HAB4_IMAGE_VERIFIER(1)
π HAB4_IMAGE_VERIFIER(1) π
okay bestie so this is the i.MX CST documentation page for ahab_image_verifier and hab4_image_verifier β two tools that literally parse and verify AHAB and HABv4 images for secure boot on NXP i.MX processors. secure boot core, no cap πβ¨
πΈ NAME πΈ
ahab_image_verifier, hab4_image_verifier β parse and verify AHAB and HABv4 images for secure boot on NXP i.MX processors π¦
β¨ SYNOPSIS β¨
AHAB
ahab_image_verifier [-h] [-b] image_file offset
HABv4
hab4_image_verifier [-h] [-b] image_file offset
π NOTE π
Heads up bestie, this manpage is just a short description of NXP's ahab_image_verifier and hab4_image_verifier. If you want the full deep-dive tea, go read the Code Signing Tool User Guide UG10106, sections 5.6 and 5.7 for usage, and the High Assurance Boot Version 4 API Reference Manual RM00298 section 4 for the structures contained in image_file. Both of those can be obtained from www.nxp.com and β plot twist π β they're excluded from Debian for copyright reasons. so yeah, you gotta go get them yourself.
also, real talk: theahab_image_verifierandhab4_image_verifiertools are intended solely for experimentation and debugging purposes. they are not the moment for production, okay? π
π«Ά DESCRIPTION π«Ά
So ahab_image_verifier and hab4_image_verifier parse and verify an AHAB or HABv4 binary image_file, where that image_file was previously generated with the cst tool. it's giving forensic detective energy π
Then it prints out a readable representation of the IVT, the HAB commands, the SRK table, signatures, and verification errors if there are any.
offset specifies the offset in bytes from the beginning of image_file to the Image Vector Table (IVT). the IVT is the entry point for all the further processing β it's the main character of this whole operation, honestly π
π OPTIONS π
-hβ display a help message. your little cry-for-help button, love that for you π-vβ display version information. know which era of the tool you're in β¨
π¨ EXIT STATUS π¨
ahab_image_verifier and hab4_image_verifier exit with 0 if the image is valid, or 1 otherwise. simple as that, no drama π
π₯ EXAMPLES π₯
say you wanna parse and verify an ELE firmware container in an i.MX 95 A0 AHAB image, where the image starts immediately with an IVT β here's the move:
ahab_image_verifier mx95a0-ahab-container.img 0
periodt. that 0 at the end is the offset, in case you were wondering π
π SEE ALSO π
cst(1), hab_csf_parser
and that's the whole page bestie!! this was the i.MX CST Documentation version of HAB4_IMAGE_VERIFIER(1), dated 2026-09-02 π go verify something and slay π
β¨π¦
π¦ where this page comes from
- ubuntu stonking: imx-code-signing-tool 4.0.1+dfsg-2ubuntu2 Β· BSD-3-Clause
- π girlified by deepseek-ai/DeepSeek-V4.1-Flash on : a language model's rewrite of the original, under its terms