Tiny10 Arm64 Guide

Since you can’t download a ready-made ISO, here’s the current best-practice method for creating a lightweight Windows on ARM system.

As of early 2026, specialized builds focus on maintaining a secure environment for legacy compatibility. Why Choose Tiny10 on ARM?

Tiny10 ARM64 is a custom, modified configuration of Microsoft Windows 10 built specifically for the 64-bit ARM architecture. Developed by independent modder NTDEV, the "Tiny" series aims to remove unnecessary system files, telemetry, and background services. tiny10 arm64

Tiny10 ARM64 is a highly specialized tool. It is not meant to replace Windows on your primary workstation. Instead, it serves as an excellent resource for hardware experimentation, single-board computing, and extending the lifespan of underpowered ARM devices. If you need a lightweight, privacy-focused Windows environment for an ARM-based project and understand the security trade-offs, Tiny10 ARM64 delivers unparalleled performance. If you need help setting up your device, tell me: What are you trying to install this on? What is your primary goal for the device? Do you need assistance finding the correct drivers ? I can provide tailored instructions for your exact setup. Share public link

: By removing background services and telemetry, it runs much faster on low-powered ARM hardware. x86 Emulation Support Since you can’t download a ready-made ISO, here’s

Users want the same lean experience. Stock Windows 11 on ARM64 is relatively efficient, but it still includes Teams Chat, Widgets, News interests, and background services that drain battery on portable ARM devices. A Tiny10 arm64 build could theoretically:

If you are on a Raspberry Pi, you might still need to install specific drivers for hardware acceleration or USB ports if they weren't included in the WoR injection step. Check the WoR project page for the latest driver packs. Tiny10 ARM64 is a custom, modified configuration of

Tiny10 ARM64 is a customized, unofficial modification of Windows 10 built specifically for 64-bit ARM processors. The core philosophy behind the project is radical debloating. The operating system removes telemetry, native core apps, system clutter, and non-essential services. The final product is an incredibly lightweight operating system image (ISO) that requires a fraction of the disk space and RAM of a standard Windows 10 installation.