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Boolean Logic Run - Developer Logic Puzzle Game

Think you understand AND, OR, NOT, and XOR gates? This fast-paced logic game will test your boolean skills under pressure. You're a bit (0 or 1) running through logic gates - flip yourself to ensure the final output is TRUE. Miss once and it's game over. Perfect for programmers learning digital logic, students studying computer science, or anyone who loves brain-training puzzles. Free, addictive, educational. It is built for quick sessions: clear rules, responsive controls, and smooth performance on desktop and mobile. Play a round, share your score, and jump back in without installs or accounts. Built for speed, clarity, and repeat use.

Score

0

Speed

1x

Your Bit

0

Logic Gate Challenge

Gate Types:

AND(0) = 0 | AND(1) = 1

OR(0) = 1 | OR(1) = 1

NOT(0) = 1 | NOT(1) = 0

XOR(0) = 1 | XOR(1) = 0

Press SPACEBAR to flip your bit (0 ⟷ 1)

Goal: Output must be TRUE (1) to survive

High Score:

0

How to Play Boolean Logic Run

  1. You are a bit - Start as 0 or 1 (shown on screen). Use the input panel and result panel to confirm output.
  2. Select and review: Gates appear ahead - AND, OR, NOT, XOR with another input
  3. Select and review: Flip yourself (spacebar) - Change your value to make output TRUE
  4. Select and review: Speed increases - Faster gates, less time to think, higher score. Use the input panel and result panel to confirm output.

Learning Boolean Logic Through Play

Gate behavior quick reference:AND - both inputs must be 1 for output 1. OR - at least one input 1 gives output 1. NOT - flips the input (1→0, 0→1). XOR - output 1 only if inputs are different. This game drills these truth tables into muscle memory.

Why this matters for developers: Boolean logic underlies all programming - conditional statements (if/else), bitwise operations, database queries (WHERE clauses), circuit design. Understanding gates deeply makes you better at debugging complex conditionals and writing efficient code.

Pro tip: For XOR gates, remember: 'same inputs = 0, different inputs = 1'. If you're 0 and the other input is 0, flip to 1. If you're 1 and other is 1, flip to 0. For AND gates with input 0, you must be 1 to fail (output 0) - so flip to 0. Practice mode coming soon!