LoopSift is a logic puzzle game that challenges your pattern recognition skills. Each round presents a ring of geometric symbols moving in a slow, hypnotic rotation. Hidden within the sequence is a logical rule that determines how the symbols relate to each other. Your task is to find the one symbol that breaks the rule.

The game features an infinite variety of puzzles generated from over 25 distinct rule types, including color alternation, shape cycling, size progression, and rotation patterns. Rules range from simple two-color alternations to complex multi-property patterns that require tracking several logical threads simultaneously.

As you play, the difficulty gradually increases. Early games use straightforward rules with obvious anomalies, helping you learn the core mechanic. After enough games, more complex rules unlock, anomaly deviations become subtler, and the ring grows larger. Veteran players face combined rules where two patterns overlap, and must complete seven rounds instead of five to win each game.

Each successful anomaly identification triggers a satisfying visual confirmation. A mistake reveals the hidden rule with a clear visual explanation, turning every failure into a learning opportunity. This design keeps frustration low and motivation high.

A comprehensive rule collection tracks every pattern you discover, with 25 rules to unlock. Your best streak is recorded as a personal record to beat.

The visual style uses a dark minimal aesthetic with soft gradient colors and smooth animations. Symbols include circles, diamonds, triangles, squares, hexagons, and stars in eight distinct colors. The breathing ring animation creates a calm, meditative atmosphere perfect for focused thinking.

No internet connection is required. No personal data is collected. All game progress is stored locally on your device.

Whether you have two minutes during a commute or want to settle into a longer logic session, LoopSift offers a clean, thoughtful puzzle experience that rewards careful observation and deductive reasoning.