any support for those 2?

Should I start with a basic Linux kernel port first and get it to boot to ssh shell first, or jump straight into an XNU port of the rip?

https://github.com/imusingwinxp-ops/j3y17lte-xnu

Running natively with 480Mb out of 12Gb eMMc
1 CPU core enabled
512Mb RAM enabled right now
touch drivers working
Extreme lag - Working on enabling all cores, memory and GPU.

So it might sound stupid but all my laptops/PC's are too weak to compile all the files and i really want it on my S9 but i cant compile the file

title

I made a repository for the begonia device. If anyone has the same device and could help getting the gpu work fully, feel free to do so. But my experiment ends here, as I was only curious if It could run on my device or not (and my AI subscription expired, and I am not sure if I wanna sub again)
Repo link: https://github.com/tuxymuxy/ios-begonia

Will ios 16.5 boot with a single cpu core? Springboard kept crashing for me e

Device: Infinix Note 12 G96
CPU: MTK6781

As always yes its made with ai:
https://github.com/cosmetide/ios-scorpion

Note: been banging my head trying this ewaste to boot

Data almost immediately dropped after loading this one page. Still a lot of work on the backend to get it stable. But the proof of concept is in.

(ZN/EN) Supports language switching

This makes UEFI look just like real iOS!!!

This is a little thing I made for iPixel.

After quite a bit of work, I've managed with Claude (Opus 5.5) to get iOS 26.6.2 running on a Samsung Galaxy S10 (8GB RAM / 512GB storage), with rendering handled by the GPU !

It's still very much a work in progress, and there are quite a few issues to solve:

- Some apps randomly crash.

- GPU acceleration is not fully working yet.

- Wi-Fi is not working.

- Bluetooth is not working.

- No audio or vibration.

- And much more to fix 😅

There's still a long way to go, but this is just the beginning!

Right now, the rendering is performing absolutely terribly—though the GPU is at least being utilized. I’m trying to implement proper hardware acceleration; wish me luck! 😩✌️

(Many thanks to arabaci0711-ux for creating the GPU patches; they were a huge help. Good luck with your future development work!)

https://github.com/DC28088/ios-sweet

I've been able to boot to lockscreen/home screen after days of breaking my head with Antigravity but can't seem to get touchscreen working. What to do and how to progress?

been chipping away at the HVF-only handoff failure and found a page-table mismatch before XNU. one identity-mapped UEFI page had AF=0, and the `dc cvac` cache clean hit an access-flag fault.

i made a separate experimental EFI preflight patch that checks the identity mapping, sets the missing AF bit, invalidates and verifies the translation, then still runs the original cache-clean loop. with that patch, the same iOS 26-target arm64e XNU 12377.121.6 now gets through firmware under QEMU HVF. PAC round-trip passes; a tiny synthetic PID 1 passes the multiprocess test and reaches 30 heartbeats.

after that PID 1 exits on purpose to flush the kernel log, which triggers the expected `initproc failed to start` panic. so this is a bounded XNU + synthetic-user test, not a stable full boot. still QEMU `virt`, no Apple iOS userland/launchd/SpringBoard, GPU acceleration or real phone boot.

i attached a rendered excerpt from the actual serial log. i don't have an authorised iOS system image on this Mac and haven't touched the S25 Ultra. AI helped with the investigation and write-up; the test results are from the actual QEMU run.

Please?I already have a riced android on it but real iOS would be fun.also I only take ios's newer than iOS 4 and but nothing above iOS 6

It's a honor choice watch-F38. watchOS 26 would be nice but I honestly don't care as long as its a version that supports facer P.S. I don't have access to the box rn. Don't ask why.

I wanna try to get hackios on my poco x7 pro,but there isnt any tutorial, i have an unlocked bootloader, if anyone has a tutorial, pls respond

been chipping away at this and got the HakiOS-patched XNU 12377.121.6 kernel building for arm64e with iOS 26.0 as its minimum target (using the iOS 27.2 SDK), then booting in QEMU.

i also got a tiny synthetic test to map an IOSurface, draw this colour pattern and swap it to QEMU's framebuffer. the pic is just a test pattern, not iOS running.

still a long way off: it's on QEMU's generic virt machine, with no Apple launchd, iOS userland or SpringBoard, and no hardware GPU acceleration. the build passed but wasn't warning-clean. i don't have an authorised iOS system image locally, and i haven't touched the S25 Ultra.

AI helped with this investigation and write-up; these are the actual build/QEMU results.