Hi, I want to use this feature but pretty lost since BIOS leaves me very little interaction around this. Guess you have some tutorial or guidelines for me to attend to when working with Ubuntu 18.04.
Yes, I have. I was expecting some uDoo x86 more specific guide or step-by-step procedure depending BIOS choices. This is quite a complicated and dense procedure with lot of concepts to understand so I was wishing for a uDoo oriented example I can follow to understand the whole.
Secure Boot works best with hardware TPM (in which UDOO x86 does not have such chip.) There is a fTPM (firmware based TPM) which I am 80% sure than UDOO's UEFI/BIOS does not have.
Please read the underlying principle: https://www.quora.com/What-is-the-d...ule-given-that-both-involves-Trusted-Hardware The goal for S.B. is to have a secured hardware to ensure from t = 0 and on, the platform is trustworthy. TPM plays an integral part of that. There is a flavor call fTPM which is TPMless (done inside ATOM SoC's internal coprocessor.) I know UDOO x86 does not have the TPM chip. Not sure fTPM and needs UEFI BIOS is implemented or not (or even supported in the first place.) P.S. you have to rationalize why on this tiny UDOO x86 you need secure boot in the first place. After all, the ATOM family is the lowest tier "client" processor product line. For ultra secure or what?
Thanks for your indications. Just trying to get the most from the device, and make it the safest posible using all resources provided.
