InferX Android

InferX

A focused logic puzzle studio for symbolic inference.

Features & Capabilities

InferX is a focused logic puzzle studio built for quick but thoughtful play sessions.

Reorder symbolic tokens, cycle operators, and tune each chain until the inferred result matches the target. Every puzzle gives you a clean set of rules, a visible target, and enough room to reason through the path rather than guess blindly.

Features:
- Probe deck puzzles with crafted token sequences and targets
- Sandbox puzzles that generate fresh inference chains from a new seed
- Tap-to-select token reordering for reverse-thinking play
- Tap-to-cycle operator slots to shape the final expression
- Clear feedback for matches, mismatches, and blocked moves
- Hint support and recent attempt history for self-correction
- Dark and light presentation styles for comfortable reading

InferX is designed to work offline as a self-contained experience. It does not require social accounts, location access, camera access, microphone access, or broad storage permissions.

If you enjoy compact puzzles, symbolic pattern recognition, and concise feedback loops, InferX gives you a calm place to test your reasoning.

User Growth & Download Statistics

Game
By:
Sultan 66
Downloads:
-
Version:
1.3.3 Last updated: 2026-06-30
Version code:
116
Creation date:
2026-06-30
Publisher country:
PK PK
Permissions:
  • com.android.vending.CHECK_LICENSE Safe
  • com.nrptinferx.logisys.DYNAMIC_RECEIVER_NOT_EXPORTED_PERMISSION
Size:
14.30MB
Email:
na*****@gmail.com
URLs:
Privacy policy
Full description:
See detailed description
Source:
Google Play Store
Data ingested on:
2026-07-11
Compare stats and ranking:

Ranking

Contact the developer

Chrome-Stats does not own this Android app. Please use these information below to contact the Android app developer.
Developed by:
Sultan 66
Google Play Store
https://play.google.com/store/apps/details?id=com.nrptinferx.logisys
Email:
na*****@gmail.com

Best InferX Alternatives

Here are some Android apps that are similar to InferX: