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  • UEFI SecureBoot - Ubuntu Wiki
    If Secure Boot is disabled, MOK generation and enrollment still happens, as the user may later enable Secure Boot They system should work properly if that is the case The user installs Ubuntu on a new system The user steps through the installer
  • UEFI SecureBoot Testing - Ubuntu Wiki
    What is UEFI Secure Boot? UEFI Secure boot is a verification mechanism for ensuring that code launched by firmware is trusted Proper, secure use of UEFI Secure Boot requires that each binary loaded at boot is validated against known keys, located in firmware, that denote trusted vendors and sources for the binaries, or trusted specific binaries that can be identified via cryptographic hashing
  • UEFI SecureBoot Signing - Ubuntu Wiki
    How to sign your own UEFI binaries for Secure Boot You have two options You may use the "tried and true" methods using Ubuntu directly with sbsign and kmodsign, or use the "real" method used by Microsoft to sign binaries, with a Windows-only app For more details on signing binaries, see ImageSigning sbsign and kmodsign sbsign allows you to sign your own custom binaries (ie the files that
  • UEFI SecureBoot DKMS - Ubuntu Wiki
    Enter BIOS setup Disable secure boot Save configuration Reboot the system Manual method You may also opt to sign modules yourself To make this simple, you can use the command: sudo update-secureboot-policy --new-key To create a new MOK key to use for signing, then run the appropriate kmodsign command to sign your kernel module
  • UEFI SecureBoot FAQ - Ubuntu Wiki
    UEFI SecureBoot Signing How can I sign my own kernel or GRUB? UEFI SecureBoot Signing Why not disable Secure Boot? UEFI Secure Boot genuinely protects you to some degree against booting a malicious copy of the bootloader or kernel, if you were to get those from a bad update (from a malicious PPA, or some other third-party archive)
  • UEFI SecureBoot KeyManagement - Ubuntu Wiki
    UEFI Secure Boot Key Management Why does this matter? Key management is an important process in maintaining a working UEFI Secure Boot policy Ubuntu handles this automatically by guiding users through the steps they need to take when signing keys change, or as new keys are required For the most part, for typical Ubuntu users, no extra work is necessary as the keys are managed as part of the
  • UEFI SecureBoot ShimUpdateProcess - Ubuntu Wiki
    What is shim? Shim is the pre-bootloader that runs on UEFI systems, meant to be a bit of code signed by Microsoft, that embeds our own certificate (which signs our grub binaries), so that it can load the "real" bootloader: GRUB Shim is periodically updated in the current development release and backported to all supported releases This simplifies maintainance given the security-sensitive
  • UEFI SecureBoot KeyManagement KeyGeneration - Ubuntu Wiki
    The procedure documents the process for generating the Ubuntu secure boot signing key This certificate key pair is used by Launchpad to sign secure boot images (eg, the bootloader) Private The signing private key should not be encrypted (no password): Create the private key: $ openssl genrsa -out private archive-subkey-private key 2048
  • UEFI SecureBoot KeyManagement ImageSigning - Ubuntu Wiki
    Cons: Dependency on Microsoft, does not allow for preventing Windows boot Signing consists of signing the 1st stage bootloader binary with our WinQual certificate, submitting this via the WinQual program After some time, the image is verified and then Canonical receives a Microsoft-signed binary and updates the bootloader packaging to include it
  • ARM SurfaceRT - Ubuntu Wiki
    Write the Ubuntu Server image to a USB drive following standard Raspberry Pi instructions Copy the appropriate kernel zImage and dtb to the first (called "system-boot") partition on the USB drive





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