Deductive Reasoning
Use logic to eliminate possibilities. Each hint provides valuable information — if you interpret it correctly. The more you eliminate, the closer you get to the solution.
CRACKPOINT Crack the code. Break the system.
A number puzzle roguelike where logic meets tension. Deduce hidden codes using scored hints classified by rarity. Every hint costs resources. Every deduction brings you closer to the truth.
Coming Soon
What is CRACKPOINT?
Deductive Puzzle Mechanics
Each puzzle presents a hidden code. You draw hints from a pool, each classified by rarity based on elimination power. Use logic to narrow possibilities. Choose your hints wisely.
Roguelike Progression
The full game features facility exploration, terminal hacking, and narrative discovery. Unlock abilities, find anomalies, uncover the truth behind Facility 7.
Play Now
Try the free Prologue for endless puzzle challenges, or jump into Quick Play for instant solving. The full game is coming soon.
Core Mechanics
Hint Rarity System
Hints are classified by rarity: Common, Uncommon, Rare, Epic, and Legendary. Rarer hints eliminate more possibilities but cost more to acquire.
Power-Up Degenerates
Anagrams, near-solutions, and repeated digits become power-ups. Use Boost, Surge, and Oracle abilities strategically to crack the toughest codes.
Endless Puzzles
Prologue offers infinite generated puzzles at escalating difficulty. Practice your skills and climb the leaderboard.
Facility Exploration
The full game takes you deep into Facility 7. Explore rooms, hack terminals, and uncover the mystery behind the crackpoint experiments.
Roguelike Progression
Each run builds mastery. Learn hint patterns, develop strategies, and push further into the facility. Death teaches you the next time.
Hint Rarity Tiers
Each hint is classified by rarity based on its elimination power. Rarer hints eliminate more possibilities but are harder to obtain.
Common Basic elimination hints
Uncommon Narrowed constraints
Rare Positional information
Epic Multi-digit reveals
Legendary Near-complete solutions