64-bit Support - Virtual Spaces -no Root- - Gameguardian | Parallel Space 32-bit Support
If your apps are crashing or GameGuardian shows "Not Supported," try these fixes:
Symptom: "App not installed" error when adding a game.
Symptom: GameGuardian says "No root available" inside Parallel Space.
Symptom: Game detects cheating and bans you. If your apps are crashing or GameGuardian shows
The landscape of Android modding and game manipulation has traditionally been dominated by root access. However, tools like Parallel Space (and its derivatives like Parallel Space Lite, Multi Parallel, or Dual Space) have introduced a paradigm shift. By creating a virtual space (a sandboxed environment), these applications allow users to run cloned apps independently. For a tool like GameGuardian (GG)—a memory editor used to alter game values (coins, HP, speed)—this virtual environment offers a pathway to operate on non-rooted devices.
Many older versions of Parallel Space (and some "lite" virtual space apps) only support 32-bit libraries. If you install a modern 64-bit game (like Genshin Impact, PUBG, or Call of Duty Mobile) into a 32-bit virtual space, it will crash instantly.
In the ecosystem of mobile gaming and application management, few tools have generated as much utility and controversy as Parallel Space and GameGuardian. For users seeking to run multiple accounts of the same app or modify game memory, understanding the interplay between Android architecture (32-bit vs. 64-bit) and virtual space technology is essential. This essay explores how Parallel Space functions as a virtual environment, its support for different CPU architectures, the critical "no-root" requirement, and how these factors enable or restrict tools like GameGuardian. Symptom: Game detects cheating and bans you
Parallel Space is an Android application that creates a virtual environment, often referred to as a "sandbox" or "clone space." Using the Android Virtualization Framework (or similar cloning APIs), it allows users to run a second instance of an application independently from the original. For example, a user can run two WhatsApp or Facebook accounts simultaneously on one device without needing to log out and back in.
Technically, Parallel Space works by intercepting system calls and creating a separate data directory for the cloned app. It does not modify the original APK but rather tricks the system into believing the cloned app is a legitimate, separate installation. Because it operates as a standard app (requiring no system-level privileges), it functions entirely without root access. This is a key selling point for mainstream users but introduces limitations for power users.
The challenge is amplified because you are likely trying to do this without root. this is architecture-dependent:
If you are not rooted, you cannot force the system to load 32-bit libraries for a 64-bit game. You are at the mercy of the Virtual Space app's ability to emulate the environment. Parallel Space is notoriously aggressive with updates to stop cheating tools (to comply with game developer policies), meaning even if you find a method that works today, it might be patched next week.
For a non-root user, the working setup is:
Limitations encountered:
GameGuardian (GG) is a popular memory editing tool used to modify game values (e.g., currency, health, speed). Traditionally, GG requires root access to scan and modify the memory of other processes because Android's security model isolates app memory spaces.
How does "no root" work with Parallel Space? Parallel Space offers a "no root" mode for GameGuardian by exploiting a vulnerability in the virtual space environment. Because Parallel Space runs as the same Linux user (UID) as the cloned app within its sandbox, it can theoretically allow GG to attach to the cloned app’s process without system-level root. However, this is architecture-dependent:
