Cube Rings

Executive Summary

Love cube puzzles? Here is a different twist: a cube unrolled into nine rings. Swipe a colored dot along a ring to turn a layer, watch the cube respond, and work your way back to six solved faces.

Tim Howley's Cube Rings brings the familiar urge for one more solve to a new view of the puzzle. Start with two turns, build up to a twenty-turn scramble, and race your own best time.

Choose Classic for Tim's original cube, or Pyramid for a new tetrahedral variation developed by Renaissance Solutions with Codex assistance. Pyramid Rings has four triangular faces, four labeled corner rings, and color-and-symbol stickers. Each turn rotates a corner layer by 120 degrees with its tip attached.

Shapeshifter turns the challenge into a shape puzzle. Eight unequal blocks move through six quarter-turn rings. Restore a cube-shaped outline in any orientation. Block numbers stay with their pieces, and the ring rectangles show their proportions.

Orbit surrounds a sphere with three intersecting loops. Advance eight stars at a time and use shared junctions to transfer stars between loops. Match every filled circle, diamond and triangle to its fixed hollow target to restore the constellations.

Tower is a 2 × 2 × 3 cuboid with two kinds of turn. Three horizontal layers turn 90°; four side layers turn 180°. The shape stays rectangular after each move. Restore a single color and symbol on each of its six faces.

Pocket is a 2 × 2 × 2 cube made of eight corners, without center or edge pieces. Six face rings make 90° turns. Restore one color and symbol on each face; any whole-cube orientation counts.

Crystal is a dodecahedron with twelve pentagonal faces, twenty corners and thirty edges. Each face turns 72°, carrying its corners and edges together. Match every face to its fixed center color and letter.

Hexadeca is Tim Howley’s sixteen-face puzzle: 4,096 triangular tiles and 160 rings around ten corners. Choose one corner and one ring, or turn the whole cap from that corner through the selected ring. Restore a single color on each face. Its engine, appearance and eight-step tutorial follow Tim’s separate Hexadeca submission.

Before You Play

Choose Tutorial first. It walks you through the connection between the rings and the cube, with guided turns to try for yourself.

Pyramid has its own tutorial: learn the matching A–D corner labels, try a turn and its inverse, then solve a two-turn scramble. Some pieces appear on more than one ring; those dots are different views of the same piece. Highlighting shows which layer a ring moves. Restore a single color and symbol on each of the four faces to finish.

For Classic and the six shared-controller variations, Timed Mode offers Easy (2 turns), Medium (4), Hard (7), or Expert (20). These are scramble lengths, not promises about the fewest moves needed to solve. The clock starts with your first turn. Complete Classic's six faces, Pyramid's four faces, Shapeshifter's cube shape, Orbit's eighteen constellation targets, the six faces of Tower or Pocket, or Crystal’s twelve faces to finish. Play again gives you another scramble at the same difficulty.

Hexadeca has its own eight-step Tutorial, Free Play, and timed scrambles of 2, 4, 8 or 16 turns. Free Play includes Scramble, Solve and Reset. Solve retraces the current move history; it is not a general solver. The timer starts on your first turn, and Hexadeca keeps its own best times.

The puzzle picker shows a small drawing of each shape. Hover or focus a choice to read its description; use its information button on touch screens. Choose the shape or its name to play. Escape dismisses a description.

Controls and Accessibility

• Drag a dot along a ring with a mouse, or swipe it with a finger, to turn a layer. Follow the glowing ring in the tutorial.
• Drag the cube view to look around it. The cube and rings show the same puzzle.
• Use the on-screen Undo control, Backspace, or Ctrl/Cmd+Z to undo. Escape returns toward the menu; leaving a timed attempt requires confirmation.
• The sound button toggles generated sound. Audio starts after you interact with the game.
• Best times, difficulty, sound preference, and tutorial completion are saved in this browser. No account or cross-device sync is needed or provided.
• The surrounding Game Room pages have keyboard-accessible navigation. Classic solving is a visual, color-based activity using pointer gestures; Classic has no keyboard-only or screen-reader equivalent for turning rings.
• The Theme control changes the Game Room frame. Tim's puzzle retains its original colors and appearance.

In Pyramid, drag around a ring or use its clockwise/counterclockwise buttons. These buttons also work with keyboard focus and Enter/Space. Drag the pyramid to look around it; Reset view restores the camera. Undo, Restart, and Menu are provided. Ctrl/Cmd+Z undoes a turn. Active timed attempts ask before leaving or restarting. Pyramid's difficulty, tutorial completion and best times are stored separately from Classic. Pattern symbols supplement colors; a complete screen-reader solving experience has not been verified.

Shapeshifter uses those same controls with six named layers: Front, Back, Right, Left, Up and Down. Each turn moves four blocks; all quarter-turns are legal. The number inside a ring rectangle identifies its block. Rectangle width and height show its face proportions, and the small number below gives its depth. A small cube reference shows the target. Its tutorial introduces a turn and reversal before a short solve. Shapeshifter's saved results are separate from the other variants. Shape inspection remains visual; a complete screen-reader solving experience has not been verified.

Orbit uses three loops: A (Equator), B (Meridian) and C (Crossing). A turn moves eight stars one position, or 45 degrees. Six junctions connect the loops; a shared star appears in both ring views. Small letters mark those junctions. Filled shapes are stars and hollow shapes are fixed targets. Faint globe markers and dashed paths show the far side; drag to inspect it. The same tutorial, turn buttons, Undo, Restart and camera controls apply, with independent saved results. The three ring views make all targets visible. Color and shapes work together; a complete screen-reader solving experience has not been verified.

Tower uses U (Top), M (Middle), D (Bottom), F (Front), B (Back), R (Right) and L (Left). Each ring labels its legal angle. Either direction on a side ring makes a half-turn; two half-turns restore that layer. Purple edges identify the selected layer. Tutorial, timed play, keyboard turn buttons, Undo, Restart and camera controls follow the other variants, with independent saved results. Match colors and symbols; full nonvisual solving has not been verified.

Pocket uses U (Top), D (Bottom), F (Front), B (Back), R (Right) and L (Left). Each move carries four corners through a quarter-turn. Its tutorial introduces a turn, its reverse and a two-turn solve on adjacent faces. Ring swipes, keyboard turn buttons, Undo, Restart and camera controls follow the other variants. Pocket keeps its own saved results. Symbols supplement colors; full nonvisual solving has not been verified.

Crystal uses rings A–L. Each ring carries twenty-five colored, lettered markers and advances one fifth of a circle (72°). Its pentagonal center identifies the fixed target face. Five turns restore a face; neighboring faces share pieces. Drag the crystal to inspect hidden faces. The tutorial, keyboard turn buttons, Undo, Restart and separate saved results follow the other variants. On phones, the crystal stays visible while you scroll its twelve rings; short screens use normal page scrolling. Full nonvisual solving has not been verified.

Hexadeca’s arrow buttons choose a corner or ring and turn it in either direction. Left/Right turn the selected ring, Up/Down change its depth, brackets choose a corner, and C switches between Ring and Cap. Ctrl/Cmd+Z or Backspace undoes a turn. Drag a tile on the solid to select and turn one of its three rings; drag the surrounding space to look around. Scroll or pinch to zoom and double-tap the surrounding space to restore the view. Leaving an active timed attempt asks for confirmation. Desktop play is the primary experience; phone play is exploratory. The dense, color-based puzzle does not have a verified nonvisual solving equivalent.

How We Made This with Generative AI

Tim describes the original game as a “one prompt wonder.” That is the maker's account; it has not been independently verified. The exact prompt and model are not on record, and we have not invented a substitute prompt.

Tim built Cube Rings for Renaissance Solutions. Codex assisted with the Game Room frame, navigation, documentation, packaging, and integration checks. The puzzle's appearance, mechanics, controls, and feel remain Tim's design.

Pyramid Rings, Shapeshifter Rings, Orbit Rings, Tower Rings, Pocket Rings and Crystal Rings are later Renaissance Solutions variations developed with Codex assistance. They are outside Tim's original submission and the maker's “one prompt” account. The Classic menu adds navigation between the puzzles; Classic's game logic and existing saved results are retained.

Hexadeca Rings is another Tim Howley submission, received separately on September 30, 2026. Codex assisted with its collection navigation, loading and recovery, keyboard dialog focus, packaging, documentation and verification. The original HTML is retained unchanged. The “one prompt” account above applies to the original Cube Rings submission; no prompt or model claim has been supplied for Hexadeca.

The Gory Details

Nine rings represent turns of the cube's layers. Each turn updates both the ring display and the cube view. The game includes a guided tutorial, four scramble lengths, timed attempts, undo, a completion screen, and saved personal bests.

The game draws its graphics in the browser and generates its sound with Web Audio. It needs no live AI service or external game library. The original source is preserved in the private owner repository. The integrated player changes the “All games” destination so it returns to the Game Room catalog.