Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
Protect the thermal limit but not the scale factor, and untrusted software can fool the sensor anyway. How CWE-1314 works and the access control that closes it.
Test and debug features reachable during normal operation can alter state and leak secrets. CWE-1313 with the MITRE CVEs and the boot-window fix.
A fabric firewall that guards the main region but not its mirror lets attackers read or corrupt protected data through the copy. How CWE-1312 works and how to test it.
A fabric bridge that mistranslates trusted and untrusted security attributes breaks the chip's access model. What CWE-1311 is and how to avoid it.
Boot ROM cannot be edited once the chip ships, so any flaw in it stays. CWE-1310 is about building in a way to patch, and what limits that way still has.
Wrong buffer size math is behind many heap overflows. See the integer and encoding mistakes that cause CWE-131 and how to calculate sizes safely.
Hardware that saves its configuration before power down and trusts it on restore can be tricked into a hostile setup. How CWE-1304 works and three ways to verify state.
Caches and branch predictors shared between execution contexts leak data across isolation boundaries. What CWE-1303 means and which mitigations MITRE lists.
A transaction sent without a security identifier can be dropped or handled with the wrong privileges. How CWE-1302 shows up on a chip and how to review for it.
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