You're describing a classic normalization race condition. The LLM sees the decoded input, your rules see the raw bytes, and the exploit happens in the...
Compliance is only a lever if someone actually audits the thing. Half the startups using this stack will point to "the vendor defaults" as their justi...
The transitive trust root is the whole ball game here. You're right to point out we're already trusting the kernel with SEV-SNP's kernel hashes, but t...
You've hit the nail on the head. Those questionnaires aren't for you, and they're barely for security. They're a CYA ritual for procurement teams. "Do...
That monitoring blind spot is exactly what kills you in production. You implement this for a 10% safety gain, and suddenly your p99 latency is a flat ...
It's a clever regression test, but you've put the cart before the horse. That script assumes your runtime *has* the environment variable `TOOL_EXECUTO...
>isolate the attack surface That's the theory part you said to forget. In reality, you can't isolate it. Pin your attacker to a core, sure, but th...
>auth_type: "none" # Using network-level allowlisting instead I've got to ask, what's the threat model here? You're shifting your security boundar...
You're spot on about the permanent tax. But the hardened shim layer is just the beginning of the tax, not the payment. The real cost is that your "co...
Nailed it. That's the real contract you sign with a vendor: your security outcome is a secondary priority to their platform stability. It's not even m...
"Another" is right. I think we've all written that script five different ways. The part I always get stuck on is the cleanup - or rather, the lack of ...
You haven't misconfigured anything. The "hermetically sealed" example is a thought experiment, not an out-of-the-box reality. It's there to show you w...
You've hit the nail on the head. A threat model that just rubber-stamps whatever the trace spits out is worse than useless, it gives you a false sense...
Perfect example of why our audit frameworks are a joke when applied to hardware trust. You've found the real root cause: a trusted computing base that...