Play a 3D parkour platformer with obstacle courses and block-based environments. Run and jump through levels to climb and win. Collect coins and race to the top in various game modes.
Solve puzzles to uncover clues at a crime scene. Analyze evidence to determine the cause of death. Navigate through a mysterious location to progress. Unlock story elements and explore the Rusty Lake universe through interactive gameplay.
Solve puzzles by analyzing 3D shapes from front, side, and top views. Rotate and manipulate objects to match projections. Track progress and complete levels with increasing difficulty.
Cannons to upgrade and strategically position them to defend against waves of cubes and bosses. Unlock new cannons, to enhance abilities, and tactically arrange defenses to survive increasing challenges.
Defend a cube world by defeating enemy waves. Use weapons to destroy enemy stacks. Upgrade skills to enhance abilities. Complete objectives to remove evil hexes from the world.
Play a -3 puzzle by tapping to align colored blocks. Make larger matches for power-ups that cause explosions. Clear levels by removing all pieces. Unlock characters and progress through challenging puzzles.
Enter 3x3 states via manual input or camera. Receive step-by-step solving instructions. Check configurations and get solution paths. Track progress through each solving step. Sync with external devices for advanced features.
Match cubes of the same color to clear levels and earn coins. Use boosters for explosions. Solve puzzles by removing all elements from the board. Play offline with challenging levels and cartoon-themed visuals.
Play a cube surfing game with hundreds of levels. Challenge other players in competitive modes. Customize cube appearance and collect power-ups. Unlock new levels and skins through progression. Share scores and compete on global leaderboards.
Solve Rubik's cubes with real-time guidance. Auto-detect cubes via camera and follow on-screen arrows for step-by-step solutions. Rotate the freely and receive instant feedback during the solving process.