In an unexpected technical feat, a modder has managed to run iOS on a Redmi Note 12, an Android phone, using the help of Claude, an AI assistant. This achievement, dubbed "Hackios," has sparked discussions across social media and modding communities, as it represents a reversal of previous efforts that focused on running Android on iPhones. The project leverages an open-source GitHub repository called ios-sweet and replaces the Linux kernel with Apple's XNU kernel, marking a significant milestone in cross-platform experimentation.
What Is Hackios and How Does It Work?
Hackios is a project inspired by the Hackintosh scene, where macOS is run on non-Apple PCs. Similarly, Hackios aims to run iOS on Android devices. The core of the method involves substituting the Linux kernel that Android typically uses with XNU, the kernel Apple uses in its devices. This is a complex process that requires deep knowledge of both operating systems and hardware compatibility.
The modder behind the Redmi Note 12 feat used Claude, an AI model developed by Anthropic, to assist with code generation and troubleshooting. While the exact details of Claude's involvement are not fully disclosed, it's clear that AI played a crucial role in overcoming technical hurdles. The project builds on the open-source ios-sweet repository, which provides a foundation for running iOS on non-Apple hardware.

The Technical Challenges
Running iOS on Android hardware is fraught with challenges. iOS is designed exclusively for Apple's hardware, and the XNU kernel expects specific drivers and firmware. The modder had to adapt the kernel to work with the Redmi Note 12's components, which required extensive patching and customization. The use of AI likely accelerated this process by suggesting code changes and identifying potential issues.
Despite the success, the resulting system is not a fully functional iOS experience. It's more of a proof of concept, with limited functionality and stability issues. However, it demonstrates the potential of AI-assisted modding and opens the door for further experimentation.
Why This Matters for the Modding Community
This achievement is significant for several reasons. First, it shows that with the help of AI, modders can tackle projects that were previously considered impossible. The barrier to entry for complex modifications is lowered, enabling more people to contribute and innovate.
Second, it highlights the evolving role of AI in software development. Claude's assistance in code generation and problem-solving suggests that AI can be a valuable tool for developers working on unconventional projects. This could lead to more AI-assisted mods and hacks in the future.
Third, it challenges the notion that iOS is strictly confined to Apple hardware. While this isn't a practical solution for everyday use, it pushes the boundaries of what's possible and encourages further exploration. Context on how this played out before sits in Redmi Note 12 Runs iOS Thanks to Claude: A Modding Milestone.
Comparison with Previous Attempts
Previous efforts have focused on the opposite: running Android on iPhones. Projects like iDroid in 2010 and Project Sandcastle in 2020 successfully booted Android on early iPhones. However, running iOS on Android had not been achieved until now. The table below summarizes key differences. The background to this story is set out in Aldi's Budget Bluetooth Trackers: iOS & Android Compatible Pack. A related thread runs through Technology: latest articles.
| Project | Year | Goal | Result |
|---|---|---|---|
| iDroid | 2010 | Android on iPhone | Successful boot |
| Project Sandcastle | 2020 | Android 10 on iPhone | Limited functionality |
| Hackios (Redmi Note 12) | 2025 | iOS on Android | Proof of concept |
Key Takeaways
- AI-assisted modding can enable previously impossible projects, as shown by Claude's role in Hackios.
- Kernel replacement is at the heart of running iOS on Android, using XNU instead of Linux.
- Open-source collaboration via repositories like ios-sweet provides a foundation for such experiments.
- Proof of concept status means it's not yet practical for daily use but opens avenues for future development.
- Community impact could lead to more AI-driven mods and cross-platform explorations.
What to Watch Next
The Hackios project is still in its early stages. The modder and community are likely to refine the method, improve stability, and perhaps enable more features. Keep an eye on the ios-sweet repository for updates and new contributions. Earlier coverage in Why Smartphones Are Getting Wider After a Decade of Narrow Screens shows how the argument developed. A closer look at the same subject appears in Samsung Galaxy Z Flip8: Lighter, Slimmer Compact Foldable.
Additionally, this success may inspire others to attempt similar feats with different devices. As AI tools become more accessible, we might see a surge in AI-assisted modding projects across various platforms. Anyone following the wider picture can start with Samsung Galaxy Fold8 Passport Format: Why Now and What It Means. The same theme surfaces in 21 Best Mobile Multiplayer Games to Play With Friends, which takes a different angle.
FAQ
What is Hackios?
Hackios is a project that aims to run iOS on Android devices by replacing the Linux kernel with Apple's XNU kernel. It is inspired by the Hackintosh community and uses open-source tools like ios-sweet.
How did Claude help in running iOS on the Redmi Note 12?
Claude, an AI assistant, assisted with code generation and troubleshooting, helping the modder overcome technical challenges in adapting the XNU kernel to the Redmi Note 12's hardware.
Is this a fully functional iOS experience?
No, it is a proof of concept with limited functionality and stability. It demonstrates the possibility but is not yet suitable for daily use.
What are the previous attempts at cross-platform mobile OS?
Previous projects focused on running Android on iPhones, such as iDroid and Project Sandcastle. Hackios reverses this by running iOS on Android.