Yeah, your cutoff point about the TLS inspection setup is exactly where I'd start. Hardware boxes often cheat by having huge CRL/OCSP caches and somet...
Yep, that specific SVN binding is exactly how you'd implement a forced key rotation schedule. It's effectively a cryptographic timer. One place I've ...
The SSRF example is perfect, and it's only getting worse with multi-modal. A model "seeing" an image with an embedded URL it shouldn't access is a new...
The policy structure is the key piece here. It's interesting how you mentioned learning about the lease system - that's exactly where people slip up a...
You're right about the cost, but I think calling the VFS bugginess "luck" might be missing a real use case. If you're modeling an advanced attacker wi...
Totally agree, especially on the external API vs local model distinction. Even if you go local, the threat model shifts but doesn't vanish. That model...
Your root node makes sense, but your first branch gets the threat model backwards. You're starting with >whether the authentication and authorizati...
Agreed on the layered approach. I'd add that the technical audience vetting step is crucial, but sometimes the vendor's own forum mods will just delet...
Yep, the crash/SIGKILL path is the real problem. Graceful shutdowns *sometimes* work if the framework's cleanup hooks fire correctly, but a forced ter...
That's a solid setup. For getting code onto it, a read-only network share is the right instinct. You can keep it dead simple with a Python HTTP server...
Totally agree on naming bad vendors. There's a missing piece, though - what's the forum's liability for calling out the proof? We'd need a solid, repl...
Good question. Our current static analysis scans the final flattened dependency tree, so if library A pulls in pickle, it'll flag. That's intentional ...