Hi!
> +Limitations: IMA does not detect corruption of software once it is
> +loaded into main memory. Instead, it indicates known vulnerabilities
> +in such software (e.g., buffer overflow) by securely identifying the
> +software at load-time. Only executable files (binaries, libraries,
> +kernel modules) are measured by default. However, IMA offers a
> +sysfs-interface that allows applications to instruct the kernel to
> +measure files that they have opened.
What is it good for, then? So I have to put my backdoor into script,
not into an executable...
> +Some of our work shows that IMA is very useful to detect Rootkit
> +exploits that totally take over the software of a Linux system but
> +cannot hide themselves from contributing to the TPM aggregate and this
> +will be detectable from a non-corrupted platform. While the corrupted
> +system might not show the Rootkit, a remote party can securely
> +identify known bad or unknown software having been loaded into the
> +system.
How does it work? It is corrupted software, not your TPM chip that is
talking over network.... Do you sign the measurements inside TPM chip?
Pavel
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