Macbook Efi Removal

1. Macbook Pro Efi Removal Tool
2. Macbook Pro Efi

Activation Lock and Find My Mac features were implemented on Apple's Mac computers with T2 security chips. These two features are linked as Activation Locked gets enabled by Find My Mac turning on. Apple developed macOS Activation Lock to secure Mac computers from unauthorized usage and prevent third-party's access to the information users keep on it.

Mina EFI Removal Macbook T2 (Data Saved) - 59.00$ MacBook T2 Owner Info Extractor Instant - 20$ Bypass icloud activation lock for T2 devices iMac/Macbook pro/Macbook Air/Mac pro (2018-2019-2020) -35.50$. Hi I resize my hard disk volume like below, 50G for OSX 10G for Linux (EFI) 10G for Windows XP (FAT32) I decided to remove linux off from my macbook and I erased the linux partition but after I removed Linux partition, it became like EFI partition. Remove the password in the BIOS data and unlock it. Features: If you forget a Macbook firmware password (EFI), you will need this part to unlock your Macbook. The EFI chip Free removal unlocks tool can use to modify the serial number, recompose data of the ME module, and clear PIN lock.

Mojave iCloud Activation Lock

iCloud Activation Lock feature is available only on macOS 10.14 Mojave computers equipped with Apple's T2 security chips. This chip's main task is providing security for Touch ID, Activation Lock, encrypted data storage, secure boot, etc.

Activation Lock also becomes a problem for those buying used Mac computers. If the previous owner didn't turn Find My Mac off to disable iCloud Activation Lock on Mojave, your Mac will be stuck on Activation Lock Screen requiring the correct Apple ID and password entering.

MacOS 10.14 Mojave & Apple T2 chip

iCloud Activation Lock feature is available only on macOS 10.14 Mojave computers equipped with Apple's T2 security chips. This chip's main task is providing security for Touch ID, Activation Lock, encrypted data storage, secure boot, etc.

T2 security chip controls Mojave booting process. It implements verification to make sure that drivers installed on a Mac computer are approved by Apple. At the moment you push a power button to start up your Mac, the T2 security chip starts working. Its work ends once you see the Mojave desktop on your Mac's monitor. It is fair to say that T2 chip's work is about verification to make sure that Mojave OS and bootloader are signed by Apple.

After the T2 chip completed the verification, you'll be required to unlock the Activation Screen by entering Apple ID and password. Now you can use your Mac computer running on macOS 10.14 Mojave. Activation Lock on Mojave can be disabled. To do so, you must turn off Find My Mac which will require Apple ID and password entering.

How to bypass Mojave iCloud Activation Lock?

It is possible to bypass Activation Lock on macOS 10.14 Mojave with Checkm8 Software on T2 Mac computers if you don't know or forgot the Apple ID and password used for Find My Mac and iCloud Activation Lock enabling. Checkm8 Software is a reliable tool which will easily bypass Activation Lock on MacBook Pro & Air, iMac and Mac Pro & Mini. Can u game on a macbook.

Macbook Pro Efi Removal Tool

In the event that Find My Mac is enabled on your Mac running on macOS Mojave, your computer will be displaying Activation Lock Screen and you won't be able to load it. Checkm8 Software will bypass Activation Lock Screen on your macOS 10.14 Mojave Mac by skipping the activation step on the hardware level controlled by T2 security chip. Please note that Checkm8 software supports only Mac computers equipped with T2 chips.

The core advantage making Checkm8 Software the best option is that you won't be required to enter the correct Apple ID and password to unlock your iCloud locked Mac on macOS 10.14 Mojave in 1 click!

How to bypass Activation Lock Screen on Mojave macOS use Checkm8 Software?

The Activation Lock Bypassing process with Checkm8 Software is very simple as the software is made with a user-friendly interface and has an on-screen guide which will describe every step you should take in an easy to understand manner. Therefore, the software is very easy to use even for inexperienced users.

In order to successfully bypass Activation Lock on your Mac running on macOS 10.14 Mojave using Checkm8 Software, you'll need one more Mac with no lock and USB Type-C cable to connect both Macs. Please follow these steps:

• Download the Checkm8 Mac Activation Lock Bypass Software and install it on the unlocked Mac computer.
• Connect both Mac computers with a USB Type-C – USB Type-C cable.
• Put the Activation Locked Mac into DFU mode. Checkm8 Software will verify it to make sure that Mac in DFU mode is supported. If so, you'll be offered to buy a license for the activation locked Mac.

Checkm8 Software license will be provided for the verified Mac only. Its serial number will be entered into the database. This will allow you to repeatedly use it for free in case of relock.

• Click the Start Bypass button and wait for the bypassing process completion.

Once the iCloud Activation Lock bypassing process is successfully completed, your unlocked Mac will turn off. Just push a power button to turn it on and enjoy your restrictions free Mac on macOS 10.14 Mojave with your Apple ID.

How to bypass EFI firmware passcode or System PIN Lock with out passcode on Mojave?

iCloud Activation Lock is not the only security tool Apple made for Mac computers with T2 security chips. These tools work on different levels and each of them restricts access to specific features and processes.

EFI, or Extensible Firmware Interface, password is responsible for processes related to macOS 10.14 Mojave. EFI works only during the starting up process. EFI Firmware Unlock Software was designed by the Checkm8 dev team to remove the EFI password from all T2 Mac computers running on macOS 10.4 Mojave. EFI unlocking and iCloud Activation Lock bypassing processes are the same. Just download Checkm8 Software and follow the steps described in the on-screen guide.

The Checkm8 team has also developed a video and step-by-step guide on how to remove EFI protection on computers running on macOS Mojave which will make the unlocking process as simple as possible.

If your mac on macOS Mojave has also a system PIN Lock set, Checkm8 iCloud Pin Lock Software will remove it for you.

EFI ICLOUD BYPASS DONE RIGHT

This is a series created to help anyone interested in learning how to remove an EFI lock from any MacBook (Air, Pro, etc.). My goal is to make this as thorough and easy to understand as possible by giving you all the tools you'll need to get the job Done Right. These videos have been procured from an OS X point-of-view. If you prefer to use Linux or Windows then use the links for your given OS that I have provided as well.

EFI REMOVAL PART 1 OF 3: HEADLESS RASPBIAN INSTALLATION

DOWNLOADS

Download everything from the following links before continuing..

Macbook Pro Efi

• RASPBIAN.ZIP - https://drive.google.com/open?id=0B3i3FRXRZ9VtYjBoSnhlM0VuZ28 (verify SHA-1 matches from https://www.raspberrypi.org/downloads/raspbian/)
• SD FORMATTER (OS X) - https://drive.google.com/open?id=0B3i3FRXRZ9VteVBBa29GR1RhaTg
• SD FORMATTER (WINDOWS) - https://drive.google.com/open?id=0B3i3FRXRZ9VtdjBSM1lVWDQ5cnc
• ENTROPY(OS X) - https://drive.google.com/open?id=0B3i3FRXRZ9VtcjI1ck5TakVqSzg
• 7-ZIP (WINDOWS 32-BIT) - https://drive.google.com/open?id=0B3i3FRXRZ9VtbkkzNFQ4TlBoMTA
• 7-ZIP (WINDOWS 64-BIT) - https://drive.google.com/open?id=0B3i3FRXRZ9VtSWU0c0tyeS1obDQ
• DD-UTILITY(OS X) - https://drive.google.com/open?id=0B3i3FRXRZ9VtNFp1U3dMbzJ5SUU
• RUFUS (WINDOWS) - https://drive.google.com/open?id=0B3i3FRXRZ9VtQmlLbDR3R09qLU0
• HASHER (OS X) - https://drive.google.com/open?id=0B3i3FRXRZ9VtYWRoSmpZbG80Z0U
• HASHER (WINDOWS) - https://drive.google.com/open?id=0B3i3FRXRZ9VtYVRHME5JX0NSVTA

PREREQUISITES

• Raspberry Pi (any model will work)
• MicroSD Card (at least 16gb but no more than 64gb, for a list of known working models visit http://elinux.org/RPi_SD_cards)
• MicroSD Card to SD Card Adapter OR MicroSD Card to USB Adapter
• 2A USB Charger or Cable & Charger (less amperage will work but may cause problems later)
• CAT5 (Ethernet) Cable
• Access to YOUR home router

STEP-BY-STEP INSTRUCTION

1. Format your SD Card using SD FORMATTER. If you are unsure about specifically which device your SD Card is labelled as then you can either: A) Open up Disk Utility and check the left panel for a list of all currently connected devices B) Click the apple logo in the top left corner, hold down the 'Option(Alt)' key to make the menu items change, click on System Information, and use the left panel found there to locate your device. When using SD FORMATTER make sure to check the box for Quick Format (unless you'd prefer Overwrite Format, just plan on sitting there for a while). Also make sure to click the Option menu and choose 'Yes' to Logical Address Adjustment - this will ensure functionality after the format. Name the device anything you wish, I choose Raspbian for convenience.
2. Open HASHER and use it to select RASPBIAN.ZIP. Click the box on the bottom right and choose SHA-1 instead of MD5. Click 'Hash' to start the calculation and in the mean time head over to https://www.raspberrypi.org/downloads/raspbian/ and copy the SHA-1 string into a notepad for reference. The SHA-1 can be found directly underneath the Raspbian Jessie download link, see below example..

   ..HASHER will likely have finished and you can now verify if your RASPBIAN.ZIP SHA-1 matches the one we just found from their main site. If your hashes do NOT match then delete your RASPBIAN.ZIP, download a fresh copy using my link, rinse and repeat until you DO get exact matches.

3. Open ENTROPY then instead of clicking anything from the window that pops up, choose File from the top of your screen and select Open. Navigate to wherever you have RASPBIAN.ZIP and click to open it. You should see a new window emerge that has a Raspbian.img inside, click the Extract button and proceed after it has finished.
4. Open DD-UTILITY and choose the option to 'Restore' an image. This will prompt you to choose an image, which you'll follow by selecting the Raspbian.img we extracted in the previous step. Make sure to select your SD Card and not some other device you may potentially have hooked up to your Mac at the time. Again, refer to Step 1 on ways to double check. After DD-UTILITY has finished eject your SD Card and insert it into your Raspberry Pi.
5. Go to your router and hook up the Ethernet Cable between it and your Pi. ONLY after you have both the Ethernet Cable hooked between router and Pi, as well as having your SD Card inserted into the Pi, will you then hook up at least a 2 Amp power supply to the Pi. This will cause your Pi to boot, and install/configure Raspbian. *NOTE* Remember since this is a 'headless' installation you won't have any cues to know if it's working properly besides the 2 lights that display on your Pi. The RED light will not flicker, it's there to show you the Pi has power. The GREEN light, however, SHOULD flicker with an inconsistent pattern. If your GREEN light remains on and does NOT flicker then unfortunately something went wrong in your process, you'll have to try again :( if the problem persists start a new thread in the forums or ask me or any of the other great members of this forum and we'll point you in the right direction :)
6. Give your Raspberry Pi about 10-15 minutes for it to boot up and install itself. During this time go back to your Mac and connect to the same Wi-Fi that your Raspberry Pi is hooked up to via the Ethernet cable. Once both your Raspberry Pi AND your Mac computer are hooked up to the same network, open up the Terminal and type the following:

   arp -na | grep -i b8:27:eb

   You will be able to tell if everything has worked thus far by looking at the output of this command. ARP (Address Resolution Protocol) is a command most commonly used to search for devices connected to your current network. It has a LOT of pretty fun capabilities so definitely look into it at some point, you may learn some interesting things ;) but for now we're using it to search your current network for anything containing b8:27:eb. By default, all Raspberry Pi's have a Mac Address that begins with b8:27:eb, and since your Pi is freshly set up your Pi will follow this form as well. Below is a picture of what this command will return..
7. Once you have your Raspberry Pi's IP Address you're going to log into it via SSH. By default the Raspbian Jessie image that you copied to your SD card will already have SSH enabled, so no further configuration will be needed! Open your Terminal and type the following:

   ssh

   It will ask you for a password, the default password on all Raspberry Pi's is (without quotes): 'raspberry'.

If everything went smoothly then the end result should be a user prompt that shows 'pi@raspberry: ~ $:' on your screen! (See below picture for example)