost Achievements
Submitting to this hackathon could earn you:
Judges
Yusuf Usmani
Stick and Dot
Arsh
SPA Bhopal
Ashwini Joshi
Warner Bros
Judging Criteria
-
Ease of use
How easy is it to use? -
Complexity
How much of complex geometries and structures, the extension will be able to generate? -
Scalability
How scalable code files and the outcome from them is? Will it be able to accommodate more features?
Questions? Email the hackathon manager
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