The following is an answer from Copilot about removing AI in future.

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How to “Cleansed†Apps or Utilities of AI Components

If you want to load an app or utility without AI “filth†— and keep it that way after updates — you need to identify AI components, disable or remove them, and repeat the process after each update. This is because AI features are often baked into system frameworks, app bundles, or update packages, so they can reappear automatically

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1. Identify AI Components

On Windows 11, common AI bloatware includes:

  • Microsoft Copilot (taskbar, search, sidebar)
  • Windows Recall / Click to Do (screen snapshots)
  • AI in native apps (Paint Cocreator, Photos Generative Erase, Notepad Rewrite)
  • Telemetry services that send data to train models
  • discover.oreateai.com

On Android, examples include:

  • Google AICore (Gemini Nano models, smart replies, scam detection)
  • Android Headlines
  • Chrome’s weights.bin (on‑device AI model)
  • XDA Developers

2. Remove or Disable AI Features

Windows 11

  • Settings method: Go to Settings → Apps → Installed apps and uninstall Copilot or other AI apps
  • discover.oreateai.com
  • .
  • Winslop tool: Open‑source utility that strips preinstalled AI features (Copilot, Recall, Click to Do) and background services
  • Pureinfotech
  • .
  • Advanced: Use Group Policy or registry edits to block AI features; LTSC Windows editions avoid many of these
  • TechPowerUp
  • .

Android

  • AICore: Disable in Settings → Apps → Google → AICore → Force Stop and turn off “On‑device AI†in Google services; this removes large AI model files
  • Android Headlines
  • .
  • Chrome: Disable “On‑device AI†in Settings → System to remove weights.bin (~4 GB)
  • XDA Developers
  • .

3. Repeat After Each Update

Because AI components are often re‑installed or re‑enabled during feature updates (Windows) or model rollouts (Android), you must:

  1. Check after every update for new AI features or re‑enabled toggles.
  2. Re‑run debloating tools (Winslop, manual uninstall) or re‑disable settings.
  3. Block update sources that push AI features (e.g., use LTSC Windows, disable Google Play updates for AI‑heavy apps, or use sideloaded APKs without AI modules).

4. Best Practices

  • Backup before changes — some AI components are tied to system stability
  • Pureinfotech
  • .
  • Use lightweight OS builds (LTSC Windows, minimal Android ROMs) to reduce AI exposure
  • TechPowerUp
  • .
  • Automate checks with scripts or scheduled tasks to re‑verify AI features after updates.
  • Consider offline or AI‑free alternatives for apps that rely on AI (e.g., offline text editors, non‑AI image tools).

In short: You can’t always “delete†AI code from the OS core, but you can disable, uninstall, and re‑verify after each update to keep your apps and utilities free of AI components

discover.oreateai.com

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Thurrott