The Password Game

Create a password that satisfies ALL the rules — they keep getting harder!

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0 / 0 rules

🎉 Password Accepted!

You satisfied all 10 rules. You're a password master!

About The Password Game

The Password Game was created by Neal Agarwal (neal.fun) and released in June 2023. It became a viral sensation almost immediately, racking up millions of plays within its first week as streamers and content creators shared their increasingly frustrated attempts to satisfy its absurd rules.

The original game starts with simple, familiar password requirements — "must be at least 5 characters," "must include a number" — before escalating into truly ridiculous demands: your password must include the current phase of the moon as an emoji, contain a valid chess move in algebraic notation, sum its Roman numerals to exactly 35, and include a country whose name contains a silent letter. Each new rule is revealed only after you satisfy all the previous ones, which makes satisfying rule 12 accidentally break rule 7 in a chain of comedic frustration.

Our version captures the same escalating puzzle format with 10 carefully designed rules that build on each other. It works entirely in your browser — no downloads, no blocked domains — and is perfect for a quick mental challenge during a school break.

How to Play Password Game

  • Type characters into the password input field to start — the first rule appears immediately
  • Each rule shows a green ✅ when satisfied and a red ❌ when not met
  • A new rule unlocks each time you satisfy the current final rule — keep going
  • Rules stack and conflict — fixing rule 8 may break rules 3 and 5 simultaneously
  • Always scroll back up to re-check all previous rules after every change you make
  • The progress bar shows how many total rules you've satisfied
  • There is exactly one password that satisfies every rule at the same time — keep experimenting until you find it

The 10 Rules — Overview

  • Rule 1: At least 5 characters long
  • Rule 2: Must contain a number (0–9)
  • Rule 3: Must contain an uppercase letter
  • Rule 4: Must contain a special character (!@#$%^&*)
  • Rule 5: Must contain the name of a month
  • Rule 6: Must contain a Roman numeral (I, V, X, L, C, D, M)
  • Rule 7: All digits must add up to at least 15
  • Rule 8: Must contain the word "school"
  • Rule 9: At least 20 characters long
  • Rule 10: Must contain a gaming emoji (🎮, ⭐, 🔥, 💡, or 🎯)

Strategy Tips

  • Plan your structure early — build the password left to right with sections for each rule type
  • Use "school" as your anchor — Rule 8 requires "school" in lowercase; place it in the middle
  • Digits summing to 15+ — use three 5s (555) or a 9 and a 7 (97) to hit the sum easily
  • Roman numeral warning — capital letters like M, C, L, D, I, V, X count as Roman numerals, so be careful with uppercase letters in other words
  • Add the emoji last — it won't break any previous rules and is easy to append at the end
  • A working solution: Try April555!schoolXX🎮 — satisfies all 10 rules

Why The Password Game Went Viral

The Password Game tapped into something universally relatable: the absurdity of real-world password requirements. Anyone who has ever been told their password "must not contain more than two consecutive identical characters" or "must be exactly 8–16 characters" while also including "at least two uppercase letters, one number, and one symbol from this specific list" knows the frustration Neal Agarwal was satirizing. The game's escalating difficulty structure — which game designers call a "difficulty ramp" — is similar to what makes Wordle and Connections compelling: each step forward is achievable enough to keep you trying, just barely, while the cumulative challenge grows exponentially. Large streamers including Markiplier, Jacksepticeye, and Ludwig played the game on-stream to millions of viewers, turning it into a cultural moment. The game also functions as a brilliant educational tool: it teaches constraint satisfaction thinking (the same logic used in Sudoku and logic puzzles) in a laugh-out-loud wrapper. Computer science teachers have used it to introduce students to the concept of satisfying multiple simultaneous requirements — a core challenge in programming and system design.