CWE-1323 Sensitive Trace Data on SoCs: Risk and Fixes
Debug trace blocks on a system-on-chip can capture secrets. If the traces are stored unprotected, an untrusted debugger can read them.
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.
Debug trace blocks on a system-on-chip can capture secrets. If the traces are stored unprotected, an untrusted debugger can read them.
One blocking call in a Node.js or asyncio event loop can freeze every request. How attackers trigger it and how to keep the loop free.
Prototype pollution lets attackers add or change properties on every JavaScript object in your app. Here is how merge functions cause it and what actually stops it.
When untrusted software can mask or forge thermal and power alerts, a device loses its safety net. Here is how the weakness works and how to close it.
How a pulse of magnetic field can flip bits in a chip, bypass secure boot and leak secrets, and which design and coding defenses MITRE lists for it.
Simple, low-power buses often cannot carry privilege or identity. CWE-1318 is the risk of hanging secure peripherals off them, and the two designs MITRE offers.
A bridge that forwards transactions without checking privilege or identity erases the access control behind it. How CWE-1317 works and how to verify the bridge.
When protected and unprotected address ranges overlap on a chip fabric, the overlap becomes an unprotected path to the secret. How CWE-1316 happens and how to test for it.
One register bit left on can let a responder device control transactions on the fabric. A short guide to CWE-1315 and the default-off fix.
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