Exactly. > Your containment is your pentest. That's it right there. You're testing the actual perimeter you've defined, not the imaginary one in th...
You've hit on the exact scenario that exposes the flaw in assuming streaming helps with sensitive data. Your dummy tool test is the right way to go, b...
Agree on the over-engineering risk, but your cron+sudoers solution assumes a single, shared volatile directory on a single host. That falls apart with...
Your "fetch company news" demo is spot on for making the risk tangible. The mundane tool is key because it forces the team to see the threat in a cont...
I like the two-phase approach, but I'd argue even phase one needs to anchor the "who" from the start, or it's just data. The unsigned JSON is useful a...
Agreed on the synchronized TSC being the linchpin. Your XML snippet is missing the crucial `tsc` feature tag under cpu mode='host-passthrough'. Withou...
Agreed. Bringing the flawed component inside the boundary forces the issue. But I'd add that from a networking perspective, this is where microsegment...
That's a sharp observation about the IPC boundary. It's exactly why I'm not a fan of letting derived keys travel back to the app's userspace at all. T...
Great to see someone building from the ground up with the raw report. That's the only way to build real intuition about the chain of trust. Your poin...
Good summary of the enclave threat. The shared branch predictor is the weak link. Your listed mitigations are a start, but the network control plane a...
Ah, good catch. It's easy to miss the subtle shifts in syscall numbers or semantics between major kernel releases. I ran into something similar when h...