- Disable Secure Boot Windows 10
- Windows 10 F Keys Boot
- Generate Secure Boot Keys Windows 10 Lenovo
- Windows Boot Keys
- Generate Secure Boot Keys Windows 10 Free
- Generate Secure Boot Keys Windows 10 Download
Apr 07, 2020 Windows 10 reinstall with Secure Boot enabled I wonder how a reinstalled Windows 10 gets activated; whether it needs the Secure Boot keys stored in the UEFI, it needs to be bundled to a Microsoft account, it asks Microsoft's servers if it has a configuration to which a Windows activation belongs or the installer already has a key built-in. You can boot the system from USB drive/CD-ROM by following the two methods. (1) Enter BIOS - Select Save & Exit - Select USB drive/CD-ROM from Boot Override (2) Hold and press ESC then press the power button to turn on the system. You can select the boot device from the list. Windows 10 Home Product Key Generator 2020. Do you find the product key to activate Windows 10? If yes, you’re in the right place because Windows 10 Home Product Key is now available free. Many users and people always welcome the Windows 10 operating system because of the many exciting, wonderful features that it introduces. Sep 29, 2015 UEFI bios enabled but no secure boot on windows 10? So i had secure boot up and running on my windows 8.1 machine after a clean install, but now since microsoft upgraded me to windows 10 it seems as my secure boot is off again, but it's enabled in my bios is so weird, it's enabled in bios but off in windows 10? Sep 16, 2014 All PCs with a Windows 10/8.1/8 logo sticker has secure boot enabled by default. However, sometimes you may want the UEFI secure boot violation policy that is stated disabled in Windows 10/8.1/8 to run some PC graphics cards, hardware, or operating systems such as Linux or previous version of Windows.
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Enabling Secure Boot, BitLocker, and Device Guard on Windows 10 IoT Core | article | Learn how to enable Secure Boot, BitLocker, and Device Guard on Windows 10 IoT Core | windows iot, secure boot, BitLocker, device guard, security, turnkey security |
Windows 10 IoT Core includes security feature offerings such as UEFI Secure Boot, BitLocker Device Encryption and Device Guard. These will assist device builders in creating fully locked down Windows IoT devices that are resilient to many different types of attacks. Together, these features provide the optimal protection that ensures that a platform will launch in a defined way, while locking out unknown binaries and protecting user data through the use of device encryption.
Boot Order
An understanding of the boot order on a Windows 10 IoT Core device is needed before we can delve into the individual components that provide a secure platform for the IoT device.
There are three main areas that occur from when an IoT device is powered on, all the way through to the OS kernel loading and execution of installed application.
- Platform Secure Boot
- Unified Extensible Firmware Interface (UEFI) Secure Boot
- Windows Code Integrity
Additional information on the Windows 10 boot process can be found here.
Locking-down IoT Devices
In order to lockdown a Windows IoT device, the following considerations must be made.
Platform Secure Boot
When the device is first powered on, the first step in the overall boot process is to load and run firmware boot loaders, which initialize the hardware on the devies and provide emergency flashing functionality. The UEFI environment is then loaded and control is handed over.
These firmware boot loaders are SoC-specific, so you will need to work with the appropriate device manufacturer to have these boot loaders created on the device.
UEFI Secure Boot
UEFI Secure Boot is the first policy enforcement point, and is located in UEFI. It restricts the system to only allow execution of binaries signed by a specified authority, such as firmware drivers, option ROMs, UEFI drivers or applications, and UEFI boot loaders. This feature prevents unknown code from being executed on the platform and potentially weakening the security posture of it. Secure Boot reduces the risk of pre-boot malware attacks to the device, such as rootkits.
As the OEM, you need to store the UEFI Secure Boot databases on the IoT device at manufacture time. These databases include the Signature database (db), Revoked Signature database (dbx), and the Key Enrollment Key database (KEK). These databases are stored on the firmware nonvolatile RAM (NV-RAM) of the device.
- Signature Database (db): This lists the signers or image hashes of operating system loaders, UEFI applications and UEFI drivers that are allowed to be loaded on the device
- Revoked Signature Database (dbx): This lists the signers or image hashes of operating system loaders, UEFI applications and UEFI drivers that are no longer trusted, and are NOT allowed to be loaded on the device
- Key Enrollment Key database (KEK): Contains a list of signing keys that can be used to update the signature and revoked signature databases.
Once these databases are created and added to the device, the OEM locks the firmware from editing, and generates a platform signing key (PK). This key can be used to sign updates to the KEK or to disable UEFI Secure Boot.
Here are the steps taken by UEFI Secure Boot:
Disable Secure Boot Windows 10
- After the device is powered on, the signature databases are each checked against the platform signing key (PK).
- If the firmware isn't trusted, UEFI firmware initiates OEM-specific recovery to restore trusted firmware.
- If Windows Boot Manager cannot be loaded, the firmware will attempt to boot a backup copy of Windows Boot Manager. If this also fails, the UEFI firmware initiates OEM-specific remediation.
- Windows Boot Manager runs and verifies the digital signature of the Windows Kernel. If trusted, Windows Boot Manager passes control to the Windows Kernel.
Additional details on Secure Boot, along with key creation and management guidance, is available here.
Windows Code Integrity
Windows Code Integrity (WCI) improves the security of the operating system by validating the integrity of a driver or application each time it is loaded into memory. CI contains two main components - Kernel Mode Code Integrity (KMCI) and User Mode Code Integrity (UMCI).
Configurable Code Integrity (CCI) is a feature in Windows 10 that allows device builders to lockdown a device and only allow it to run and execute code that is signed and trusted. To do so, device builders can create a code integrity policy on a 'golden' device (final release version of hardware and software) and then secure and apply this policy on all devices on the factory floor.
To learn more about deploying code integrity policies, auditing and enforcement, check out the latest technet documentation here.
Here are the steps taken by Windows Code Integrity:
- Windows Kernel will verify all other components against the signature database before loading. This includes drivers, startup files and ELAM (Early Launch Anti-Malware).
- Windows Kernel will load the trusted components in the startup process, and prohibit loading of the untrusted components.
- Windows 10 IoT Core operating system loads, along with any installed applications.
BitLocker Device Encryption
Windows 10 IoT Core also implements a lightweight version of BitLocker Device Encryption, protecting IoT devices against offline attacks. This capability has a strong dependency on the presence of a TPM on the platform, including the necessary pre-OS protocol in UEFI that conducts the necessary measurements. These pre-OS measurements ensure that the OS later has a definitive record of how the OS was launched; however, it does not enforce any execution restrictions.
[!TIP]BitLocker functionality on Windows 10 IoT Core allows for automatic encryption of NTFS-based OS volume while binding all available NTFS data volumes to it. For this, it’s necessary to ensure that the EFIESP volume GUID is set to C12A7328-F81F-11D2-BA4B-00A0C93EC93B.
Device Guard on Windows IoT Core
Most IoT devices are built as fixed-function devices. This implies that device builders know exactly which firmware, operating system, drivers and applications should be running on a given device. In turn, this information can be used to fully lockdown an IoT device by only allowing execution of known and trusted code. Device Guard on Windows 10 IoT Core can help protect IoT devices by ensuring that unknown or untrusted executable code cannot be run on locked-down devices.
Turnkey Security on IoT Core
To facilitate easy enablement of key security features on IoT Core devices, Microsoft is providing a Turnkey Security Package that allows device builders to build fully locked down IoT devices. This package will help with:
- Provisioning Secure Boot keys and enabling the feature on supported IoT platforms
- Setup and configuration of device encryption using BitLocker
- Initiating device lockdown to only allow execution of signed applications and drivers
The following steps will lead through the process to create a lockdown image using the Turnkey Security Package
Prerequisites
- A PC running Windows 10 Enterprise (other Windows versions are not supported by the provided scripts)
- Windows 10 SDK - Required for Certificate Generation
- Windows 10 ADK - Required for CAB generation
- Reference platform - release hardware with shipping firmware, OS, drivers and applications will be required for final lockdown
Development IoT Devices
Windows 10 IoT Core works with various silicons that are utilized in hundreds of devices. Of the suggested IoT development devices, the following provide firmware TPM functionality out of the box, along with Secure Boot, Measured Boot, BitLocker and Device Guard capabilities:
- Qualcomm DragonBoard 410cIn order to enable Secure Boot, it may be necessary to provision RPMB. Once the eMMC has been flashed with Windows 10 IoT Core (as per instructions here, press [Power] + [Vol+] + [Vol-] simultaneously on the device when powering up and select 'Provision RPMB' from the BDS menu. Please note that this is an irreversible step.
- Intel MinnowBoardMaxFor Intel's MinnowBoard Max, firmware version must be 0.82 or higher (get the latest firmware). To enable TPM capabilities, power up board with a keyboard & display attached and press F2 to enter UEFI setup. Go to Device Manager -> System Setup -> Security Configuration -> PTT and set it to <Enable>. Press F10 to save changes and proceed with a reboot of the platform.
[!NOTE]Raspberry Pi 2 nor 3 do not support TPM and so we cannot configure Lockdown scenarios.
Generate Lockdown Packages
- Download the DeviceLockDown Script package, which contains all of the additional tools and scripts required for configuring and locking down devices
- Start an Administrative PowerShell (PS) console on your Windows 10 PC and navigate to the location of the downloaded script.
- Mount your reference hardware platform (running the unlocked image) to your PC via network share using
- Generate keys for your device using
- The keys and certificates are generated in the specified output folder with appropriate suffix.
- Secure your generated keys as the device will trust binaries signed with these keys only after lockdown.
- You may skip this step and use the pre-generated keys for testing only
- Configure settings.xml
- General section : Specify the package directories
- Tools section : Set the path for the tools
- Windows10KitsRoot
(e.g. <Windows10KitsRoot>C:Program Files (x86)Windows Kits10</Windows10KitsRoot>)
- WindowsSDKVersion
(e.g. <WindowsSDKVersion>10.0.15063.0</WindowsSDKVersion>)
- SDK version installed on your machine is under
C:Program Files (x86)Windows Kits10
- SDK version installed on your machine is under
- Windows10KitsRoot
- SecureBoot section : Specify which keys to use for secure boot (PK and SB keys)
- BitLocker section : Specify a certificate for Bitlocker data recovery (DRA key)
- SIPolicy section : Specify certs that should be trusted
- ScanPath : Path of the device for scanning binaries ,
a.b.c.dC$
- Update : Signer of the SIPolicy (PAUTH keys)
- User : User mode certificates (UMCI keys)
- Kernel : Kernel mode certificates (KMCI keys)
- ScanPath : Path of the device for scanning binaries ,
- Packaging : Specify the settings for the package generation
[!IMPORTANT]In order to assist with testing during the initial development cycle, Microsoft has provided pre-generated keys and certificates where appropriate. This implies that Microsoft Test, Development and Pre-Release binaries are considered trusted. During final product creation and image generation, be sure to remove these certifcates and use your own keys to ensure a fully locked down device.
6.Execute the following commands to generate required packages:
Test Lockdown packages
You can test the generated packages by manually installing them on a unlocked device by the following steps
- Flash the device with the unlocked image (image used for scanning in earlier step).
- Connect to the device (using SSH or using Powershell)
- Copy the following .cab files to the device under a directory e.g.
c:OemInstall
- OEM.Custom.Cmd.cab
- OEM.Security.BitLocker.cab
- OEM.Security.SecureBoot.cab
- OEM.Security.DeviceGuard.cab
- Initiate staging of the generated packages by issueing the following commandsIf you are using custom image, then you will have to skip this file and manually edit the
c:windowssystem32oemcustomization.cmd
with the contents available inOutputOEMCustomizationOEMCustomization.cmd
file - Finally, commit the packages via
- The device will reboot into update OS (showing gears) to install the packages and will reboot again to main OS. Once the device reboots back into MainOS, Secure Boot will be enabled and SIPolicy should be engaged.
- Reboot the device again to activate the Bitlocker encryption.
- Test the security features
- SecureBoot: try
bcdedit /debug on
, you will get an error stating that the value is protected by secure boot policy - BitLocker: Run
start /wait sectask.exe -waitencryptcomplete:1
, if ERRORLEVEL is-2147023436
(ERROR_TIMEOUT) then encryption is not complete. When running sectask.exe from a .cmd file omit thestart /wait
. - DeviceGuard : Run any unsigned binary or a binary signed with certificate not in the SIPolicy list and confirm that it fails to run.
- SecureBoot: try
Generate Lockdown image
After validating that the lockdown packages are working as per the settings defined earlier, you can then include these packages into the image by following the below given steps. Read the IoT manufacturing guide for custom image creation instructions.
- In the workspace directory, update the following files from the generated output directory above
- SecureBoot :
Copy .OutputSecureBoot*.bin .WorkspaceCommonPackagesSecurity.SecureBoot
- SetVariable_db.bin
- SetVariable_kek.bin
- SetVariable_pk.bin
- BitLocker :
Copy .OutputBitlocker*.* .WorkspaceCommonPackagesSecurity.Bitlocker
- DETask.xml
- Security.Bitlocker.wm.xml
- setup.bitlocker.cmd
- DeviceGuard :
Copy .OutputDeviceGuard*.* .WorkspaceCommonPackagesSecurity.DeviceGuard
- SIPolicyOn.p7b
- SIPolicyOff.p7b
- SecureBoot :
- Add RetailOEMInput.xml and TestOEMInput.xml under the ProductName directory with lockdown package feature ID
<Feature>SEC_BITLOCKER</Feature>
<Feature>SEC_SECUREBOOT</Feature>
<Feature>SEC_DEVICEGUARD</Feature>
- Re-generate Image
buildpkg all
(this generates new lockdown packages based on above policy files)buildimage ProductName test(or)retail
(this generates new Flash.ffu)
- Flash the device with this new Flash.ffu and validate the security features.
See SecureSample as an example of a lockdown dragon board configuration.
Alternatively, you can generate the security packages in the IoTCore Shell itself, see adding security packages for the details.
Developing with CodeSigning Enforcement Enabled
Once the packages are generated and lockdown is activated, any binaries introduced into the image during development will need to be signed appropriately. Ensure that your user-mode binaries are signed with the key .Keys ***-UMCI.pfx. For kernel-mode signing, such as for drivers, you’ll need to specify your own signing keys and make sure that they are also included in the SIPolicy above.
Unlocking Encrypted Drives
During development and testing, when attempting to read contents from an encrypted device offline (e.g. SD card for MinnowBoardMax or DragonBoard's eMMC through USB mass storage mode), 'diskpart' may be used to assign a drive letter to MainOS and Data volume (let's assume v: for MainOS and w: for Data).The volumes will appear locked and need to be manually unlocked. This can be done on any machine that has the OEM-DRA.pfx certificate installed (included in the DeviceLockDown sample). Install the PFX and then run the following commands from an administrative CMD prompt:
manage-bde -unlock v: -cert -cf OEM-DRA.cer
manage-bde -unlock w: -cert -cf OEM-DRA.cer
If the contents need to be frequently accessed offline, BitLocker autounlock can be set up for the volumes after the initial unlock using the following commands:
Windows 10 F Keys Boot
manage-bde -autounlock v: -enable
manage-bde -autounlock w: -enable
Disabling BitLocker
Should there arise a need to temporarily disable BitLocker, initate a remote PowerShell session with your IoT device and run the following command:
sectask.exe -disable
.[!NOTE]Device encryption will be re-enabled on subsequent device boot unless the scheduled encryption task is disabled.
When you purchase a copy of Windows 10 from Microsoft or certainly one of their authorized reseller partners, you obtain a product key to activate the os on your own computer. Each key will soon be unique and can be utilized on a network or perhaps a specific amount of systems based on the seller’s consent. To activate Windows 10 , you will need a digital license or product key. If you’re ready to be active, select Open Activation in Settings. To improve the Windows 10 Product Key , click Change Product Key. If Windows 10 once was active on your own device, your copy of Windows 10 must be enabled automatically.
Windows 10 Product Key Generator + Finder for Activation
An electronic license (called Digital Entitlement Invite 10 , version 1511) is a method of activation in Windows 10 where you may not have to enter the product key. When you yourself have upgraded to Windows 10 free of charge with a current copy of Windows 7 or Windows 8.1, you will need a digital license as opposed to a product key. Since the PC was awarded a digital grant within its previous upgrade, Windows 10 is automatically activated following the installation is completed.
If you’re using bootable installation media to install a clean on a PC that has never been upgraded to Windows 10 and is active, enter a product key. You are able to enter the product key from Windows 10 or Windows 7, Windows 8, or Windows 8.1. In the United States, those who do not have a qualified Windows license, they could enter the product key , and after completing the setup, you can aquire online licenses from the Windows Store.
If you need to copy Windows 10 without a key , there are several simple methods for getting the product key to Windows 10 quickly. The guide helps you obtain the Windows 10 product key free of charge in 2019:
Use a Keygen to generate product keys for Windows 10
One of many methods for getting the Windows 10 product key is to use the Keygen software. As a title, a keygen is just a large generator that will generate various forms of keys for use on your computer software, including your operating system.
You are able to go to the keygen software website and download the Keygen for Windows 10. If a keygen doesn’t work for you, you are able to always try another until you will find a suitable one. The proper keygen software will create the best key to activate Windows 10 on your own system. Are you currently searching for an independent and economical treatment for activate Windows 10 without product keys? Some people are seeking Windows 10 Keys, and they didn’t. I have tried quite difficult to create this dilemma easy and straightforward. And finally, I got the CMD code to activate Windows 10 without any key.
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How to download Windows 10
If you’re already utilising the original version of Windows 7 or Windows 8, the old version is free to upgrade to Windows 10. Microsoft lets you download Windows ISO image file through 1032 bits and 64 bits via the media creation tool.
Windows 10 Product Key Serial Key
To make the most of the premium options that come with Windows 10 , you usually desire a product key or serial key to activate your copy of Windows 10. If you use the initial version of Windows 7 and 8, you are able to upgrade to Windows 10. Many sites offer activation keys for online windows , but most do not work.
Today we discover and share the Windows 10 product key , the serial number, which can be guaranteed to work 100%. You are listed below
Today we discover and share the Windows 10 product key , the serial number, which can be guaranteed to work 100%. You are listed below
Windows 10 Professional
W999N-WFGWQ-YVC9B-1J9C9-T66GQ
Windows 10 Professional N
MH66W-N16QK-V6QM9-C7996-GCQG9
Windows 10 Enterprise
NPPR9-FWDCQ-D9C6J-H679K-9YT16
Windows 10 Enterprise N
DPH9V-TTNVB-1Q9Q6-TJR1H-KHJW1
Windows 10 Education
NW9C9-QMPVW-D6KKK-6GKT9-VCFB9
Windows 10 Education N Call of duty world at war.
9WH1N-6QGBV-H99JP-CT16Q-MDWWJ
Windows 10 Enterprise 9019 LTSB
WNMTR-1C66C-JK6YV-HQ6T9-79DF9
Windows 10 Enterprise 9019 LTSB N
![Generate Generate](/uploads/1/2/6/5/126596664/928460211.jpg)
9F66B-TNFGY-99QQF-B6YKP-D99TJ
Windows 10 Enterprise 9019 LTSB
DCPHK-NFMTC-H66MJ-PFHPY-QJ1BJ
Windows 10 Enterprise 9019 LTSB N
QFFDN-GRT6P-VKWWQ-Q6T6R-6B969
Product keys for Windows 10 Version 1606
Windows 10 Enterprise Evaluation
MNQKQ-WY9CT-JWBJ9-T96TQ-YBH9V
Windows 10 Enterprise
QGVPP-NMH16-6TTHJ-W6FW6-6HV9C
Windows 10 Professional Workstation
WYPNQ-6C196-V9W9J-TQ1WQ-WT9RQ
Windows 10 Education
61NGF-MHBT9-FQBQ6-QWJK6-DRR6H
Windows Boot Keys
Windows 10 Professional
VK6JG-NPHTM-C96JM-9MPGT-6V99T
Key Features:
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Windows 10 Product Key
Generate Secure Boot Keys Windows 10 Free
- TX9XD-98N7V-6WMQ6-BX7FG-H8Q99
- W269N-WFGWX-YVC9B-4J6C9-T83GX
- MH37W-N47XK-V7XM9-C7227-GCQG9
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Windows 10 Home Single Language
- 7HNRX-D7KGG-3K4RQ-4WPJ4-YTDFH
Windows 10 Home Country Specific (CN)
- PVMJN-6DFY6-9CCP6-7BKTT-D3WVR
Windows 10 Professional Product Key
- VK7JG-NPHTM-C97JM-9MPGT-3V66T
- W269N-WFGWX-YVC9B-4J6C9-T83GX
- 6P99N-YF42M-TPGBG-9VMJP-YKHCF
Windows 10 Enterprise Product Key
- NPPR9-FWDCX-D2C8J-H872K-2YT43
- PBHCJ-Q2NYD-2PX34-T2TD6-233PK
- CKFK9-QNGF2-D34FM-99QX2-8XC4K
- Windows 10 Home: KTNPV-KTRK4-3RRR8-39X6W-W44T3
- Windows 10 Home [Key]: WQYK8-KNT22-VGQK3-GQQY2-76DD8?
- Windows 10 Home: TX9XD-98N7V-6WMQ6-BX7FG-H8Q99
- Windows 10 Pro : 8N67H-M3CY9-QT7C4-2TR7M-TXYCV
- Windows 10 Pro : VK7JG-NPHTM-C97JM-9MPGT-3V66T
- Windows 10 Pro : W269N-WFGWX-YVC9B-4J6C9-T83GX
- Windows 10 Enterprise: CKFK9-QNGF2-D34FM-99QX2-8XC4K
- Windows 10 Enterprise: NPPR9-FWDCX-D2C8J-H872K-2YT43
- Windows 10 Serial Key : NKJFK-GPHP7-G8C3J-P6JXR-HQRJR
- Windows 10 Serial Key Technical Preview for Consumer: 334NH-RXG76-64THK-C7CKG-D3VPT
- Technical Preview for Enterprise: PBHCJ-Q2NYD-2PX34-T2TD6-233PK
- Windows 10 Pro : VK7JG-NPHTM-C97JM-9MPGT-3V66T
Windows
Generate Secure Boot Keys Windows 10 Download
Windows 10 Product Key
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