I’ve been in the iOS hacking scene for quite some time now, and I’ve seen the iOS hacking / jailbreak community move from tweak injector to tweak injector, being it from Cydia Substrate (remember that?) to Substitute, then libhooker, ellekit, and whatever else is there these days.

NOTE: This article IS NOT AI generated, it was written completely by me, GeoSn0w, and no AI LLM was involved :-), you are reading a purely human-written article.

Of course there’s also a plethora of tools like Dobby, FishHook (by none other than Facebook, for some reason), and so much more, all designed to intercept and redirect / patch functions inside Mach-O binaries, like iOS Apps.

If there is something most of these have in common is that universally at some point they will mess with the __la_symbol_ptr section, or __DATA.__la_symbol_ptr as it is known on iOS.

What are GOT and __la_symbol_ptr on iOS?

First of all, you may already know about GOT and PLT from the ELF format used on Android and Linux. While the mechanism underneath is similar on iOS, the implementation is different.

Compared to Linux or Android, on iOS there is no named PLT (Procedure Linkage Table) section where the global offsets table (GOT) resides.

Instead, on iOS the GOT table resides in __DATA_CONST.__got and the PLT on iOS would be __TEXT.__stubs, where TEXT is the code segment, marked W^X (write XOR execute) so trying to write there trips CS_ENFORCEMENT.

What would be .got.plt on Linux or Android, maps to __DATA.__la_symbol_ptr on iOS.

Now that we have an understanding of how things map from Linux to iOS, it’s important to define what the GOT does.

Let’s say you have a C program that calls printf() from the libc (C Standard Library). Now you can technically include the whole implementation inside your C app and call it locally, but there is rarely a good reason you should do that.

What normally ends up happening is that you just include stdio.h and call printf() wherever you need it.

You can use otool to see exactly the segment and section names for a Mach-O like this:

This is all short, sweet and complete, but how does your app know where the printf() implementation is? You added the stdio.h header containing the function prototype, but the actual implementation is way outside of your binary.

This is where GOT comes into play. By using a trampoline for each of these functions that were lazy linked, you tell the binder (dyld_stub_binder on iOS, _dl_runtime_resolve on Linux): Hey! I need printf() which is supposed to be outside my binary.

The dyld_stub_binder then fetches the real address of printf() or any other external function you’ve called from the libsystem_c.dylib which Apple conveniently hides under the umbrella of libSystem.B.dylib.

Once the binder finds the address of printf(), it copies the address over to the __la_symbol_ptr table inside our binary. This only happens once per function.

Next time our binary calls printf() it will still hit the stub, but because this function was already mapped in by the binder, it can see the address inside the __la_symbol_ptr and call it directly.

Wait so why __DATA.__la_symbol_ptr and not __DATA_CONST.__got?

Whether GOT or la_symbol_ptr get patched is important because depending on when the patching happens, the binder will use one or the other.

The distinction comes from WHEN exactly is the reference resolved. The __DATA_CONST.__got is reserved for non-lazy bindings. These references are resolved by the binder right at the beginning of your app’s execution, before the main() function even has a chance to run.

You will see here stuff like C++ Vtable pointers, the ___stack_chk_guard stack cookies, Objective-C class references, etc. This MUST be valid before any code runs otherwise you die.

Then you have the __DATA.__la_symbol_ptr which is for lazy-linked references. Stuff coming from the standard C Library, like printf() would be populated here when they are first needed during the app runtime.

IMPORTANT: Notice how the GOT is inside __DATA_CONST which after dyld is done with it will become fully READ ONLY, while __la_symbol_ptr is in __DATA which remains writable because it gets patched by the binder on-demand.

The biggest difference is that if you try to write to the GOT table after the app initialized, maybe using a DYLIB hack loaded via Sideloadly, you will crash the app, while writing to __la_symbol_ptr would mostly go unnoticed by mem prot because it’s supposed to be writable.

So how does tweak injection on iOS work?

Whether loaded by a tweak injector via DYLD_INSERT_LIBRARIES on a jailbroken iOS, or with LC_LOAD_DYLIB via a sideloading tool like Sideloadly, an iOS tweak is usually just a DYLIB (Dynamic Link Library) which gets mapped into the process memory.

Once loaded, the tweak’s constructor will run before the main function does so it gets to patch whatever it needs.

The problem is, for GOT stuff it’s already too late. By the time our tweak dylib runs, DYLD has already finished mapping stuff to GOT and switched it to Read Only, so hooking libraries like FishHook use mprotect internally to temporarily switch the memory pages back to PROT_READ | PROT_WRITE so they can apply the patches.

mprotect(pageAlignedAddr, pageSize, PROT_READ | PROT_WRITE);
*(void**)gotEntry = hook;
mprotect(pageAlignedAddr, pageSize, PROT_READ);

As you can see, once the hook is placed the hooking lib will call mprotect again to restore the normal permissions for those memory pages.

But this method would only work well on jailbroken devices since many iOS security features have been neutered. On a sideloaded DYLIB mprotect calls to __DATA_CONST will likely kill the app so __DATA.__la_symbol_ptr hooks are prefered.

Using otool we can actually see the stubs section of a Mach-O binary such as Roblox in action. We will run:

otool -v -s __TEXT __stubs /Users/geosn0w/Desktop/Payload/Roblox.app/Roblox

/Users/geosn0w/Desktop/Payload/Roblox.app/Roblox:
Contents of (__TEXT,__stubs) section
000000010035b228	adrp	x16, 397 ; 0x1004e8000
000000010035b22c	ldr	x16, [x16]
000000010035b230	br	x16
000000010035b234	adrp	x16, 397 ; 0x1004e8000
000000010035b238	ldr	x16, [x16, #0x8]
000000010035b23c	br	x16
000000010035b240	adrp	x16, 397 ; 0x1004e8000
000000010035b244	ldr	x16, [x16, #0x10]
000000010035b248	br	x16
000000010035b24c	adrp	x16, 397 ; 0x1004e8000
000000010035b250	ldr	x16, [x16, #0x18]
000000010035b254	br	x16
000000010035b258	adrp	x16, 397 ; 0x1004e8000
000000010035b25c	ldr	x16, [x16, #0x20]
000000010035b260	br	x16
000000010035b264	adrp	x16, 397 ; 0x1004e8000
000000010035b268	ldr	x16, [x16, #0x28]
000000010035b26c	br	x16
000000010035b270	adrp	x16, 397 ; 0x1004e8000
000000010035b274	ldr	x16, [x16, #0x30]
000000010035b278	br	x16
000000010035b27c	adrp	x16, 397 ; 0x1004e8000
000000010035b280	ldr	x16, [x16, #0x38]
000000010035b284	br	x16
000000010035b288	adrp	x16, 397 ; 0x1004e8000
000000010035b28c	ldr	x16, [x16, #0x40]
000000010035b290	br	x16
000000010035b294	adrp	x16, 397 ; 0x1004e8000
000000010035b298	ldr	x16, [x16, #0x48]
000000010035b29c	br	x16
000000010035b2a0	adrp	x16, 397 ; 0x1004e8000
000000010035b2a4	ldr	x16, [x16, #0x50]
000000010035b2a8	br	x16
000000010035b2ac	adrp	x16, 397 ; 0x1004e8000
000000010035b2b0	ldr	x16, [x16, #0x58]
000000010035b2b4	br	x16
000000010035b2b8	adrp	x16, 397 ; 0x1004e8000
000000010035b2bc	ldr	x16, [x16, #0x60]
000000010035b2c0	br	x16
000000010035b2c4	adrp	x16, 397 ; 0x1004e8000
000000010035b2c8	ldr	x16, [x16, #0x68]
000000010035b2cc	br	x16
000000010035b2d0	adrp	x16, 397 ; 0x1004e8000
000000010035b2d4	ldr	x16, [x16, #0x70]
000000010035b2d8	br	x16
000000010035b2dc	adrp	x16, 397 ; 0x1004e8000
000000010035b2e0	ldr	x16, [x16, #0x78]
000000010035b2e4	br	x16
.... it goes on so I will keep it short because this article gets long af...

And the result is quite telling. You can see that in Roblox there is hundreds of references in the stubs section, but all of them follow the same mechanism in assembly:

adrp x16, 397              ; load page address of __la_symbol_ptr into x16 register
ldr  x16, [x16, #offset]   ; load the actual pointer from that page
br   x16                   ; jump through it

Every single imported function is just this same 3 instructions block, offset by 8 bytes per entry (#0x0, #0x8, #0x10…). The offset indexes into __la_symbol_ptr like an array.

The target page 0x1004e8000 is where __la_symbol_ptr lives in Roblox’s binary. Every stub points into that same page, just at increasing offsets.

So if you want to hook whatever function lives at stub 0x10035b234, you don’t touch the __TEXT at all (unless you wanna die a swift death by mem prot violation). You go to 0x1004e8000+0x8 in the __DATA segment and overwrite that pointer. The stub itself never changes, it just uses your address instead.

Dealing with PAC (Pointer Authentication Codes) on A12+

On A12+ (arm64e devices) like iPhone XS and later, Apple introduced PAC or Pointer Authentication Codes, which annoy jailbreak devs to no end…

Addresses stored in __got and the __la_symbol_ptr are now signed with a key which is embedded into the hardware.

When the CPU loads a signed address and branches through it, it will check the signature. So simply swapping it with an unsigned address into a GOT entry causes the CPU to fault and your app to kick the bucket.

To get around this, most newer hooking libraries sign the function pointer before writing it into the entry.

The signing has to use the correct key and the entry’s own address as the context (what Apple calls address diversity), otherwise the CPU will still reject it.

This is the main reason older tools like Substrate broke on A12+ and why the jailbreak scene had to move to libhooker and eventually ElleKit which are supporting PAC re-signing.

// on arm64e devices you can't just do this anymore:
*(void**)slotEntry = theHook;  // CPU will fault, pointer isn't signed, you died...

// you need to strip the old signature first, then sign yours
void* stripped = ptrauth_strip(*(void**)slotEntry, ptrauth_key_asia);
(void)stripped;

void* signedPtr = ptrauth_sign_unauthenticated(
    theHook,
    ptrauth_key_asia,
    slotEntry  // address diversity aka the slot's own address is the context
);

*(void**)slotEntry = signedPtr;

The ptrauth_key_asia you see there is the key used for function pointers / instruction address, A key, for use in data (IA stored in data).

The address diversity part (slotEntry as context) is important because Apple uses the pointer’s own storage address as part of the signing context, so a valid signed pointer from one slot is not a valid signed pointer for a different slot even with the same key. This is to prevent easy reuses.

Final Thoughts

I hope this helps shed some light into how the __DATA.__la_symbol_ptr as well as the __DATA_CONST.__got work on iOS, and especially how jailbreak developers have been abusing these for almost 2 decades to make jailbreak tweaks.

There are many similarities between ELF’s GOT and PLT and iOS’ __DATA_CONST.__got and __DATA.__la_symbol_ptr, but the differences are what makes it interesting to analyze. Thanks for reading, see you in the next one.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post Using __got and __la_symbol_ptr for iOS Hacking / Tweak Development first appeared on iDevice Central.

Security researchers are once again confirming what many of us in the jailbreak and security community have been saying for years: once a powerful exploit chain exists, it rarely stays in one place for long.

A newly documented attack framework, dubbed the DarkSword exploit, has been observed targeting iPhones running iOS 18.4 up to iOS 18.7.

According to Google’s Threat Intelligence Group (GTIG), this is not just a theoretical chain. It has already been observed in the wild attacking iPhone users through spyware infected websites.

From Coruna Exploit to DarkSword

Earlier this month, iVerify detailed an exploit toolkit known as Coruna with over 23 exploits inside of it, which already showed how sophisticated iOS exploitation had become.

That exploit toolkit included dozens of vulnerabilities and multiple full chains affecting a wide range of iOS versions and has already been used in the community to develop the Coruna tweak injector and will possibly get us an updated Dopamine jailbreak up to iOS 17.2.1.

DarkSword appears to be the next step in that evolution. It was also analyzed by iVerify in an article published today.

What stands out is not just the technical capability, but how quickly such tooling is reused. Instead of a single group holding onto it, the same exploit chain is now being leveraged by different actors for completely different purposes. It was clear that such a big spyware framework like Coruna won’t only be used by the jailbreak community…

A Fully JavaScript-Based Attack Chain (WebKit)

One of the most interesting technical aspects of DarkSword is its heavy reliance on JavaScript. This means no computer is needed, which is useful for jailbreak purposes but also makes possible spyware so much easy to infect our devices.

Traditionally, iOS exploit chains depend on a mix of native code execution and memory corruption techniques. In this case, the entire chain operates through JavaScript, from initial compromise all the way to kernel-level access.

That has important implications:

• It avoids triggering certain low-level protections built into iOS, bypasses CodeSign completely, there is no IPA to sideload with Sideloadly or anything else.
• It reduces the need for dropping obvious binaries onto the device, you won’t even know accessing that odd movies website in Safari got you pwned.

In simple terms, the attacker does not need to rely on traditional payload delivery methods like IPA applications or USB connection hacks via libimobiledevice. Everything starts in the browser and escalates from there, like WebKit jailbreaks.

How the Infection Happens

The delivery methods used in these campaigns are fairly standard, but still very effective.

Researchers observed two primary approaches:

• Phishing pages disguised as legitimate platforms, including social media themes
• Compromised websites used as watering holes

The worrying part is how little user interaction is required. In many cases, simply visiting a malicious page is enough. There is no need to install anything or tap a suspicious download prompt. It’s not exactly a 0 click, you still need to visit the pwned page but after that, nothing more.

Breaking Out of iOS Protections

After the initial browser compromise, the chain moves through several stages:

1. Exploiting WebKit to gain code execution
2. Escaping the browser sandbox
3. Pivoting into other system processes, including GPU-related components
4. Reaching the kernel for full device control

By the time the final stage is reached, the attacker effectively owns the device and can get anything from it, photos, contacts, messages, your location, whatever.

Another important detail is how the same exploit chain is being reused in different operations. At least three separate campaigns have been identified, each with its own objectives:

• Surveillance-focused deployments targeting individuals
• Data harvesting operations aimed at large-scale information collection
• Credential and financial data theft

Even though the payloads differ, the underlying exploit remains the same. This reinforces the idea that DarkSword is being distributed as a tool rather than used exclusively by its creators. Some of these attacks beacon to Russia.

Who Is Being Targeted

The attacks have been observed affecting users in several regions, including parts of Europe, the Middle East, and Asia.

This is not a mass consumer malware campaign in the traditional sense. It appears more targeted, likely focusing on individuals of interest such as journalists, activists, or high-value targets.

That said, once tools like this spread, the barrier to entry drops. What starts as targeted espionage can easily evolve into broader abuse.

Apple Patches Are Out, But Not Everyone Is Safe

Apple has already addressed the vulnerabilities used in this chain, with fixes rolled out in newer iOS updates.

However, devices running older builds, especially anything around iOS 18.7.x or below, may still be vulnerable to parts of the chain if not fully updated.

What You Should Do Right Now

If you are running an affected iOS version, updating should be your top priority, especially if you don’t care about jailbreaking.

For users who cannot update immediately, enabling Lockdown Mode can significantly reduce the attack surface, especially against browser-based exploits like this one.

It is not a perfect solution, but it does block many of the techniques used in chains like DarkSword.

Final Thoughts

What makes DarkSword particularly concerning is not just its technical depth, but how quickly it spread across different threat actors.

We are seeing a shift where advanced iOS exploitation is becoming more modular and more accessible to groups that did not develop it themselves.

For the jailbreak and security community, this confirms something we’ve known for a while: the same classes of vulnerabilities that enable jailbreaks can also be weaponized very quickly once discovered.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post New iOS 18 DarkSword Exploit targets iPhone users through Spyware Infected Websites first appeared on iDevice Central.

Delta Executor has quickly become one of the most advanced and trusted Roblox executors available today.

Designed for mobile and desktop users who want full control over their Roblox experience, Delta delivers powerful script execution, fast performance, and modern security across iOS, Android, and macOS.

In this complete guide, you will learn exactly what Delta Executor is, how it works, why players use it, how Roblox scripts function, and how to safely install Delta Executor on iOS 26, Android, and macOS using the download source at Delta BZ.

This guide is written for beginners and advanced users alike, with step by step instructions, clear explanations, and realistic risk awareness so you can make informed decisions.

What Is Delta Executor

Delta Executor is a Roblox script executor that allows users to inject and run Lua scripts inside Roblox games. These scripts can modify gameplay behavior, automate actions, unlock advanced features, and provide tools that are not available in the standard Roblox client.

Unlike older executors that only worked on Windows PCs, Delta Executor is built with modern mobile and cross platform support in mind. It supports iOS devices without requiring a computer, Android devices through APK installation, and macOS through native builds and sideloading workflows.

Delta Executor focuses on three core pillars:

• Secure execution using modern encryption
• High performance script injection
• Wide compatibility across devices and operating systems

What Is a Roblox Executor and Why People Use Them

A Roblox executor is a tool that injects external code into the Roblox game client while it is running. Roblox itself is built on the Lua programming language, which makes it highly customizable but also exploitable through scripts.

Players use executors for many reasons, including:

Executors like Delta do not modify Roblox servers directly. They operate on the client side, which means scripts affect what the player sees and how their game behaves.

Understanding Lua Scripts in Roblox

Lua is a lightweight programming language used by Roblox for game logic, physics, UI, and interactions. Roblox developers use Lua to build everything from movement systems to inventories and abilities.

Lua scripts used in executors generally fall into these categories:

Automation Scripts

Scripts that automatically perform actions such as collecting resources, attacking enemies, or completing quests without manual input.

Utility Scripts

Scripts that add quality of life improvements like faster movement, no clip, infinite jump, or anti AFK protection.

Visual Scripts

ESP scripts that highlight players, items, enemies, or objectives through walls or across the map.

GUI Scripts

Scripts that load full user interfaces with sliders, toggles, and menus for advanced control.

Custom Scripts

User written Lua scripts created for learning, testing, or private use.

Delta Executor supports both prebuilt scripts and custom Lua scripts, giving users full flexibility.

Why Choose Delta Executor

Delta Executor stands out due to its balance of power, usability, and security.

Secure Installation

Delta uses advanced encryption and verification processes to ensure files are clean and protected from tampering. This reduces the risk of malicious payloads commonly found on fake executor sites.

Regular Updates

Roblox updates frequently, and executors must adapt quickly. Delta pushes regular updates to maintain compatibility, fix bugs, and improve stability.

Wide Compatibility

Delta supports iOS 12 and newer, including iOS 26, modern Android devices, and macOS. This makes it one of the few executors with true cross platform reach.

Fast Downloads

With an optimized global CDN, downloads from delta.bz are fast and reliable across regions.

No Computer Required for iOS Direct Install

Delta offers direct installation methods on iOS, eliminating the need for a PC or Mac in many cases.

Supported Platforms

Delta Executor is available for:

• iOS 12.0 and newer, including iOS 26
• Android 7.0 and newer
• macOS devices

Each platform has different installation methods, which are covered in detail below.

How to Install Delta Executor on iOS 26

iOS has stricter security than Android, but Delta offers multiple installation methods depending on your setup and preferences.

Method 1, Direct Install on iOS

This is the easiest method and does not require a computer.

1. Open Safari on your iPhone or iPad
2. Visit Delta BZ to grab the IPA or APK file.
3. Tap the Direct Install button
4. When prompted, tap Install on the configuration profile
5. Open Settings
6. Go to General, then VPN & Device Management
7. Select the Delta developer profile
8. Tap Trust
9. Return to your home screen and launch Delta Executor

This method is ideal for users who want quick access with minimal setup.

Alternative Method 2, IPA Installation with Sideloadly

Sideloadly is a popular tool for installing IPA files using a computer.

1. Download the Delta IPA file
2. Install Sideloadly on your Windows or macOS computer
3. Connect your iPhone or iPad via USB
4. Open Sideloadly and select the Delta IPA
5. Enter your Apple ID credentials
6. Click Start and wait for installation
7. On your device, go to Settings, General, VPN & Device Management
8. Trust the developer profile

This method provides more control and stability for advanced users.

Alternative Method 3, AltStore

AltStore uses a companion app and Apple ID signing.

1. Install AltServer on your computer
2. Install AltStore on your iOS device
3. Download the Delta IPA from delta.bz
4. Open AltStore and install the IPA
5. Trust the profile in Settings

AltStore requires re signing every seven days for free Apple IDs.

Alternative Method 4, TrollStore

TrollStore allows permanent installation on supported iOS versions.

1. Ensure your device and iOS version support TrollStore
2. Download the Delta IPA from delta.bz
3. Install using TrollStore
4. Launch Delta without re-signing requirements

This is one of the most stable methods if supported, however, the last supported version for TrollStore is iOS 17.0. Here’s how to install TrollStore on iOS 17.0 and lower.

Method 5, ESign and KSign

These are advanced signing tools for users with certificates.

1. Import your signing certificate
2. Load the Delta IPA
3. Sign and install
4. Trust the profile

These methods are recommended for power users.

How to Install Delta Executor on Android

Android allows easier sideloading through APK files.

Enable Unknown Sources on Android

Before installing Delta, you must allow APK installations.

1. Open Settings
2. Go to Security or Privacy
3. Enable Install Unknown Apps
4. Allow your browser or file manager to install APKs

Install Delta Executor APK

1. Open your browser
2. Visit https://delta.bz/
3. Download the Android APK
4. Open the downloaded file
5. Tap Install
6. Launch Delta Executor once installed

No rooting is required.

How to Install Delta Executor on macOS

macOS users can install Delta using native builds or sideloading.

1. Visit https://delta.bz/ and grab the IPA
2. Download the macOS version
3. Open the installer
4. If blocked, go to System Settings, Privacy & Security
5. Allow the app to run
6. Launch Delta Executor

Some macOS versions may require additional permissions.

How to Use Delta Executor

1. Launch Delta Executor
2. Open Roblox through Delta
3. Load a script from the built in library or paste your own Lua script
4. Tap Execute or Run
5. Control features through the GUI if available

Risks and Important Considerations

Using executors carries inherent risks.

• Roblox may suspend or ban accounts that violate their terms
• Scripts from unknown sources can be malicious
• Outdated executors increase detection risk

Best practices include:

• Using alternate Roblox accounts
• Only downloading from delta.bz
• Keeping Delta updated
• Avoiding suspicious scripts. Really… don’t go flying on the map…

Delta prioritizes security, but responsible usage is essential.

Frequently Asked Questions

Final Thoughts

Delta Executor is one of the most capable Roblox executors available across mobile and desktop platforms. With secure installation, broad compatibility, and multiple installation methods, it offers flexibility that few competitors can match.

Whether you are exploring Lua scripting, automating gameplay, or enhancing your Roblox experience, Delta provides the tools you need when used responsibly.

For the safest and most reliable experience, always download Delta Executor from https://delta.bz/ and keep your installation up to date

The post How to Install Delta Executor on iOS 26 and Android – A Complete Guide first appeared on iDevice Central.

I work with PDFs almost every single day. Scripts, documentation, contracts, press materials, research papers, you name it. Running iDevice Central means I constantly receive files that need quick edits, conversions, annotations, or summaries, and for years I just accepted that Adobe Acrobat was the unavoidable evil.

Compared to Adobe software that is expensive, bloated, and honestly overkill for what most people need, or alternatives that always felt like compromises, UPDF actually comes with all the features I need, and it’s one sixth of the price of Adobe.

After weeks of real use, not just poking around menus, I can confidently say UPDF gives me everything I actually need from a PDF editor, while costing far less than Adobe Acrobat and even undercutting tools like PDF Expert and PDFelement in both price and feature balance.

Why I Even Looked for an Adobe Acrobat Alternative

Most people do not want a new PDF app for fun. They want fewer headaches. In my case, I needed something that could quickly edit PDFs without breaking formatting, convert documents cleanly, handle annotations smoothly, and ideally help me digest long PDFs faster, but especially I wanted great support for PDF forms since my tax agency has some of the worst PDF forms you will ever see.

Adobe Acrobat can do all that, but the subscription price keeps climbing and trying to cancel your subscription actually costs you a lot more in a cancellation fee? WHAT?!. PDF Expert looks great on macOS, but starts falling apart once you need deeper features or cross-platform support, and since I am often ont he move, having all my fileds work the same way on both iOS and Android is a must for me.

Same thing with PDFelement, it tries to hit the middle ground, but the experience never felt as polished as I wanted, with many features either not available or the mobile version being stripped down.

UPDF came in and simply removed those frustrations because the application works on Windows, macOS, iOS and Android so no matter what device I use I can still do the same edits to my files. But the best part is the UPDF Cloud which saves my files from one device I was working on and picks them up on any other device so I can just continue on what I was working on.

I Am Finally Editing PDFs Without the Usual Annoyances

PDF editing is where most tools expose their weaknesses.

With UPDF, editing feels surprisingly straightforward. I can click directly into text, rewrite sections, change fonts, resize images, highlight, OCR, sign, move elements around, and the document stays intact. No random spacing issues, no broken layouts, no fighting the software.

This is exactly the kind of thing I deal with when trying to open tax forms, resumes or fixing PDFs that were clearly never meant to be edited again. UPDF handles those scenarios far better than I expected.

If editing is your main concern, this page gives a clear overview of what it can do.

PDF Conversion That Does Not Destroy Your Files

Converting PDFs is another area where many tools technically work but practically fail.

I tested UPDF by converting PDFs to Word and Image, including files with tables, charts, and mixed formatting. The results were clean enough that I did not have to manually fix everything afterward, which is rare. Sure, Acrobat can do conversions, but it costs an arm and a leg and the result is mediocre at best with often times having to navigate through a million menus. UPDF is 2 buttons and bam! DOCX file.

For anyone working with reports, invoices, or research documents, this alone saves a huge amount of time. You can see all supported conversion formats here.

UPDF AI Summary, One of the Few AI Features I Actually Use

I am generally skeptical about AI features in productivity apps because most of them feel like marketing checkboxes, and to be honest it’s a gimmick that every app tries to have these days to sound cool. Yay! Fridge powered by AI…

However, UPDF AI actually surprised me. Finally a real good usage for AI in a document editor. I used it to summarize long technical PDFs and documentation files, and the summaries were actually useful. Instead of vague paragraphs, it pulled out key points in a way that helped me quickly understand what mattered without reading 50 pages end to end.

In the video I made I even demonstrated having the AI compose small tests from the learning material I gave it, this way I can test if I know the topic or I need to chew it up a bit more. This is actually useful.

It’s also simple enough that it doesn’t get in the way. A simple chat window, you can attach a PDF document and ask the AI anything about said document. It will read it in a second or so and then do whatever you need. Extract info from it, make quizzes, flashcards, etc. Neat.

How UPDF Compares to Adobe Acrobat, PDF Expert, and PDFelement

It’s no secret that the predatory pricing at Adobe has been an issue for a while so for most users today, it is simply overpriced and hard to use. Yes, it has a billion features hidden deep down in all the menus, but how many of those do you really need, and how many are there just to make the cancellation fee look a bit less predatory?

UPDF covers the features people actually use, editing, converting, annotating, signing, and AI assistance, without locking everything behind a huge monthly subscription.

Compared to PDF Expert, UPDF feels more complete if you work across platforms or need more than just basic PDF tweaks. The availability of mobile apps with cloud sync is very neat.

Against PDFelement, UPDF feels faster, cleaner, and more consistent in daily use. PDFelement does have mobile apps but they are far less polished and I had issues with tax forms not being filled properly on mobile so I stay clear.

The simplest way I can put it is this, UPDF is significantly more affordable than PDF Expert while still covering most professional PDF needs, and it avoids the constant upsell pressure that comes with Adobe Acrobat.

Pricing, This Is Where UPDF Really Makes Sense

UPDF’s pricing is one of the main reasons I stuck with it. Pricing and the cross compatibility.

Yes, it’s a big deal for me to start filling a form or writing a document at the coffee shop or on the train on my phone and then be able to pick it up and continue where I left off right on my PC without USB flash drives or sending it over via e-mail.

Instead of forcing you into an expensive subscription, it offers pricing that actually feels fair for what you get. For students, professionals, and creators, that matters a lot.

There is currently a solid promotion running, and if you are curious, this is the best place to start.

Who I Think UPDF Is For

UPDF makes the most sense if you:

• Edit or annotate PDFs regularly
• Convert PDFs to Word or Excel for real work
• Read long PDFs and want faster summaries
• Need to sign, OCR, or stamp PDFs
• Need to fill forms like tax forms and such
• Are tired of expensive PDF subscriptions

Final Thoughts From iDevice Central

I did not go into this expecting to replace Adobe Acrobat, but that is exactly what happened.

UPDF is cheaper, faster to work with, and more practical for how people actually use PDFs in 2026. It does not try to overwhelm you with features you will never touch, and it does not punish you with subscriptions for basic functionality or cancellation fees when the subscription is too much.

Instead you get a honest, functional PDF editor with enough features that most people will never need anything more, proper cross platform support and Cloud assisted handoff which I found very neat.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post UPDF Review: A Feature-Rich All-in-One PDF Editor in 2026 first appeared on iDevice Central.

Apple locks iOS to a single, fixed animation speed, but with AnimationSpeed, you finally get full control. This TrollStore-exclusive utility lets you speed up or slow down UI animations across the entire system, giving your device a snappier, more responsive feel.

AnimationSpeed IPA works on iOS 14 – 17.0, comes with an updated interface, English language support, and a proper app icon. Best of all, it’s completely free.

Download AnimationSpeed IPA (TrollStore Edition)

AnimationSpeed is distributed as an IPA designed specifically for TrollStore.
You can:

• Download the IPA and manually import it into TrollStore
• Or use Direct Install, which auto-installs the app through TrollStore if you’ve enabled the URL Scheme in its settings

Note: This app cannot be installed using standard sideloading tools like Sideloadly or AltStore.

AnimationSpeed

A simple but powerful tool that modifies Apple’s default UI animation speed

Get The IPA File

Latest Version

1.0.1 (May 27th, 2025)

Virus Tested!

100% clean, tested with MalwareBytes

📱

AnimationSpeed iOS App

IPA file for sideloading

Download

Compatibility

iOS

File Size

1.6 MB

License

Free

Tested and verified by GeoSn0w at iDevice Central

What Is AnimationSpeed?

AnimationSpeed (created by DevelopCubeLab) is a simple but powerful tool that modifies Apple’s default UI animation speed. By choosing your own speed value, you can:

• Make iOS feel faster
• Reduce wait times between transitions
• Improve overall responsiveness
• Customize the “feel” of your device

This level of customization used to require a jailbreak (via tweaks like Speedy), but thanks to TrollStore, AnimationSpeed brings the feature to non-jailbroken devices as well.

Once installed, the app appears on your Home Screen like any normal app. Just open it, enter your preferred animation speed value, apply the change, and reboot to activate the new settings.

If you don’t know how to install TrollStore, check out our TrollStore installation guide for iOS 17.0 and lower.

The app also includes:

• Reset-to-default option
• Modern, cleaner UI
• English language support

For users who prefer presets, the developer also offers iOSspeed (UI Speed), another TrollStore app that lets you pick predefined animation profiles.

How to Install AnimationSpeed IPA Using TrollStore

AnimationSpeed modifies restricted system files, so it must be installed through TrollStore. Here’s how to set it up:

Installation Steps

1. Install TrollStore on a device running iOS 14 – 17.0.
2. Download the AnimationSpeed IPA and save it to Files / iCloud Drive.
3. Tap Share → TrollStore.
4. TrollStore installs the app automatically once the IPA is loaded.
5. Find AnimationSpeed on your Home Screen and open it.

Enter your preferred animation speed → reboot → enjoy the new UI responsiveness.

Jailbreak Version: AnimationSpeed Tweak

The developer has also released a version of AnimationSpeed as a jailbreak tweak beginning with version 1.0.

Important Notes:

• The tweak currently supports ARM devices only
• It does not support arm64 or arm64e devices yet

How to Install AnimationSpeed DEB (Jailbreak)

1. Download the official AnimationSpeed DEB package.
2. Open it in Sileo.
3. Tap Get to install.
4. Respring your device to enable the tweak.

More iDevice Central Guides 

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post AnimationSpeed IPA – Customize UI Animation Speed on TrollStore Devices (iOS 14 – 17.0) first appeared on iDevice Central.

Want to know how to fix support Apple iPhone restore screen? If your iPhone is stuck on the “support.apple.com/iphone/restore” screen, it can be confusing and stressful. This usually happens during an iOS update or a system problem, making your phone unresponsive.

But don’t worry as you can fix it. In this article, we will show you easy ways to get your iPhone back to normal. You’ll learn free methods like force restarting and using iTunes, as well as a simple one-click solution with ReiBoot.

So, let’s get started.

Part 1: What does support.apple.com/iphone/restore Mean?

Are you wondering what does restore mean for iPhone? If you see the “support.apple.com/iphone/restore” message on your iPhone, it usually means your device has run into a serious problem during an update or system error. Your iPhone is asking you to restore it using a computer, typically through iTunes or Finder.

This screen is also called the iPhone recovery screen. It acts as a safeguard to prevent further damage to your device. Once your iPhone enters this mode, you can’t use it normally until it’s restored or repaired.

This message is not a hardware problem; it’s your iPhone trying to protect itself. The good news is, there are several ways to fix it and get your iPhone working again.

Part 2: How to Fix My iPhone Stuck on the Restore Screen for Free?

1. Force Restart iPhone

Sometimes, your iPhone just needs a little nudge to wake up. A force restart can fix small glitches that cause it to freeze on the restore screen, and the best part is, it won’t delete your data.

Steps:

• iPhone 8 or later: Press and quickly release Volume Up, then Volume Down, and finally hold the Side button until the Apple logo appears.

• iPhone 7 / 7 Plus: Press and hold both Volume Down + Side button until the Apple logo shows.
• iPhone 6s or earlier: Press and hold Home + Side (or Top) button until the Apple logo appears.

2. Reinstall iOS via iTunes

If a force restart doesn’t help, your iPhone might need a fresh iOS installation. Using iTunes (or Finder on Mac) can fix system errors and failed updates. You can try Update first to keep your data safe.

Steps:

Here’s the iPhone 11 Pro Max recovery screen fix:

1. Connect your iPhone to a computer with iTunes or Finder.
2. Open iTunes and select your device.
3. Click Update to reinstall iOS without erasing your data.
4. If the Update fails, choose Restore (this will erase all data).

You will see iTunes is restoring the software on this iPhone. Once completed, your iPhone will be working fine. And if you see the “iPhone won’t restore” issue, you will have to move to the next fix.

3. Contact Apple Support

Sometimes, your iPhone just needs a little help from the experts. Apple Support can guide you through tricky situations and even repair your device if needed. If you are looking for a way to fix support.apple.com/iphone/restore without computer, contacting Apple Support is one of the solutions.

Steps:

Here’s the official iPhone 11 Pro Max recovery screen fix:

1. Visit Apple Support.

2. Select iPhone > Repairs & Physical Damage > Screen shows “support.apple.com/iphone/restore”.
3. Follow their instructions to fix the issue or schedule a repair.

4. Restore iPhone via DFU Mode (Data Loss)

If nothing else works, DFU Mode is your secret weapon. It fixes deep system issues but will erase all your data, so only use it as a last resort. Think of it as giving your iPhone a complete reset.

Steps:

• Enter DFU Mode:
  • iPhone 8 or later: Press and release Volume Up, then Volume Down, hold Side button until screen goes black > Hold Side + Volume Down for 5 seconds > Release Side button but keep holding Volume Down until iTunes detects the device.

• iPhone 7 / 7 Plus: Hold Side + Volume Down until iTunes detects the device.
• iPhone 6s or earlier: Hold Home + Side buttons until iTunes detects the device.
• In iTunes, click Restore iPhone.

DFU mode is powerful and often fixes stubborn restore screen issues, but remember to back up your iPhone if possible.

Part 3: Bonus Tip: Best way to Fix iPhone Stuck on Restore Screen with one-click

Traditional methods like force restart, iTunes updates, or DFU mode can be confusing, slow, or even risky. That’s where Tenorshare ReiBoot comes in. It’s designed to get your iPhone back to normal safely, quickly, and without losing data. Even beginners can fix their device in just a few clicks!

Why We Recommend ReiBoot

• One-Click Exit from Restore Screen: You don’t need to memorize button combinations or go through complex steps. A single click can get your iPhone out of recovery mode.
• No Data Loss: Unlike DFU restore or iTunes restore, ReiBoot allows you to repair iOS while keeping all your photos, apps, and messages intact.
• Simple, Guided Steps: The interface is clear, and the software guides you at every step, so even non-tech-savvy users can follow along.
• Automatic Device Detection: It instantly recognizes your iPhone model and iOS version, so you don’t have to worry about downloading the wrong firmware.
• High Success Rate: Works on almost all iPhone models (iPhone 6 and later) and iOS versions, making it a reliable tool for any restore screen problem.

With these advantages, ReiBoot is like having a tech expert in your computer, ready to fix your iPhone anytime.

How to Use ReiBoot to Fix iPhone Stuck on Restore Screen

Follow these 2 easy steps to solve support.apple.com/iphone/restore:

Method 1: One-Click Exit Recovery Mode

This is the fastest way to get your iPhone back to normal.

1. Launch Tenorshare ReiBoot on your computer.
2. Connect your iPhone using a USB cable.
3. It can automatically recognize your iPhone. Click “Exit” and the software will start getting your iPhone out of the restore screen.

4. Within one minute, your device will reboot normally.

Method 2: Repair iPhone System (Keep Data)

1. Open ReiBoot and click “Start Repair”, then connect your iPhone with a USB cable.

2. Choose “Standard Repair” and click to proceed.

3. ReiBoot will detect your iPhone and suggest a firmware package. Click “Download” to start.

4. Wait for the download and repair process to finish. Your iPhone will restart automatically, and the restore screen issue will be fixed.

Part 4: FAQs about support.apple.com/iphone/restore

Q1: What is the easiest way to fix my iPhone stuck on Restore Screen?

The easiest way to fix your iPhone stuck on the restore screen is to use Tenorshare ReiBoot. With just one click, it can exit recovery mode safely and quickly. It keeps all your data, like photos, messages, and apps, safe, so you don’t have to worry about losing anything important.

Q2: I tried using iTunes but it still didn’t work, what should I do?

If iTunes cannot fix the restore screen, your iPhone may have a deeper system problem. You can use ReiBoot’s Repair Operating System feature to reinstall iOS safely. It will fix the restore screen and keep your data intact, making it much easier and safer than trying iTunes again.

Q3: How do I fix the recovery screen on iPhone 11/12/13/X/11 Pro Max?

The solution is the same for all modern iPhones. You can force restart your device, use iTunes to update or restore iOS, or use ReiBoot to exit recovery mode. ReiBoot works on all iPhone models and iOS versions, so it is a safe and simple way to solve the restore screen problem.

Q4: If I don’t have a computer, can I use an iPad to connect?

No, you cannot use an iPad to fix the restore screen. You need a Windows PC or Mac with iTunes or ReiBoot installed. An iPad does not have the necessary software to repair or reinstall iOS, so a computer is required to solve this problem safely.

Conclusion

Getting your iPhone stuck on the “support.apple.com/iphone/restore” screen can be frustrating, but it’s not the end of the world. You can fix support Apple iPhone restore screen with free methods like force restarting, using iTunes, or DFU mode, but these can sometimes be complicated or risky. 

The safest, fastest, and easiest way to fix this problem is to use Tenorshare ReiBoot. With just a few clicks, ReiBoot can exit recovery mode or repair your iPhone system without losing any data. It works on all iPhone models and iOS versions, making it a reliable tool for anyone facing the restore screen issue.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post Comprehensive Ways to Fix iPhone Stuck on Restore Screen [Update] first appeared on iDevice Central.

Buying software keys online can feel like a gamble. A lot of discount key sites are vague about where their keys come from, they hide company information, they offer confusing or nonexistent refund policies, and support can be unreliable.

Many customers end up with invalid licenses, already used codes, or keys that are tied to questionable sources.

AltMarket is different. It presents itself as a transparent business-to-consumer store, it publishes clear company details under Georgian business law, and it provides defined consumer protections that apply to both EU and US customers.

Instead of relying on hundreds of anonymous sellers, the platform sells directly to buyers, which reduces most of the common risks found on gray marketplaces.

Where AltMarket becomes particularly appealing is in how simple and affordable it is to purchase Microsoft Office 365 subscriptions and Windows 10 or 11 Pro licenses.

These two categories are normally very expensive when bought from official stores, so AltMarket’s pricing and ease of use are the main highlights of the entire service.

What You Get When You Buy Office Or Windows On AltMarket

Below is a complete breakdown of exactly what you receive after purchasing each product, how activation works, and what you can expect during the process.

Office 365 A3, One Year Global

The Office 365 A3 package on AltMarket gives you access to the full Microsoft Office ecosystem for one full year.

It is one of the most popular items on the platform because of the extremely low price and the very simple setup.

What you receive after purchase

Inside your order page and your email, you will find:

• A ZIP file that contains your Office account credentials,
• A ready to use username and password for logging into Microsoft’s website,
• Instructions for changing the password after your first login,
• A guide on how to activate Office on Windows, macOS, iOS, and Android.

There is no waiting period. Delivery appears instantly after the payment clears.

What the subscription includes

The A3 plan typically provides:

• Word, Excel, PowerPoint, Outlook, OneNote,
• Access to Microsoft Teams,
• Online cloud storage under the subscription account,
• Full online versions and installable desktop versions, depending on the package configuration,
• The ability to use Office on multiple devices under the same subscription credentials.

This makes it ideal for students, workers, freelancers, travelers, or anyone who needs Office for short-term or low cost projects.

Since it is a disposable style subscription, you can use the full suite for the year without committing to Microsoft’s heavy recurring monthly prices.

Activation process

Activation is simple:

1. Log into portal.office.com using the credentials provided.
2. Change your password if you wish.
3. Download the Office apps or use them online.
4. Your subscription activates automatically under the provided account.

No product key entry is required. It works through an assigned cloud subscription, which makes installation faster and more straightforward.

Windows 10 or 11 Pro Online Activation Key

AltMarket also sells Windows 10 or 11 Pro keys that activate just like regular retail licenses but cost dramatically less.

These keys are popular among PC builders, refurbished system sellers, and users who want an activated system without paying full Microsoft prices.

What you receive after purchase

You get:

• A Windows Pro activation key,
• A small ZIP file containing the key plus written instructions,
• A direct guide explaining how to enter the key in Windows Settings,
• Compatibility details, including the region, version, and activation method.

Windows keys are delivered instantly, just like Office 365.

How activation works

Activation is handled through the standard Windows process:

1. Open Settings,
2. Go to Update and Security,
3. Select Activation,
4. Enter the key provided.

After entering it, Windows should activate within a few seconds. In rare cases, it may request a quick online verification or a restart.

Why are these keys cheap?

AltMarket states that Windows licenses are sourced through bulk purchasing from verified suppliers.

Buying larger quantities lowers the per-license cost, which is why Windows Pro keys can be sold for under ten dollars.

Are these permanent

Most Windows keys on AltMarket activate permanently on the machine where they are used. Because the price is low, buyers often treat them as disposable style keys, useful for new builds, virtual machines, side systems, or refurbished computers.

What Makes The Purchasing Process So Smooth

No account required

You can complete a purchase without registering. The order is linked to your payment details, and the product is emailed instantly. This saves a lot of time compared to many key stores that force account creation.

Instant digital delivery

As soon as payment is processed, both Office subscriptions and Windows keys appear in your order history. You also receive the same information by email, including download links and instructions.

Simple, clear instructions included

Both products come with extremely straightforward activation guides. Even users who have never installed Windows or Office before will understand the steps.

Very low pricing

AltMarket routinely offers:

• Windows 10 or 11 Pro for under ten dollars,
• Office 365 one year subscriptions for around one dollar.

These prices are significantly lower than Microsoft Store pricing.

Multiple payment options

Payment methods include PayPal, card payments through trusted processors, and several cryptocurrency options like BTC, USDT, and USDC.

Refund and replacement support

If a key arrives broken, already used, or incorrect, AltMarket offers either a replacement or a refund. Support responses usually come within two or three days.

Additional Digital Products Available

While Office and Windows are the most attractive deals, AltMarket also sells:

• Xbox, PlayStation, Nintendo, Steam, and GOG keys,
• Mobile subscriptions for iOS and Android,
• Antivirus and security suites,
• PC utilities like benchmarking tools,
• Gift cards and in game currencies.

The catalog is large and well organized, and the search bar is fast enough to find specific titles in seconds.

Is AltMarket Safe?

According to its publicly listed Terms and Conditions, AltMarket operates under Georgian commercial law, uses secure payment channels, does not store financial information, and provides clear dispute handling procedures.

Product sourcing is explained more transparently than on most discount key platforms.

Final Thoughts

AltMarket stands out because it combines extremely low prices with instant delivery and unusually clear transparency for a budget software store. Anyone who needs an affordable Windows license or an inexpensive one-year Office 365 subscription will find the process fast, simple, and cost-effective.

If you want activated Windows or full Office access without spending much, AltMarket’s straightforward checkout, instant delivery, and reliable support make it an appealing option.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
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• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post AltMarket: A Surprisingly Easy Way to Get Cheap Windows & Office Keys first appeared on iDevice Central.

Hi everyone, GeoSn0w here!

Today, I am excited to release iEscaper v1.0. I built this tool to bring powerful MobileGestalt tweaks to users on newer iOS without requiring a jailbreak.

iEscaper is based on the new bookrestore sandbox escape exploit, and I rewrote the entire exploit in Swift for improved reliability and stability.

The result is a tool that has a 100 percent success rate in testing and supports iOS 26.2 Beta 1 and lower on all devices.

iEscaper

MobileGestalt iOS Tweaker for iOS 26.2 Beta 1 and lower

Get iEscaper v1.0

Latest Version

1.0.0 – Enable iPadOS on iPhone (21 November, 2025)

Virus Tested!

100% clean, tested with MalwareBytes



iEscaper for Mac

macOS version

Download

Compatibility

macOS (Intel + ARM)

File Size

7.7 MB

License

Free

Tested and verified by GeoSn0w at iDevice Central

What you can do so far with iEscaper (More to come):

• Enable iPadOS Dock on iPhone
• Enable Windowed apps on iPhone (iPadOS style)
• Enable Stage Manager on iOS
• More tweaks coming soon!

Compatibilty

iEscaper works on all devices with iOS 26.2 Beta 1 and lower down to iOS 17.0 or so. For now it’s for macOS Intel and ARM. Windows version will likely come soon.

Is iEscaper Safe?

To help prevent mistakes, iEscaper includes an automatic MobileGestalt checker. It reads the file you provide and confirms that it matches both your device and your current iOS version. If something is off, it warns you immediately.

This is designed to protect users from accidentally copying over incorrect MobileGestalt files that could cause boot issues.

Still, it’s best to make a backup of your device. Playing with MobileGestalt always carries a bit of risk of bootlooping!

This release is made possible thanks to the recent research published by hanakim that documents the bookrestore-based sandbox escape. Their work opened the door for this project and allowed me to deliver a stable implementation for the community.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post Download iEscaper – iOS MobileGestalt Tweaker for iOS 17.0 – 26.1 for All Devices first appeared on iDevice Central.

The newly released itunesstored & bookassetd sbx escape exploit allows us to modify the MobileGestalt.Plist file to change values inside of it.

This file is very important since it contains all the details about the device. Its type, color, model, capabilities like Dynamic Island, Stage Manager, multitasking, etc. are all present inside that file.

Naturally, Apple has encrypted the key-value pairs, but people have managed to figure out most of them over the years.

Modification of the MobileGestalt file has allowed many tweaking applications like Nugget, Misaka, and Picasso to exist over the years.

Recently, developer Duy Tran posted an intriguing video of their iPhone having iPad features like actual app windows, the iPadOS dock, stage manager, etc. This was done with the new exploit that uses a maliciously crafted downloads.28.sqlitedb database to write to paths normally protected by the Sandbox.

Fortunately, MobileGestalt.Plist is one of these paths, and you can actually modify your iPhone to have iPadOS features.

First look of iPadOS on iPhone 17 Pro Max pic.twitter.com/PMynlGLVFw

— Duy Tran (@khanhduytran0) November 15, 2025

Supported iOS versions and devices

The new itunesstored & bookassetd sandbox escape exploit supports all devices on iOS up to iOS 26.1 and iOS 26.2 Beta 1.

This exploit circulated for a while on the internet and was used for iCloud Bypass purposes since it can write to paths and hacktivate.

This will very likely be used to update tools like Nugget, Misaka, etc.

It’s quite a powerful exploit. It can write to most paths controlled/owned by the mobile user. It cannot write to paths owned by the root user.

Obtaining the MobileGestalt.Plist file from the device

There are several ways to go about this. Some Shortcuts allow you to obtain the plist still, tho some of these floating around have been patched.

I didn’t bother. I just made a new Xcode application and read the file at /private/var/containers/Shared/SystemGroup/ systemgroup.com.apple.mobilegestaltcache/Library/Caches/com.apple.MobileGestalt.plist

It’s as simple as:

import SwiftUI
import UniformTypeIdentifiers

struct ContentView: View {
    @State private var plistData: Any?
    @StateObject private var coordinator = DocumentPickerCoordinator()
    
    let plistPath = "/private/var/containers/Shared/SystemGroup/systemgroup.com.apple.mobilegestaltcache/Library/Caches/com.apple.MobileGestalt.plist"
    
    var body: some View {
        VStack(spacing: 20) {
            Button("Load Plist") {
                loadPlist()
            }
            
            if plistData != nil {
                Button("Save to Files") {
                    savePlist()
                }
            }
        }
    }
    
    func loadPlist() {
        if let data = try? Data(contentsOf: URL(fileURLWithPath: plistPath)),
           let plist = try? PropertyListSerialization.propertyList(from: data, options: [], format: nil) {
            plistData = plist
        }
    }
    
    func savePlist() {
        guard let plist = plistData,
              let data = try? PropertyListSerialization.data(fromPropertyList: plist, format: .xml, options: 0) else { return }
        
        let tempURL = FileManager.default.temporaryDirectory.appendingPathComponent("MobileGestalt.plist")
        try? data.write(to: tempURL)
        
        let picker = UIDocumentPickerViewController(forExporting: [tempURL], asCopy: true)
        picker.delegate = coordinator
        
        if let scene = UIApplication.shared.connectedScenes.first as? UIWindowScene,
           let window = scene.windows.first,
           let root = window.rootViewController {
            var top = root
            while let presented = top.presentedViewController {
                top = presented
            }
            top.present(picker, animated: true)
        }
    }
}

class DocumentPickerCoordinator: NSObject, UIDocumentPickerDelegate, ObservableObject {
    func documentPicker(_ controller: UIDocumentPickerViewController, didPickDocumentsAt urls: [URL]) {}
    func documentPickerWasCancelled(_ controller: UIDocumentPickerViewController) {}
}

This would save your MobileGestalt.Plist file without issue even on iOS 26.1 because Apple still allows iOS apps to read this path, no problem. You can’t write to it this way, but reading works.

Once you have it inside the Files application, you can just AirDrop it to your computer.

Finding the proper MobileGestalt keys to write

There are hundreds of MobileGestalt keys, each controlling something else. These keys are encrypted and look like 1tvy6WfYKVGumYi6Y8E5Og and /bSMNaIuUT58N/BN1nYUjw, etc.

For example:

• uKc7FPnEO++lVhHWHFlGbQ = Device is an iPad
• HV7WDiidgMf7lwAu++Lk5w = Device has TouchID functionality.
• s2UwZpwDQcywU3de47/ilw = Device has a microphone.

And so on. There is a nice article over on TheAppleWiki with all the available MobileGestalt Keys people managed to decrypt over the years.

You need to find the right keys to add to your iPhone’s MobileGestalt that would first make it think it’s an iPad, and then enable iPad features like Stage Manager, Multitasking, etc.

I’ve done the research for you, and you need the following keys:

• uKc7FPnEO++lVhHWHFlGbQ = Device is an iPad.
• mG0AnH/Vy1veoqoLRAIgTA = Device supports Medusa Floating Live Apps
• UCG5MkVahJxG1YULbbd5Bg = Device supports Medusa Overlay Apps
• ZYqko/XM5zD3XBfN5RmaXA = Device supports Medusa Pinned Apps
• nVh/gwNpy7Jv1NOk00CMrw = Device supports MedusaPIP mirroring
• qeaj75wk3HF4DwQ8qbIi7g = Device is capable of enabling Stage Manager

Those are all the keys we need for now.

The uKc7FPnEO++lVhHWHFlGbQ value is what tells the device it is an iPad instead of an iPhone. This MUST be added to the CacheData section of the MobileGestalt plist, not the CacheExtra, otherwise the device WILL BOOTLOOP!

However, we have a problem. CacheData looks like this:

So how the hell do we add the necessary keys to it? It’s all garbled characters. Looks encrypted.

Well, you will need to find the offset of the key you wanna change inside the libmobilegestalt.dylib file. Let me explain.

The uKc7FPnEO++lVhHWHFlGbQ value (iPad) needs to be added to mtrAoWJ3gsq+I90ZnQ0vQw, which is DeviceClassNumber, like this:

mtrAoWJ3gsq+I90ZnQ0vQw : uKc7FPnEO++lVhHWHFlGbQ

Which translates to DeviceClassNumber : 3 (iPad)

But how can you add this if the CacheData section is garbled?

Finding the right offset inside the libmobilegestalt.dylib

The /usr/lib/libMobileGestalt.dylib is not accessible from the sandbox, so we cannot read it via an Xcode-made app like before, but we can dlopen the libmobilegestalt.dylib and parse its segments. If we can do that, we can look for the encrypted key mtrAoWJ3gsq+I90ZnQ0vQw and find the offset.

Then we would know where to place our modified keys.

You can adapt the SwiftUI app from earlier to dlopen the dylib quite easily. Here’s what I came up with. Quick and dirty, based on Duy’s older code from SparseBox:

func findCacheDataOffset() -> Int? {
    guard let handle = dlopen("/usr/lib/libMobileGestalt.dylib", RTLD_GLOBAL) else { return nil }
    defer { dlclose(handle) }
    
    var headerPtr: UnsafePointer<mach_header_64>?
    var imageSlide: Int = 0
    
    for i in 0..<_dyld_image_count() {
        if let imageName = _dyld_get_image_name(i),
           String(cString: imageName) == "/usr/lib/libMobileGestalt.dylib",
           let imageHeader = _dyld_get_image_header(i) {
            headerPtr = UnsafeRawPointer(imageHeader).assumingMemoryBound(to: mach_header_64.self)
            imageSlide = _dyld_get_image_vmaddr_slide(i)
            break
        }
    }
    
    guard let header = headerPtr else { return nil }
    
    var textCStringAddr: UInt64 = 0
    var textCStringSize: UInt64 = 0
    var constAddr: UInt64 = 0
    var constSize: UInt64 = 0
    var curCmd = UnsafeRawPointer(header).advanced(by: MemoryLayout<mach_header_64>.size)
    
    for _ in 0..<header.pointee.ncmds {
        let cmd = curCmd.assumingMemoryBound(to: load_command.self)
        
        if cmd.pointee.cmd == LC_SEGMENT_64 {
            let segCmd = curCmd.assumingMemoryBound(to: segment_command_64.self)
            let segName = String(data: Data(bytes: &segCmd.pointee.segname, count: 16), encoding: .utf8)?.trimmingCharacters(in: .controlCharacters) ?? ""
            var sectionPtr = curCmd.advanced(by: MemoryLayout<segment_command_64>.size)
            
            for _ in 0..<Int(segCmd.pointee.nsects) {
                let section = sectionPtr.assumingMemoryBound(to: section_64.self)
                let sectName = String(data: Data(bytes: §ion.pointee.sectname, count: 16), encoding: .utf8)?.trimmingCharacters(in: .controlCharacters) ?? ""
                
                if segName == "__TEXT" && sectName == "__cstring" {
                    textCStringAddr = section.pointee.addr
                    textCStringSize = section.pointee.size
                }
                
                if (segName == "__AUTH_CONST" || segName == "__DATA_CONST") && sectName == "__const" {
                    constAddr = section.pointee.addr
                    constSize = section.pointee.size
                }
                
                sectionPtr = sectionPtr.advanced(by: MemoryLayout<section_64>.size)
            }
        }
        
        curCmd = curCmd.advanced(by: Int(cmd.pointee.cmdsize))
    }
    
    guard textCStringAddr != 0, constAddr != 0 else { return nil }
    
    let textCStringPtr = UnsafeRawPointer(bitPattern: Int(textCStringAddr) + imageSlide)!
    var keyPtr: UnsafePointer<CChar>?
    var offset = 0
    
    while offset < Int(textCStringSize) {
        let currentPtr = textCStringPtr.advanced(by: offset).assumingMemoryBound(to: CChar.self)
        let currentString = String(cString: currentPtr)
        
        if currentString == "mtrAoWJ3gsq+I90ZnQ0vQw" {
            keyPtr = currentPtr
            break
        }
        
        offset += currentString.utf8.count + 1
    }
    
    guard let keyPtr = keyPtr else { return nil }
    
    let constSectionPtr = UnsafeRawPointer(bitPattern: Int(constAddr) + imageSlide)!.assumingMemoryBound(to: UnsafeRawPointer.self)
    var structPtr: UnsafeRawPointer?
    
    for i in 0..<Int(constSize) / 8 {
        if constSectionPtr[i] == UnsafeRawPointer(keyPtr) {
            structPtr = UnsafeRawPointer(constSectionPtr.advanced(by: i))
            break
        }
    }
    
    guard let structPtr = structPtr else { return nil }
    
    let offsetMetadata = structPtr.advanced(by: 0x9a).assumingMemo

This will give you the offset for the DeviceClassNumber so now you can just write your new value to it.

For this, you can just modify Duy’s Python script, which is based on Hana Kim‘s original files.

I added something like this:

IPAD_KEYS = [
    "uKc7FPnEO++lVhHWHFlGbQ",
    "mG0AnH/Vy1veoqoLRAIgTA",
    "UCG5MkVahJxG1YULbbd5Bg",
    "ZYqko/XM5zD3XBfN5RmaXA",
    "nVh/gwNpy7Jv1NOk00CMrw",
    "qeaj75wk3HF4DwQ8qbIi7g"
]

def write_ipad_to_device_class_with_offset(self, mg_plist, offset):
        cache_data = mg_plist.get('CacheData')
        cache_extra = mg_plist.get('CacheExtra', {})
        
        if cache_data is None:
            self.log("[!] Error: CacheData not found in MobileGestalt", "error")
            return False
        
        if not isinstance(cache_data, bytes):
            cache_data = bytes(cache_data)
        
        if offset >= len(cache_data) - 8:
            self.log(f"[!] Error: Offset {offset} is beyond CacheData bounds ({len(cache_data)} bytes)", "error")
            return False
        
        cache_data_array = bytearray(cache_data)
        
        current_value = struct.unpack_from('<Q', cache_data_array, offset)[0]
        device_type = 'iPhone' if current_value == 1 else 'iPad' if current_value == 3 else 'Unknown'
        self.log(f"[i] Current DeviceClassNumber value: {current_value} ({device_type})", "info")
        
        struct.pack_into('<Q', cache_data_array, offset, 3)
        
        new_value = struct.unpack_from('<Q', cache_data_array, offset)[0]
        self.log(f"[i] New DeviceClassNumber value: {new_value} (iPad)", "success")
        
        mg_plist['CacheData'] = bytes(cache_data_array)
        
        for key in IPAD_KEYS:
            cache_extra[key] = 1
        
        mg_plist['CacheExtra'] = cache_extra
        
        self.log("[+] Successfully wrote iPad device class to MobileGestalt", "success")
        return True

def modify_mobile_gestalt(self, mg_file, output_file):
        try:
            with open(mg_file, 'rb') as f:
                mg_plist = plistlib.load(f)
            
            choice = self.operation_mode.get()
            
            if choice in [1, 2]:
                offset = None
                offset_str = self.offset_var.get().strip()
                
                if offset_str:
                    try:
                        if offset_str.startswith("0x") or offset_str.startswith("0X"):
                            offset = int(offset_str, 16)
                        else:
                            offset = int(offset_str)
                        self.log(f"[+] Using offset: {offset} (0x{offset:x})", "success")
                    except ValueError:
                        self.log("[!] Invalid offset format, skipping CacheData modification", "warning")
                        offset = None
                
                if choice == 1:
                    if offset is not None and self.write_ipad_to_device_class_with_offset(mg_plist, offset):
                        self.log("[+] iPad mode enabled", "success")
                    elif offset is None:
                        cache_extra = mg_plist.get('CacheExtra', {})
                        for key in IPAD_KEYS:
                            cache_extra[key] = 1
                        mg_plist['CacheExtra'] = cache_extra
                        self.log("[!] iPad mode enabled (CacheExtra only - may not fully work without CacheData)", "warning")
                    else:
                        self.log("[!] Failed to enable iPad mode", "error")
                        return False
                elif choice == 2:
                    if offset is not None and self.restore_iphone_device_class_with_offset(mg_plist, offset):
                        self.log("[+] iPhone mode restored", "success")
                    elif offset is None:
                        cache_extra = mg_plist.get('CacheExtra', {})
                        for key in IPAD_KEYS:
                            cache_extra.pop(key, None)
                        mg_plist['CacheExtra'] = cache_extra
                        self.log("[i] iPhone mode restored (CacheExtra only)", "warning")
                    else:
                        self.log("[!] Failed to restore iPhone mode", "error")
                        return False
            else:
                self.log("[i] Using file as-is", "info")
            
            with open(output_file, 'wb') as f:
                plistlib.dump(mg_plist, f)
            
            self.log(f"[+] SUCCESS: Modified MobileGestalt saved to: {output_file}", "success")
            return True
            
        except Exception as e:
            self.log(f"[!] Error modifying MobileGestalt: {e}", "error")
            return False
            

That’s it. That’s all the modifications I did to the original bl_sbx Python script from Duy.

Running this with python3 in a venv allowed me to change the device to iPad and enable iPad features.

The exploit doesn’t have a great success rate, so you may need to try this again and again until it succeeds. Once it does, reboot the device. You should be able to access iPad features in Settings.

Setting up the environment for Python3 on macOS

To properly run the Python script on recent macOS and install the dependencies, you must first set up a virtual environment. To do that, you need to run:

cd bl_sbx
python3 -m venv venv
source venv/bin/activate
pip install click requests packaging pymobiledevice3

Once the environment is set up and the prerequisites are installed, you can just run the script:

python3 run.py DEVICE UDID /path/to/MobileGestalt.plist

I used ideviceinfo, part of libimobiledevice, to get the device UDID, but it’s also available in Finder, 3uTools on Windows, etc.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post How to Enable iPad Features like MultiTasking & Stage Manager on iPhone via MobileGestalt first appeared on iDevice Central.

Jailbreaking remains a topic of steady interest among iPhone users who want deeper access to their devices. When an iPhone is locked behind Activation Lock, many users wonder if a jailbreak can help them regain access. There is a lot of confusion about what is possible, what is not, and what tools exist today.

This guide covers the realities of jailbreaking an iCloud locked device in 2025, how Activation Lock works, what role jailbreaks play, and how tools like AnyUnlock can help legitimate owners remove lockouts when they have the legal right to do so.

Part 1. Can You Jailbreak an iCloud Locked iPhone?

A jailbreak can be applied to many devices even when Activation Lock is present. Jailbreaking targets the iOS system rather than the Apple ID lock on the server side. In other words, an iCloud locked device can often still be placed into a jailbreak environment depending on its chipset and supported firmware.

However, it is important to understand that jailbreaking alone does not remove Activation Lock. The lock exists on Apple’s servers and remains active regardless of the jailbreak.

Part 2. Can Jailbreaking an iPhone Bypass the iCloud Activation Lock?

A jailbreak does not remove or bypass Activation Lock by itself. Activation Lock is tied to the previous owner’s Apple ID and password. Even with a jailbreak, the lock persists during setup and blocks normal use.

Some tools rely on a jailbreak to enable certain device-side actions, but the jailbreak is not the bypass. It simply provides deeper system access that specialized software can use. Any solution must still comply with laws and should only be used by individuals who are the lawful owners of the device.

Part 3. Jailbreak and Unlock an iCloud Locked iPhone via iCloud Bypass Tool

Software designed to assist legitimate owners can help remove Activation Lock when you have rights to the device. One such tool is AnyUnlock, which provides an iCloud Activation Lock removal function in addition to several other device access utilities.

Key features of AnyUnlock

• Bypass iPhone locked to owner and remove Activation Lock without the previous Apple ID when you have legitimate ownership.
• Straightforward workflow that guides users through the steps with clarity.
• High success rate based on supported device models.
• Supports iOS 12 through iOS 16.5.
• Can identify the Apple ID associated with the device through its on-device scan.
• Can also remove screen lock, MDM lock, Apple ID, SIM lock and more for iPhone, iPad, and iPod touch.

For users who need an iCloud bypass tool, you can learn more here: iCloud bypass tool (Works in 2025!)

Because providing detailed operational steps for bypassing security features would violate safety guidelines, here is a high level outline of the type of process AnyUnlock uses when appropriate:

1. The device is connected to a computer and placed into the required device mode.
2. A jailbreak component is applied for compatible chipsets to enable system level access.
3. AnyUnlock performs its lock removal workflow and prepares the device for activation without the previous credentials.

For a complete walkthrough, consult the official guide here: jailbreak iCloud locked iPhone

Part 4. Jailbreak iCloud Locked iPhone Video Tutorial

You can embed the official tutorial video in WordPress using the standard YouTube or video embed block. Add the video provided by the vendor or the one you want to feature:

Part 5. Jailbreak iCloud Locked iPhone with Checkra1n

Checkra1n historically offered reliable jailbreak support for devices using the A7 to A11 chip. Since it is based on the checkm8 bootrom exploit, it works at a hardware level and remains functional for compatible devices even in 2025.

Checkra1n can jailbreak an iCloud locked device, but again, it does not remove Activation Lock. It serves as the foundation for tools that require system-level access. Be aware that Checkra1n updates have slowed and some unofficial forks exist. Only use trusted sources to avoid risks.

Part 6. Remove iCloud Activation Lock without Jailbreak

The only official method to remove Activation Lock is through Apple or the previous owner. If you are the lawful owner and have access to the Apple ID, you can remove the lock through Find My:

1. Sign in to iCloud with the Apple ID linked to the device.
2. Open Find My and locate the device.
3. Select the device and choose the option to remove it from the account.
4. Once removed, you can restart the device and it will activate normally.

If you purchased a secondhand device that is still linked to a previous owner, you must contact them and request removal. Apple may assist if you have the original proof of purchase.

Part 7. Conclusion

A jailbreak can be used on an iCloud locked iPhone, but it does not remove Activation Lock by itself. Activation Lock sits on Apple’s servers and only an approved removal process or an authorized tool used by the lawful owner can clear it.

Solutions like AnyUnlock offer additional options for people who own the device and need system access restored. Always ensure that you are the rightful owner before using any lock removal utility. Following the correct approach will save time and help you restore proper use of your device safely and responsibly.

More iDevice Central Guides

• iOS 17 Jailbreak RELEASED! How to Jailbreak iOS 17 with PaleRa1n
• How to Jailbreak iOS 18.0 – iOS 18.2.1 / iOS 18.3 With Tweaks
• Download iRemovalRa1n Jailbreak (CheckRa1n for Windows)
• Dopamine Jailbreak (Fugu15 Max) Release Is Coming Soon for iOS 15.0 – 15.4.1 A12+
• Cowabunga Lite For iOS 16.2 – 16.4 Released in Beta! Install Tweaks and Themes Without Jailbreak
• Fugu15 Max Jailbreak: All Confirmed Working Rootless Tweaks List
• iOS 14.0 – 16.1.2 – All MacDirtyCow Tools IPAs
• iOS Jailbreak Tools for All iOS Versions

The post Solved! How to Jailbreak iCloud Locked iPhone 2025 first appeared on iDevice Central.