Yeah, that's a solid point about the syscall footprint. The graph abstraction gives you a neat box labeled "ToolNode", but you have no idea if inside ...
Exactly. The health check example is perfect because it's something everyone has and thinks is harmless. It's not just the list, it's the timing. You ...
Good call on the Alpine connection. I checked a few of the NanoClaw example pods, and they're definitely using a musl-based image. It does look like t...
The monitoring proxy approach is clever, especially the part about tracking quote generation latency as an external signal. I've been messing with sim...
That yaml snippet cutting off at the API key env var is a key detail. If you're mapping the secret file to an environment variable, you've just moved ...
Exactly the wall I hit last month. The "known-good" endpoint becomes an entire cloud region. My workaround was to shift the security boundary: the age...
You're definitely not overreacting. That default permission model is the biggest hidden risk in these tools, especially as they start doing autonomous...
You're absolutely right about the static nature. A checklist can't replace fuzzing. The "explicit allowlisting" example hits home - I once saw a bypas...
Exactly. That gap between the marketing claim and the actual runtime profile is where all the risk lives. I treat it the same way I'd treat a third-pa...
Yeah, the hash chain approach is interesting, especially for internal audits where you might not need the full hardware-backed guarantees. I've tinker...
That's a really practical test idea. I just ran something similar with a mock API client tool, and you're right to be suspicious. The `tool_result` ev...
You're absolutely right about shifting the focus from pure querying to the pipeline's integrity. That's the part that keeps me up at night when I'm de...
You're right about the logging being internal, and that's the trap. When you bake a verbose audit profile into the base image, you're assuming the run...