Players slide colourful Lego bricks across a chunky puzzle board — two bricks of the same colour meet, click together with a satisfying snap, and pop off the board. Clear every brick before moves run out to solve boards that keep bending the rules on colour, shape, and physics.
Players drag any brick along its row or column; when two same-colour bricks meet edge-to-edge, they click together, flash, and vanish with a signature Lego pop.
Levels end only when every brick is paired off. Bricks left behind stall the level and force a rethink of the earlier order of moves.
Six base colours plus rare studded bricks that must be matched with an exact-shape twin, adding a shape constraint on top of colour.
Some bricks are locked behind other bricks, cracked baseplates or one-move ice blocks — forcing players to plan the pop order.
Each level has a move limit; using fewer moves earns two or three stars, rewarding elegant single-line solutions.
Matches that trigger further matches on the same slide (a domino of pops) build a chain multiplier and add bonus coins.
Level packs like city street, workshop, space station and jungle each introduce new brick shapes and background rules while preserving the core slide-and-pop feel.
Baseplate skins, brick colour packs, and celebratory pop effects unlock as milestones are hit, giving light collection meta.
Bricks that must feel physically clicky, chain reactions where one slide can pop half the board, and hundreds of levels each with a unique layout — all needing to run instantly on tap-latency-sensitive hardware.
Bricks are grid-anchored with a lightweight tween per slide rather than full physics, so input latency stays under a frame. Match detection runs on a grid-scan pass triggered only on brick settlement, keeping cost predictable regardless of chain depth. Level layouts load as JSON grids and validate at build time to catch impossible boards before shipping.
Slides feel snappy, pops chain cleanly through complex layouts, and the level pipeline lets designers iterate hundreds of boards without introducing rare unsolvable states.
From first spark to store-ready launch — bring your idea, we'll bring the engineering.