If you are holding an iPad 2 stuck on the "Hello" screen with an iCloud Activation Lock, you might think you have a very expensive paperweight on your hands. Usually, iCloud locks are insurmountable security walls. However, the iPad 2 running iOS 9.3.5 is a unique beast in the Apple ecosystem.
Due to a specific hardware configuration and the aging software architecture, this specific model offers a rare opportunity: a hardware-based, untethered iCloud bypass.
In this guide, we will explain exactly what this means, how it works, and the steps you need to take to bring your device back to life.
Some technicians have attempted:
When searching for "iPad 2 9.3.5 iCloud bypass untethered," you will encounter:
r/setupapp on Reddit).Bypassing the iCloud activation lock on an iPad 2, model 935, especially seeking an untethered solution, requires careful consideration of the methods available and their implications. Users should weigh the benefits against potential risks and consider reaching out to Apple support or authorized service providers for assistance. As technology evolves, staying informed about the latest and safest methods is crucial.
Title: The Ghost in the Glass
Log Entry: Day 47
The iPad 2 sat on Marco’s workbench like a fossilized relic. Silver backing scratched, home button mushy—but the screen was pristine. It was a 3G model, model A1396, stuck on the "Activation Lock" screen. The email address displayed was a half-obscured ghost: a*****@mac.com. An account that, by all digital forensics, no longer existed on Apple’s servers.
The owner, an elderly woman named Mrs. Gable, had brought it in. "My son set this up for me in 2012," she said. "He passed away five years ago. I don't want his data. I just want to read my books."
Marco had nodded. "I'll try."
He had tried everything. The standard DNS trick? Patched years ago. The SIM swap? The iPad laughed at him. The tethered bypasses? Those worked—but the moment the iPad died or rebooted, it turned back into a silver brick. Mrs. Gable needed untethered. She needed to turn it on and off like a normal person.
But there was the beast: Error 935.
Every time Marco tried to force the baseband (the 3G modem firmware) into submission, iTunes screamed 935. It was Apple’s digital guard dog, a hardware-level handshake failure. The 3G iPad 2 had a unique security chip—the Baseband Bootloader—that refused to talk to any server except Apple’s official activation servers. And those servers no longer recognized the ancient iOS 9.3.5 signatures.
Day 52
Marco found the forum. Deep in the catacombs of a Russian disassembly board, a user named Unlocker_Jin had posted a single cryptic line:
"935 is not a wall. It is a door with a broken handle. Replace the handle."
The post was from 2018. The file links were dead. But the theory was alive: the iPad 2 3G’s baseband had a vulnerability in its SecureROM—a buffer overflow triggered not by software, but by a specific voltage glitch on the NAND data line during boot. If you could time it right, the chip would skip the baseband check entirely.
It was insane. It required a Raspberry Pi Pico, a logic analyzer, and a steady hand to solder three jumper wires to test points smaller than a grain of rice.
Day 55 – 2:00 AM
Marco’s hands were trembling. The Pi Pico was programmed with checkm8-a5, a modified exploit for the iPad 2’s A5 chip. But the 3G model always failed at the final stage. He added a 47-microfarad capacitor between the NAND’s Vcc and ground. The theory: a slight power dip at the exact millisecond the baseband asked for authentication.
He plugged the USB into his Mac. The iPad 2 screen stayed black.
Then—the Apple logo. Dim, then bright.
He held his breath.
The "Hello" screen appeared. Swipe to unlock. No iCloud prompt. No "Activation Lock." The iPad booted straight to the springboard—icons wobbling, Wi-Fi off, cellular searching.
He rebooted it manually. Held the power button. The screen went black. Then the Apple logo again.
And again—springboard. No lock.
Untethered.
Marco exhaled. The ghost in the glass was gone. The iPad 2 was no longer a prison for someone’s lost password—it was just a tablet again. Slow, creaky, but free.
Epilogue
Mrs. Gable picked it up three days later. She opened iBooks, and her library synced (Marco had signed her into a new, clean Apple ID). She smiled.
"You gave it a second life," she said.
Marco nodded, but he was thinking about the 935 error. About the capacitor and the voltage glitch. About the fact that the exploit would only work on this specific iPad 2 3G with this specific iOS version.
He was also thinking that he’d never post the method online. Not because he wanted to keep it secret—but because some locks, even digital ones, sometimes deserve to stay shut. And some ghosts, once freed, shouldn't be summoned again.
But for one night, in a small repair shop, the iPad 2 was untethered from its past.
END
For an iPad 2 running iOS 9.3.5, a fully untethered iCloud bypass—meaning the device remains bypassed even after a reboot—typically requires more than just software. Because the iPad 2 uses the older A5 chip, it is not compatible with the popular CheckM8 exploit used for newer devices.
The most reliable methods for an untethered bypass on this specific hardware involve the following: Hardware-Based Bypass (Arduino Method)
This is considered the only "true" permanent and untethered method for A5 devices.
Requirements: You need an Arduino Uno and a USB Host Shield.
Process: Use the Arduino to put the iPad into a special "pwned DFU" mode. Once in this mode, you can use desktop tools like Sliver to delete the Setup.app file from the device's filesystem.
Result: Deleting Setup.app allows the iPad to boot directly to the home screen. This remains untethered unless the device is restored via iTunes. Software-Only Bypasses (Usually Tethered)
Many software tools claiming to bypass iOS 9.3.5 on Windows or Mac without extra hardware are often tethered.
iRemove Tools / 3uTools: These can sometimes skip the activation screen, but the device may relock or get stuck in an "Activation could not be completed" loop if it is rebooted.
Limitations: Software-only methods for A5 devices often cannot achieve a deep enough exploit to permanently remove the lock without the Arduino setup. Official Removal
If you have proof of purchase, the most secure and permanent "untethered" solution is to request an activation lock removal directly from Apple Support.
Note: Be cautious of websites or videos promising "free untethered" software-only downloads for iPad 2; these often lead to unreliable third-party tools that may compromise device security. iPad 2 iOS 9.3.5 untethered success (setup app removed).
You're looking for information on iCloud bypass methods for an iPad 2 with a 935 icloud lock, specifically an untethered solution. I'll provide some general insights and guidance. ipad 2 935 icloud bypass untethered
Understanding iCloud Lock and Bypass
The iCloud lock, also known as Activation Lock, is a security feature introduced by Apple to prevent unauthorized access to iOS devices. When a device is locked to an iCloud account, it requires the account credentials (Apple ID and password) to activate and use the device.
An iCloud bypass is a method to circumvent this lock, allowing users to activate and use their device without the original iCloud account credentials. There are various types of bypass methods, including tethered and untethered solutions.
Tethered vs. Untethered Bypass
iPad 2 (935) iCloud Bypass
The iPad 2 (935) model is an older device, and iCloud bypass methods may vary depending on the iOS version installed.
Untethered iCloud bypass solutions for iPad 2 (935) exist, but they often rely on specific exploits and may not be compatible with all iOS versions. Some popular tools for iCloud bypass on older iOS devices include:
Risks and Considerations
Before attempting an iCloud bypass, consider the following:
Conclusion
While untethered iCloud bypass solutions for iPad 2 (935) exist, they may come with risks and limitations. Before attempting a bypass, ensure you understand the potential consequences and explore alternative solutions, such as:
If you still want to pursue an iCloud bypass, research reputable sources and be cautious when using third-party tools and tweaks.
I can’t help with bypassing iCloud activation, removing activation locks, or any instructions that defeat device security (including untethered/unlocking methods). That includes iCloud bypasses for iPad 2 or other devices.
If you own the device and are locked out, here are legitimate, safe options you can follow:
If you want, I can:
Which of those would you like?
For an iPad 2 running iOS 9.3.5 (often identified by model numbers like A1395 , , or
), achieving a truly untethered iCloud bypass is technically challenging because most software-based methods are "tethered," meaning the device relocks if it is rebooted.
The most reliable ways to handle this in 2026 involve specialized hardware or professional software tools. 1. Hardware Modification (Permanent & Untethered)
This is the only truly untethered method that survives a full restore and reboot. It involves hardware-level changes to the device's logic board. Method: For cellular models ( /
), removing a specific resistor on the logic board can "force" the device to identify as a WiFi-only model. Once this is done and the device is restored via iTunes, it may activate normally as a new WiFi-only iPad.
Difficulty: Requires microsoldering skills and a magnifying glass, as the resistors are extremely small. 2. Software-Based Bypass (Tethered/Semi-Untethered)
Software tools can "skip" the setup screen, but they usually require a computer to reactivate if the battery dies or the device is restarted.
Sliver (by AppleTech752): A popular tool used to delete the Setup.app file on older iOS versions. Requirements : Often requires an Arduino Uno
and a USB Host Shield to put the iPad into "pwned DFU" mode. Some newer tutorials claim to work without the Arduino, but success rates vary.
Third-Party Unlockers: Tools like iRemove Tools or TunesKit iPhone Unlocker claim to bypass the lock screen in a few clicks, though these are often paid services. 3. Legitimate Apple Removal
If you are the original owner or have proof of purchase, Apple can permanently remove the lock for you.
Support Request: You can start an official Activation Lock support request with Apple.
Documentation: You must provide the serial number or IMEI and a valid proof of purchase. 4. Limited "Glitches" (iOS 9.x)
There are temporary glitches that allow a brief look at the home screen, though they do not provide a full bypass.
VoiceOver Glitch: Triple-clicking the home button to enable VoiceOver while switching languages and repeatedly pressing the power button can sometimes force a temporary view of the home screen. This is generally used for data discovery rather than daily use. Summary Table: iPad 2 Bypass Methods Method Untethered? Difficulty Success Rate Hardware Mod Yes (Permanent) High (Soldering) High (Cellular models) Sliver / Arduino Semi-Tethered Medium/High Third-Party Tools Apple Support Yes (Official) Documentation Guaranteed (if eligible)
Important Note: Be cautious of websites claiming to offer "free untethered bypass" downloads, as these are often scams or contain malware. Always use reputable community-vetted tools.
Do you have access to a Mac or Windows PC, and are you comfortable using DFU mode to start the bypass process?
Bypassing the iCloud Activation Lock on an iPad 2 running iOS 9.3.5 is a common but technical process because the device uses the older A5 chip, which is notoriously difficult to exploit without specific hardware.
Here is a review of the primary methods for an untethered bypass: 1. The "Standard" Method (Arduino + USB Host Shield)
For a truly untethered bypass (where the device stays unlocked after a reboot), you generally need a hardware-based exploit.
Why it's needed: The A5 chip in the iPad 2 requires an Arduino Uno and a USB Host Shield to put the device into "pwned DFU" mode.
The Process: You load a specific script (like checkm8-A5) onto the Arduino, connect the iPad in DFU mode, and then use a Mac tool like Sliver by AppleTech752 to delete the Setup.app file.
Outcome: Permanent and untethered. However, if you factory reset or restore the device via iTunes, it will relock. 2. Software-Only "Tethered" Bypasses
If you do not have an Arduino, there are tools for Windows and Mac that can "skip" the activation screen.
Common Tools: Software like iFrpfile All-in-One or iRemove Tools often claim to offer these services.
Limitations: Many of these are tethered, meaning if the iPad dies or restarts, you must connect it to a computer and run the tool again to access the home screen. 3. Hardware "Resistor" Method (Cellular Models Only)
If you have an iPad 2 (GSM/CDMA) (model A1396 or A1397), there is a permanent hardware bypass.
The Method: By physically removing a specific resistor on the logic board, you effectively turn the device into a "WiFi-only" model.
Outcome: Once the resistor is removed and the device is restored via iTunes, it will activate normally through Apple's servers because the WiFi-only serial number doesn't have an activation lock attached. Summary Table: iPad 2 Bypass Options Untethered? Hardware Required Difficulty Arduino + Sliver Arduino Uno + USB Host Shield High (Technical) Software Skip Usually No USB Cable + PC/Mac Resistor Removal Soldering/Precision Tools Expert (Hardware) Important Cautions
Functionality: Even after a successful bypass, features like iCloud Sync, iMessage, and FaceTime often will not work.
App Support: iOS 9.3.5 is very old; most modern apps from the App Store will not download or run on this version. Unlocking the Past: The Ultimate Guide to iPad 2 (9
Official Removal: If you can prove ownership, you can submit an Activation Lock support request to Apple, which is the only way to get a 100% official and clean unlock.
Are you planning to use the Arduino hardware method, or were you looking for a software-only solution?
iPad 2 iOS 9.3.5 Hello screen Activation Lock. How remove it??
Finding an untethered iCloud bypass for the iPad 2 (Model A1395, A1396, or A1397) running iOS 9.3.5 is a common challenge for those looking to revive older hardware. Because the iPad 2 uses the older 32-bit A5 chip, the methods for bypassing the Activation Lock are quite different from modern iPhones.
Here is a comprehensive look at how the process works, the tools required, and what "untethered" actually means for this specific device. Understanding the iPad 2 and iOS 9.3.5 Bypassing
The iPad 2 is unique because it is vulnerable to certain hardware-level exploits that were patched in later generations. On iOS 9.3.5—the final firmware version for this device—an "untethered" bypass is the gold standard.
Tethered: If you reboot the device, it returns to the "Activation Lock" screen.
Untethered: The bypass persists even after a power cycle or a dead battery. Prerequisites
Before attempting a bypass, you need to identify your specific iPad 2 revision. Some iPad 2 models (specifically the "iPad 2,4" released in 2012) have a slightly different processor that may require different file sets. What you will need:
An Arduino Uno + USB Host Shield: For the most reliable, permanent bypass, hardware interaction is often required to put the A5 chip into "pwned DFU" mode.
Sliver (by AppleTech752): Currently the most popular software tool for Mac users to handle A5 device bypassing.
30-pin USB Cable: Ensure it is an original or high-quality data cable, as cheap charging cables often fail during the exploit process. Step-by-Step Method: The Arduino Approach
While some "software-only" methods claim to work, they are often tethered. The Arduino method is the most successful way to achieve a lasting result on the iPad 2. 1. Entering Pwned DFU Mode
The A5 chip requires a "Checkm8-style" exploit, but because it's 32-bit, you must use an Arduino Uno with a USB Host Shield. You will flash a specific sketch (checkm8-a5) to the Arduino, plug your iPad 2 into the shield, and wait for the LED to indicate the device is in a pwned state. 2. Using Sliver to Delete Setup.app Once the device is in pwned DFU mode: Connect the iPad to your Mac. Open Sliver and navigate to A5 Bypass > iPad 2.
Select Load Ramdisk. This sends the necessary files to the device to allow file system access.
Once the ramdisk is loaded, select Relay Device Info and then Delete Setup.app. 3. The Result
The iPad will reboot. Because Setup.app (the program responsible for the Activation Lock screen) has been deleted or renamed, the iPad will boot directly to the home screen. The Limitations of a 9.3.5 Bypass
Even with a successful untethered bypass, there are "legacy" issues to keep in mind:
No Cellular Data: If you have the GSM/CDMA model (A1396/A1397), the cellular functions will likely be disabled. The iPad will function as a Wi-Fi-only device.
App Store Compatibility: iOS 9.3.5 is quite old. Most modern apps require iOS 12 or 13. You will need to use the "Purchased" section of the App Store to download older, compatible versions of apps like Netflix or YouTube.
iCloud Services: You may not be able to sign into iCloud via the main Settings menu. Usually, you must sign into the App Store separately to download apps. Is it Permanent?
As long as you do not Restore or Update the device via iTunes/Finder, the bypass will remain. A standard "Erase All Content and Settings" from within the iPad may also re-lock the device, so it is best to avoid factory resets once the bypass is complete.
Disclaimer: This guide is for educational purposes and for those who have forgotten their own credentials or wish to reduce e-waste by reviving obsolete hardware. Bypassing activation locks on stolen property is illegal.
Bypassing the iCloud Activation Lock on an iPad 2 (running iOS 9.3.5 or 9.3.6) is achievable through specialized tools that exploit hardware vulnerabilities. An untethered
bypass means the device will remain unlocked even after a reboot. Essential Requirements
: A Mac is generally required for the most reliable tools, though some Windows-based methods exist. Hardware (Model Dependent) iPad 2,4 (Mid 2012) : Can often be bypassed without extra hardware. iPad 2,1 / 2,2 / 2,3 : Usually require an Arduino Uno USB Host Shield to send the initial exploit payload. : Recommended tools include (by AppleTech752) or Checkm8.info Method 1: Untethered Bypass via Sliver (Recommended) This method involves deleting the
file from the iPad's system, which prevents the Activation Lock screen from appearing.
How to Bypass the Activation Lock on iPad 2 without Arduino Board!
Unlocking the Past: The Guide to iPad 2 (A1395/A1396/A1397) iCloud Bypass
The iPad 2 remains a legendary piece of hardware. Whether you’re using it as a dedicated music player, a digital photo frame, or a simple e-reader, it still holds value. However, many of these legacy devices end up in drawers because of the dreaded iCloud Activation Lock.
If you're looking for an untethered (meaning the bypass persists after a reboot) solution for the iPad 2 (model 935/A1395/A1396/A1397), Understanding the Challenge
The iPad 2 is unique because it features the A5 chip. Unlike newer devices that use the checkm8 exploit (A7 through A11), the A5 chip requires specific hardware communication to bypass the setup screen.
For an untethered bypass, you aren't just "skipping" a screen; you are essentially modifying the file system so the iPad no longer asks for the previous owner's Apple ID during the setup process. Prerequisites: What You’ll Need Before starting, ensure you have the following:
An iPad 2: This guide covers the various versions (Wi-Fi, GSM, and CDMA).
Arduino Uno + USB Host Shield: Because the iPad 2 uses a 30-pin connector and an older exploit (Checkm8-A5), a hardware-based "pwnage" is often required to put the device into a state where it can accept custom commands.
Sliver (by AppleTech752): The industry standard for legacy iOS bypasses.
A Mac Computer: Most legacy bypass tools are built specifically for macOS. Step-by-Step Bypass Process 1. Hardware Initialization (The "Pwned" State)
Since the A5 chip is resistant to software-only injections from a standard boot, you must use an Arduino Uno with a USB Host Shield. Flash the "Checkm8-A5" sketch to your Arduino. Connect your iPad 2 in DFU mode to the Arduino.
Once the LED on the Arduino flashes correctly, your iPad is in a "pwned DFU" state. 2. Entering Ramdisk Mode
Once the device is pwned, connect it back to your Mac. Open Sliver and select the "iPad 2" option. The tool will send a "Ramdisk" to the device.
If successful, you will see a mounting progress bar or a specific logo on the iPad screen. This allows the computer to read and write to the iPad's internal storage system. 3. Deleting the Setup.app
This is the core of the bypass. By deleting or renaming Setup.app, you tell iOS that the initial setup has already been completed.
In your bypass tool, select "Relay Device Info" and then "Delete Setup.app." The device will reboot. 4. Achieving the Untethered State
To ensure the bypass is untethered, some tools will install a "Factory Activation" certificate. This tricks the iPad into thinking it has been officially activated by Apple’s servers. Without this, some devices may re-lock upon a hard reboot. Limitations to Keep in Mind
While an untethered bypass makes the iPad usable again, it isn't a "factory reset" fix.
No SIM Services: On GSM models, cellular data will likely not work.
iCloud Services: You may not be able to sign into a new iCloud account via Settings (though the App Store usually works fine). Desoldering the NAND flash, reading/writing it with a
iOS Version: This process is most stable on iOS 9.3.5 or 9.3.6. Is it worth it?
If you have the hardware (Arduino) on hand, bypassing an iPad 2 is a fun weekend project that saves a device from the landfill. It’s a great way to learn about the history of iOS security and breathing new life into a classic 9.7-inch display.
Disclaimer: This guide is for educational purposes only. iCloud bypasses should only be performed on devices you legally own where the original credentials have been lost.
Do you have the Arduino and USB Host Shield hardware ready to begin the flashing process?
The iPad 2 on iOS 9.3.5 represents the last generation of Apple devices vulnerable to an untethered, software-based iCloud bypass. Newer iPads (iPad 3 and above) require tethered checkm8 exploits or hardware mods (like changing the NAND chip).
If you have a locked iPad 2, you are in luck. With a 30-minute workflow using Sliver or MeowCat14, you can achieve a reboot-proof, untethered iCloud bypass that gives this 13-year-old tablet a second life.
Just remember: This is a bypass, not a permanent unlock. Treat the device as a standalone Wi-Fi tablet, avoid resetting it, and you will enjoy years of service from a piece of Apple history that simply refuses to die.
Final Verdict: Untethered iCloud bypass for iPad 2 iOS 9.3.5 is 100% achievable as of late 2024, but only using specific community tools and with the understanding that Apple services will remain limited.
Bypassing the iCloud Activation Lock on an iPad 2 (iOS 9.3.5/9.3.6) is a well-documented process in the legacy jailbreak community. Because the iPad 2 uses a 32-bit A5 chip, modern tools like checkra1n do not support it. Instead, you must use specialized tools like Sliver or a hardware-based Arduino setup for a truly untethered experience. 1. The "Silver" Software Method (Mac only)
The most common software-based bypass is using Sliver, a tool developed by AppleTech752. This method can be untethered, meaning the iPad remains bypassed even after a reboot. Preparation: Download Sliver and install HomeBrew on a Mac. Step-by-Step:
Restore your iPad 2 to factory settings using iTunes or 3uTools to ensure a clean state. Connect the device to your Mac and open Sliver. Follow the on-screen instructions to enter DFU Mode.
Run the Ramdisk bypass options within Sliver. This usually involves "Relay Device Info" and "Delete SetupApp".
Untethered Step: Once the device reaches the home screen, you may need to run a secondary script or install a specific "untethered" profile to prevent the lock from returning after a restart. 2. The Arduino Hardware Method
For those who cannot get the software-only method to work (common on certain iPad 2 variants), an Arduino Uno with a USB Host Shield is required to put the device into pwnDFU mode.
Why it's needed: Some iPad 2 models have hardware-level security that software cannot exploit while the OS is running. The Arduino sends a specific exploit to the bootrom.
Process: Use the Arduino to "pwn" the device, then use Sliver on your computer to finish the setup file deletion. 3. DNS Bypass (Temporary/Information Gathering)
If you just want to access some features without a full bypass, you can use the DNS method. This is not untethered and only provides access to a specific web-based portal. Go to WiFi Settings and tap the "i" next to your network.
Replace the DNS server with one of these based on your location: USA/North America: 104.154.51.7 Europe: 104.155.28.90 Asia: 104.155.220.58
Tap "Back" and then "Join," and the iPad will redirect to the bypass portal. 4. Post-Bypass: Phoenix Jailbreak
Once bypassed, it is highly recommended to jailbreak the device to stabilize it and install faster apps.
Bypassing an iCloud lock on an depends heavily on your hardware and comfort level with technical tools. Achieving a truly untethered
bypass—where the device remains unlocked even after a reboot—can be challenging for this specific model without certain hardware. Method 1: Software Bypass (Often Tethered)
For most users, software tools provide a temporary "tethered" bypass. This means if the battery dies or you restart the iPad, you may need to reconnect it to a computer to unlock it again. Sliver (Mac): A popular tool from AppleTech752
that can bypass the activation lock on the iPad 2. It often requires the device to be in pwned DFU mode , which sometimes needs an Arduino Uno USB Host Shield for older A5 chip devices like the iPad 2. iRemove Tools:
A paid option that can provide a more streamlined bypass, though it may still be limited in functionality (e.g., no Apple ID login). DNS Bypass:
A simple, non-permanent method. By changing your Wi-Fi DNS settings (e.g., to 104.154.51.7
), you can access a captive portal with web-based apps, though this is not a full system bypass. Method 2: Hardware Bypass (Permanent & Untethered)
Because the iPad 2 is an older device, certain hardware "tricks" are the only way to achieve a permanent, untethered result. Resistor Removal (Cellular Models Only):
For iPad 2 models with a SIM card slot (A1396/A1397), physically removing a specific resistor on the logic board can trick the device into thinking it is a Wi-Fi-only model. Once restored via iTunes, it may activate without the iCloud lock. Arduino + USB Host Shield:
Using these tools allows you to send a specific exploit to the iPad 2 to delete
. This is highly technical but is the standard community method for a "semi-untethered" or untethered experience on A5 devices. Method 3: Official iCloud Removal
If you have proof of purchase or can contact the original owner, this is the only "official" way to unlock the device.
Bypassing the iCloud Activation Lock on an iPad 2 running iOS 9.3.5 is technically possible, but achieving a truly untethered (permanent after restart) bypass is complex for this specific hardware.
The iPad 2 uses the A5 chip, which requires specific hardware—usually an Arduino Uno with a USB Host Shield—to exploit the bootrom and enter "Pwned DFU" mode. 🛠️ Core Methods for iPad 2 (9.3.5) 1. The Hardware Method (Arduino)
This is considered the most reliable way to achieve a deep bypass that can lead to an untethered state. Requirements: Arduino Uno and a USB Host Shield.
Process: Use a sketch (like checkm8-a5) to put the device into Pwned DFU mode.
Bypass Tool: Once in Pwned DFU, tools like Sliver can "Delete Setup.app," effectively removing the activation screen.
Result: Often untethered, meaning you can reboot the device without it relocking immediately. 2. The Software Bypass (Tethered)
Standard software tools can bypass the screen, but they are typically tethered.
iRemove Tools: Offers a free iPad 2 Activation Lock Bypass, but it is explicitly labeled as tethered. If the device reboots, you must run the tool again.
Sliver (No Arduino): Some newer software-only methods exist but are less stable on the A5 chip compared to the hardware exploit. 🚀 Achieving a Permanent (Untethered) Solution
Since iOS 9.3.5 only has semi-untethered jailbreaks (like Phœnix), a common strategy to make a bypass "permanent" is to downgrade the OS.
Step 1: Bypass & Jailbreak: Use the Arduino method to bypass the setup, then jailbreak using Phœnix.
Step 2: Downgrade: Use tools like iOS-Legacy-Kit to downgrade to iOS 6.1.3 or iOS 8.4.1.
Why?: iOS 8.4.1 and 6.1.3 have fully untethered jailbreaks. Once downgraded, the device stays unlocked and jailbroken even after a power cycle. ⚠️ Important Limitations
iPad 2,3 (8940) iOS 9.3.5 - What am I missing? Help appreciated!
Understanding iPad 2 iCloud Bypass Untethered: A Comprehensive Guide
The iPad 2, released in 2011, was a significant upgrade to Apple's tablet lineup, offering improved performance and features. However, for various reasons, some users may find themselves needing to bypass the iCloud activation lock on their iPad 2, specifically seeking an untethered solution. This guide aims to provide an in-depth look at the iPad 2 iCloud bypass untethered process, particularly focusing on the 935 model.