VR puzzle game for Oculus Quest where players guide a ball through procedurally generated 3D mazes inside a rotating cube. Built in Unity with Meta XR SDK, featuring traps, keys, multiplayer challenges, and an optional passthrough mode.
CubeMaze is a VR puzzle game developed for Oculus Quest (1, 2, and 3).
The player must guide a ball through a maze hidden inside a rotating cube, avoiding traps and collecting keys to unlock passages.
The game combines procedural generation with immersive VR mechanics, while also offering a Passthrough (AR-like) mode, where players can see their real surroundings while playing. This makes CubeMaze both an engaging VR experience and a lightweight introduction to mixed reality.
- Procedural maze generation using depth-first search (DFS) algorithm, ensuring unique solvable puzzles.
- VR interaction mechanics – tilt and rotate the cube using Oculus Quest controllers.
- Interactive obstacles:
- Locked doors and collectible keys.
- Retractable spike traps.
- Multiplayer mode – competitive runs with a shared ranking system.
- Progression system – save and review best times and replay past puzzles.
- Immersive environments – themed VR scenes such as a tropical island or lunar station.
- Passthrough mode – play with your real surroundings visible, blending VR gameplay with AR-like visibility.
- Audiovisual feedback – background music, sound effects for collisions, traps, and keys, and controller haptics tied to gameplay events.
- Unity Engine (C#) – core development and scripting.
- Meta XR All-in-One SDK (Core, Interaction, Haptics, Audio, Voice, Platform).
- Meta Building Blocks for Passthrough, controller tracking, hand tracking, ray interaction, and VR hands/keyboard.
- Meta XR Simulator for testing without a headset.
- Procedural generation of 3D mazes with algorithmic placement of interactive elements.
- Development for VR platforms (Oculus Quest) including passthrough integration and haptic feedback.
- Design of multiplayer ranking systems and local leaderboards.
- Building immersive UI systems directly inside the 3D game world.
- Scene design & optimization for VR/AR environments.
- End-to-end XR development workflow, from prototyping to real-device testing.
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