Cyber Lockpick

À propos de Cyber Lockpick

Cyber Lockpick is a cyber-themed logic puzzle game where you unlock digital locks by building a working signal route across a glowing circuit grid.Tap relay nodes to rotate their outgoing direction. Long press purple delay chips to change their delay value, then press Run Signal to watch the pulse travel through your planned route. The signal follows the exact direction of each node, so every rotation changes the path.Your objective is to guide the signal into the lock core while activating every marked glyph chip. A level fails if the signal hits a firewall block, leaves the board, gets trapped in a loop, misses a required glyph, runs out of time, exceeds the move limit, or reaches the core with the wrong delay.The game includes 10 offline lock layers. Later levels add longer routes, more required chips, stricter delay targets, decoy branches, and tighter move planning. Completing a lock unlocks the next layer, while better runs earn higher scores and up to three stars.Features:• Rotate cyber nodes to control the signal path.• Tune delay chips to match each lock core target.• Run a visible signal simulation after planning your route.• Solve 10 level-based cyber lock puzzles with increasing challenge.• Avoid loops, firewall blocks, empty sockets, missed glyphs, and delay mismatches.• Earn score and star ratings based on time left, moves used, and delay accuracy.• Unlock new lock layers through local offline progression.• Replay completed levels to improve your best result.• Play offline without account signup.Plan the circuit carefully, test the signal, and crack each digital lock one layer at a time.

• ↗Cyber Lockpick is a cyber-themed logic puzzle game where you unlock digital locks by building a working signal route across a glowing circuit grid.Tap relay nodes to rotate their outgoing direction. Long press purple delay chips to change their delay value, then press Run Signal to watch the pulse travel through your planned route. The signal follows the exact direction of each node, so every rotation changes the path.Your objective is to guide the signal into the lock core while activ