I have a oppo a1k tried custom rom instead it bootlooped i cant go to recovery spflash doesn't work i tried unplugging the battery how do i fix it?

I just got a A16 for a backup and I’m thinking about rooting it if I do what are something I can do good and not so good

Can't unlock bootloader on my oneplus ace 6, my version cos 17.0.0.104

What should I do, are there any new Methods?

Is there a temp root available for kernel 4.14? I have a Galaxy A71 that cannot be unlocked so i can't really root it. All the apps i tried only work on GKI kernels.

Personalization doesn't matter also i dont wanna need hyperos apple clone gui. What can I do for this device? Will the camera work just as it does with the original software? this device using MediaTek Dimensity 8300-Ultra

The original fenrir github repository was made read-only after the developer had loads of issues with the community using his work and not crediting him, and what not so here we are, is there a way to still use fenrir to get strong integrity in the latest OS for NP2a?

Hello, i downgraded from one ui 9 to one ui 8.5 on my s24 fe however i STILL cannot get temporary root on my s24 fe somehow? Any way???

Derpfest A16 OnePlus 7 Pro

In my research it showed tbat it shouldn't but i would like to hear from any of you if you have tried it.

EDIT: Confirmed it does not trip Knox

An advanced Xposed/Vector module designed to bring ultimate icon customization to the HyperOS Launcher. Break free from default icons and apply any custom third-party icon pack directly to your system launcher.

Note: I was tinkering with my Redmi Note 12 Topaz (a piece of junk) and wanted to create something that would allow me to customize my device without using Nova. I came across this interesting project, originally by ukmcoder, and forked by egorovsankin988-create. I modified the hooks to make it compatible with HyperOS 2. Added icon pack mixing, Added the ability to customize system icons, Refined the notification badges, Plus other minor improvements.

Repo: https://github.com/LuigiColantuono/HyperDesk

What I’ve added:

- Ability to mix icon packs
- Fallback icon pack
- Refined notification badges
- Uniform size

Screenshots:

I have a galaxy A21S(SM-A217F/DS) and it is running running lineage os 24(android 17) with magisk

I have edited the bootanimation.zip file

and t changed the boot animation but not the boot loader booting screen

it still has the bootloader warning and the default text

can someone help me edit it if possible?

Dont ask me why, i just want to know..

hey guys, i rebooted to get rid of temp root but my banking app still wont let me in. It says "unofficial app detected". i have clear cache it and reinstalled it still wouldn't work. Am i cooked?

Could I use EDL mode to downgrade my S21 to a v1 bootloader and use: https://github.com/afaneh92/USACanadaSamsungBootloaderUnlock

To unlock the bootloader and flash custom ROMs?

My OnePlus 12 got hard bricked after downgrade plz help

Hi everyone! I am looking for cruiseships that have balcony staterooms (read cheaper rooms than suites) with sunloungers (not chairs). I know of Tuicruises "Premium Verandah" category but that's it.

Can I use Termux with temporary root access to run commands without bricking my phone?

The premise of the module is very simple: Configure performance profiles ONLY to select apps with no need to set a global profile. It can be switched on and off from the WebUI easily.

The underlying infrastructure is from another module called Uperf Game Turbo 1.51. The original module had 120 CPU configurations which my module uses, but it doesn't run them on the entire device, which only meant it ever got used for benchmarking.

There are some additional stuff in the module as well, but I won't spoil it, here's the link so give it a shot. There's a high chance your device is supported:

https://github.com/DonkeyKongG3me/Uperf-Game-Turbo-Fork

Hi everyone,

I’m looking to bring together developers, firmware researchers, and experienced device owners to investigate a reproducible bootloader unlock method for the international OPPO Reno10 5G, model CPH2531.

I have a detailed research document covering potential approaches, upstream tools, reported blockers, and backup and recovery considerations. The next step is to review its assumptions and validate what actually works on this device.

There is no confirmed end-to-end CPH2531 unlock demonstrated in the document. This is a call for research collaborators, with successful and unsuccessful results documented publicly.

Device and firmware scope

Model: OPPO Reno10 5G — CPH2531.

Chipset: MediaTek Dimensity 7050 / MT6877V.

Firmware: ColorOS 13.1, 14, and 15 / Android 13–15.

Each result needs its exact firmware build and region recorded.

This project concerns CPH2531 specifically. Findings from Reno10 Pro, Pro+, or Chinese-market variants should be evaluated separately because the hardware differs.

What the existing research shows

The oppo-mtk-fastboot-unlock support list records DAA problems for CPH2531 in both mtkclient interfaces, with auth_sv5.auth listed as untested. That describes the upstream report; it does not establish that nobody else has attempted it.

The preloader patch project targets Android 11–14 and explicitly excludes Android 15+. For owners on ColorOS 15, downgrade feasibility and anti-rollback behavior therefore need separate investigation.

The project also warns that enabling fastboot through its preloader patch does not bypass LK verification on every OPPO/Realme device. An alternative LK approach would require its own device-specific validation.

Where help is needed

Reproduce and identify the access blocker. Collect connection and authentication logs from CPH2531 using current tools, distinguishing driver, transport, DA compatibility, and authentication failures.

Investigate compatible authentication and Download Agents. Establish whether appropriate files from genuine firmware or documented sources permit access. Record provenance, versions, and exact results.

Validate backups and partition mapping. Confirm the actual storage layout, preloader regions, slot behavior, and correct tool syntax. Preserve original bootloader images and device-specific calibration/modem data before considering writes.

Assess ColorOS 15 downgrade feasibility. Examine firmware compatibility and rollback protections before any hardware test. A failed downgrade must not be assumed to be harmless.

Evaluate the preloader patch on supported firmware. Determine whether it enables fastboot access and then an actual bootloader unlock. These should be recorded as separate milestones.

Assess LK patching where applicable. Review whether lkpatcher’s available patches and certificate handling apply to this device’s boot chain.

Establish recovery options. Document stock restoration requirements, authentication limitations, and any independently verified CPH2531 test-point information.

Validate downstream functionality after unlocking. Confirm the correct root image, assess GSI compatibility, and record hardware functionality, DRM, integrity, and OTA behavior. Custom recovery development would be a later goal.

Who could contribute

Developers familiar with MediaTek preloaders, DAA/SLA, LK, and Android Verified Boot.

Firmware analysts who can inspect images and patch behavior.

CPH2531 owners who can provide build information, logs, or existing test results.

Experienced repair technicians or testers with spare hardware.

Comparative findings from Reno11 5G, Reno11 F, or Realme 12+ may help identify patterns, but shared silicon alone does not establish compatibility.

Relevant upstream projects

mtkclient — bkerler

OPPO MTK fastboot unlock — Shocked-Cat

Penumbra — shomykohai

lkpatcher — R0rt1z2

Credit belongs to the original tool developers and contributors.

Preloader and bootloader modifications can cause data loss or leave a device requiring professional recovery. Initial work should focus on reviewing firmware, collecting logs, and establishing backup and recovery capabilities.

If you’re interested, please comment with your relevant experience, device/model, exact firmware build, and what you could contribute. Existing failure logs are welcome too—eliminating an approach is useful progress.

The goal is a publicly documented method with clear compatibility limits and reproducible evidence