The 32-bit to 64-bit transition in Android has forced many legacy tools to evolve or die. VirtualXposed, unfortunately, belongs to the latter category—not due to any inherent flaw in its design, but because the Android ecosystem marches forward, and 64-bit support is no longer a luxury but a baseline requirement. As of 2025, the answer to "Does VirtualXposed support 64-bit?" remains a definitive "no" for official releases, with community patches offering only partial, unstable solutions. For enthusiasts and developers alike, the torch has passed to newer projects that embrace the 64-bit future from the ground up.
| Feature | ARM32 (32-bit) | ARM64 (64-bit) | |---------|----------------|----------------| | Register count | 16 registers (r0-r15) | 31 registers (x0-x30) | | Instruction size | 4 bytes (Thumb/ARM) | 4 bytes (A64) | | Memory addressing | 32-bit (4GB limit) | 64-bit (16 exabytes) | | PC-relative addressing | Limited | Native support | | Trampoline hooking | Simple branch replacement | Requires veneer stubs | virtualxposed 64-bit
The VirtualXposed project appears abandoned (no commits since 2019). The original developer, "weishu," has moved on to other projects like and LSPosed . For the Android modding community, the lesson is clear: 64-bit support is not optional —any framework failing to implement it will fade into irrelevance. Conclusion VirtualXposed remains a brilliant proof-of-concept for root-free Xposed functionality, but its lack of robust 64-bit support severely limits its utility on modern devices. While experimental forks have attempted to bridge the gap, none achieved production stability. Users requiring 64-bit app hooking should migrate to LSPatch or consider root-based solutions like the original Xposed (for older Android versions) or LSPosed (for Android 8.1 to 14). The 32-bit to 64-bit transition in Android has